#automatic passenger counting system cost

[globalresearchinsights]

Railway Telematics Market Sees Strong Growth With Deployment of Cloud-Based Data Analytics Platforms

Market Overview

The Railway Telematics Market is evolving rapidly as digitalization becomes central to modern rail infrastructure. With global railway networks expanding and modernizing, the integration of telematics systems is transforming how railways operate—improving efficiency, safety, and customer experience. Telematics in the railway industry involves the use of GPS, GSM, Wi-Fi, Bluetooth, and satellite communication technologies to collect, transmit, and analyze data related to train operations, fleet condition, passenger information, and logistics. In 2024, the market is seeing increasing adoption across freight and passenger trains, driven by the need for smarter fleet management, predictive maintenance, and enhanced security.

Railway telematics finds key applications in fleet management, automatic passenger counting, remote diagnostics, and predictive maintenance. These systems are enabling rail operators and logistics service providers to optimize operations, reduce downtimes, and increase return on assets through real-time data insights.

Click to Request a Sample of this Report for Additional Market Insights: https://www.globalinsightservices.com/request-sample/?id=GIS21096 

Market Dynamics

The growth of the railway telematics market is strongly driven by rising investments in smart transportation infrastructure and a growing demand for efficient freight operations. The increasing reliance on logistics and intermodal transport has made real-time tracking and asset management essential. Technologies like GPS and satellite communication are playing a crucial role in route optimization and fleet visibility.

Furthermore, the growing emphasis on safety and surveillance in public transport is encouraging rail operators to implement advanced telematics solutions. Communication devices, sensors, processors, and display units are now integrated into modern trains to monitor system health, detect anomalies, and prevent breakdowns.

However, challenges such as high installation costs—especially in retrofit scenarios—can hinder market growth, particularly in regions with aging rail infrastructure. Interoperability between systems, data privacy concerns, and the need for standardization across international rail networks are also pressing issues that companies and governments must address.

Key Players Analysis

The railway telematics market features a competitive landscape, with both global conglomerates and niche solution providers contributing to innovation. Leading players are actively focusing on offering customized solutions, combining onboard and remote telematics technologies, and strengthening services such as consulting, integration, deployment, and support.

Major companies are investing in R&D to develop advanced components like high-performance sensors, real-time communication devices, and intelligent data processors. These efforts aim to improve reliability, lower maintenance costs, and extend the life cycle of railway assets. Strategic collaborations with government bodies and logistics firms are also driving market penetration.

Regional Analysis

Europe currently dominates the railway telematics market, fueled by robust rail infrastructure, proactive government initiatives, and widespread adoption of digital technologies in transportation. Countries such as Germany, France, and the UK have led the charge in integrating telematics for both passenger and freight trains.

North America follows closely, with a rising focus on smart freight operations, especially in the U.S. and Canada. Investments in predictive maintenance and fleet optimization are propelling demand in this region. The Asia-Pacific region is emerging as a fast-growing market due to rapid urbanization, infrastructure development, and increasing adoption of high-speed trains in countries like China, India, and Japan.

Meanwhile, Latin America and the Middle East & Africa regions are witnessing gradual uptake, supported by government efforts to modernize aging railway systems and improve operational efficiency.

Recent News & Developments

Recent developments in the railway telematics market highlight the trend toward integrated, cloud-based telematics platforms. Companies are launching end-to-end telematics solutions that support both new installations and retrofitting of legacy systems. In addition, AI-powered predictive maintenance systems and IoT-enabled sensors are being adopted at scale to reduce unexpected breakdowns and optimize scheduling.

Strategic partnerships are also being forged between technology vendors and railway authorities to pilot smart train initiatives. There's a visible push toward enhancing security and surveillance capabilities on trains through real-time video analytics and remote monitoring systems.

Browse Full Report @ https://www.globalinsightservices.com/reports/railway-telematics-market/ 

Scope of the Report

This report provides a comprehensive assessment of the Railway Telematics Market through 2034, covering various market segments including type, product, services, technology, component, application, end-user, solution, and installation type. Key areas of analysis include fleet management, predictive maintenance, onboard vs. remote telematics, consulting services, and technology adoption.

The report also offers forecasts and trends based on regional performance and competitive dynamics. It aims to equip stakeholders—rail operators, logistics service providers, and technology developers—with actionable insights to harness the transformative power of telematics in the railway ecosystem.

As the railway industry embraces the digital age, telematics stands at the forefront of smarter, safer, and more sustainable train operations worldwide.

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[samholic]

Building Safer Roads with Automatic Traffic Counting and Classification

In every city, road safety remains one of the most pressing and persistent challenges. With rising traffic volumes, diverse vehicle types, and unpredictable road behavior, ensuring the safety of all road users—drivers, pedestrians, cyclists, and public transport passengers—requires more than just traffic signs and speed limits.

Today, cities are turning to smart technology to make roads safer. At the forefront of this innovation is Automatic Traffic Counting and Classification (ATCC)—a system that offers real-time, accurate insights into traffic flow and vehicle types, enabling data-backed safety interventions that save lives.

Understanding ATCC in the Context of Safety

Automatic Traffic Counting and Classification systems work by detecting, tracking, and classifying vehicles based on their size and type—such as two-wheelers, passenger cars, trucks, and buses—using a mix of sensors, radars, and video analytics. These systems run continuously, providing city authorities with precise data on where, when, and what types of vehicles are moving across the urban landscape.

When it comes to road safety, this kind of information is powerful. Instead of guessing where accidents might happen, traffic authorities can rely on ATCC data to pinpoint high-risk zones, understand unsafe driving behavior patterns, and deploy targeted interventions.

Identifying High-Risk Zones Before Crashes Happen

Traditionally, accident-prone areas are identified after crashes have occurred, often through police reports and public complaints. This reactive approach delays life-saving improvements.

With Automatic Traffic Counting and Classification, cities can take a proactive stance. By analyzing traffic flow, speed variations, and vehicle types across intersections and highways, ATCC systems can highlight zones where risky driving behaviors are more frequent—such as frequent lane changing, speeding by heavy vehicles, or mixed traffic conflicts.

These insights allow authorities to implement early safety measures, like installing speed bumps, redesigning intersections, or adding pedestrian signals before serious accidents occur.

Managing Speed with Real-Time Data

Speeding is a leading cause of road fatalities. However, blanket speed limits often fail to account for road-specific risk factors like vehicle type, lane width, pedestrian presence, or time of day.

ATCC helps solve this by providing real-time vehicle classification along with speed data. Authorities can identify if heavy trucks are exceeding safe limits on narrow city roads or if two-wheelers are racing during off-peak hours. This data supports the dynamic adjustment of speed limits and enforcement efforts tailored to specific conditions—making roads safer for everyone.

Improving Pedestrian and Cyclist Safety

In most cities, pedestrians and cyclists are the most vulnerable road users. Unfortunately, they’re often overlooked in traffic design due to a lack of data.

Advanced Automatic Traffic Counting and Classification systems can identify non-motorized traffic such as bicycles and even detect pedestrian movement in crosswalk zones. When this data is combined with traffic volume and vehicle classification, it offers a complete picture of road usage.

With this insight, planners can add bike lanes, pedestrian crossings, refuge islands, or signalized intersections in the right places—effectively reducing pedestrian and cyclist injuries.

Enabling Smarter Enforcement and Regulation

Enforcement is a crucial part of road safety, but deploying traffic police or surveillance equipment everywhere is neither feasible nor cost-effective.

That’s where ATCC helps. By identifying zones with high volumes of speeding, improper vehicle movement, or red-light violations (when combined with video systems), traffic enforcement can become targeted. Cameras and officers can be deployed precisely where needed—leading to better compliance with fewer resources.

In addition, Automatic Traffic Counting and Classification systems can be integrated with digital signage to provide speed warnings or real-time alerts to drivers in sensitive areas such as school zones, construction sites, or accident-prone curves.

Safety-Driven Infrastructure Design

Building safer roads starts with better design—and better design starts with accurate data. ATCC systems provide the information planners need to understand how infrastructure is being used, whether it’s a residential street or a national highway.

For instance:

If ATCC detects frequent heavy truck traffic in an area not designed for it, the road surface may need reinforcement.

If two-wheeler traffic dominates a narrow lane with high accident rates, a divider or lane expansion might be justified.

If school zones see increased morning congestion, authorities can schedule temporary traffic diversions or increase crossings.

Rather than relying on assumptions, cities can use Automatic Traffic Counting and Classification to design infrastructure that supports actual traffic patterns safely.

Real-Life Example: Targeted Road Safety Using ATCC

A mid-sized city in Southeast Asia installed ATCC systems at 50 intersections. Within months, data revealed a troubling pattern: buses and trucks were frequently speeding in areas with high pedestrian activity. Authorities used this insight to redesign road signage, install bus-priority lanes, and implement AI-based signal timing.

In less than six months, pedestrian injuries decreased by 30%, and average vehicle speed dropped to within legal limits. This real-world success shows how ATCC isn't just theoretical—it’s a proven solution to urban safety concerns.

The Future: AI-Enhanced ATCC for Predictive Safety

The next generation of Automatic Traffic Counting and Classification systems will integrate machine learning to predict safety risks before they arise. By analyzing historical patterns, weather conditions, and event schedules, these systems will be able to warn traffic control centers of expected congestion or risky driving zones in advance.

This predictive capability will transform road safety from reactive to preventive—reducing accidents, saving lives, and creating more resilient cities.

Conclusion: A Safer Journey Begins with Smarter Technology

Road safety is not just about enforcement or infrastructure—it's about knowledge. With Automatic Traffic Counting and Classification, cities gain the visibility they need to act swiftly, wisely, and effectively.

From identifying high-risk zones to enabling smarter enforcement and designing safer streets, ATCC systems are essential tools for every smart city aiming to protect its citizens.

The future of traffic safety is real-time, data-driven, and proactive—and it starts with Automatic Traffic Counting and Classification.

[taxidispatchsoftware]

Taxi Dispatch Software: How Digital Technology Is Changing the Taxi World

The moment I switched from paper ride tickets to taxi dispatch software, it felt like I had jumped forward in time. As a taxi driver managing a small fleet, I knew efficiency was key, but I never expected technology to have such a big impact on how I ran my business.

In this article, I’ll take you through my experience with dispatch software. From my initial doubts to the benefits it brought to my planning, drivers, and customers. If you run a taxi company, you know every minute counts. But how do you make the most of those minutes? That’s where the journey with modern taxi dispatch software begins.

What Is Taxi Dispatch Software and Why Do You Need It?

Taxi dispatch software is an automated system that schedules rides, assigns drivers, and keeps customers informed in real-time. Instead of answering phone calls and manually managing schedules, everything happens through one centralized digital platform.

My old system worked fine — until I started to grow. With five drivers, it turned into chaos: double bookings, confusion about pickup points, and unhappy customers. That’s when I discovered software could help bring back structure and calm.

How Does It Work in Practice?

When I switched to taxi dispatch software, I gained access to a dashboard where I could see where my drivers were in real-time. The software automatically matched the nearest driver to a customer, optimized routes, and sent notifications to passengers.

A customer would book a ride through the app — I’d get a notification immediately, so would the driver, and the customer could see exactly when the taxi would arrive. No more phone calls. No more confusion. Just a smooth experience for everyone involved.

Calculations: What Does It Deliver?

You might be wondering: what does it cost, and what do you get in return? Here’s how I evaluated it myself:

Time savings: Automation saved me an average of 2 hours a day on planning.

Cost savings: Fewer misunderstandings meant fewer missed rides.

More rides: Customers received quicker service, which led to more bookings.

Customer satisfaction: My Google reviews rose from an average of 3.8 to 4.6 stars.

Frequently Asked Questions (FAQ)

Is taxi dispatch software hard to install?

Not at all. Most solutions like Codico.io offer installation support and are fully cloud-based. You can get started in a single day.

What if my drivers aren’t tech-savvy?

I had the same thought, but the interface is so intuitive that even my oldest driver uses it without any problems.

Do I need to invest in expensive hardware?

No. Everything works via smartphones or tablets. If you already have a working phone, you're good to go.

Is it suitable for small businesses?

Absolutely. I started with just three vehicles, and the software easily scaled as I grew.

Reflection: What Did It Teach Me?

What surprised me the most was how much peace of mind it brought. I could finally focus on improving service instead of constantly putting out fires. The system gave me insights into who was driving the most, where the majority of requests came from, and how I could optimize my pricing.

The switch wasn’t just a business decision — it was a personal one. Less stress, more clarity, and ultimately: more profit.

Conclusion: Taxi Dispatch Software Is Not a Luxury, But a Necessity

In a time when customers expect everything to be fast, clear, and reliable, taxi dispatch software is an essential component. It makes your business more efficient, more customer-focused, and ready for the future.

My advice? Start small, but think big. Whether you’re just getting started or have been active for years — the right system can transform your taxi business. And believe me: you’ll never want to go back to the old way.

[toyotaofclermont]

5 Most Reliable Cars: Toyota of Clermont Edition

When it comes to the most reliable cars, Toyota shines with models that truly stand the test of time! Whether you're navigating through Clermont or setting off on an exciting family road trip, Toyota has an incredible lineup that’s renowned for its reliability, efficiency, and cutting-edge features. Let’s dive into Toyota of Clermont five most reliable cars: the Corolla, Camry, RAV4, Tacoma, and Sienna!

Toyota Corolla: Compact Excellence

The Toyota Corolla has earned its stripes as one of the most reliable cars here in Clermont! It’s the perfect pick for anyone in search of a small vehicle that doesn’t skimp on performance or features. 

 Outstanding Reliability: The 2024 Corolla shines with a 4.5 out of 5 reliability rating, taking the top spot among compact cars!

 Fuel Efficiency: With an average annual repair cost of just $362, this car is a breeze to run and maintain!

 Safety First: Thanks to Toyota Safety Sense, it’s loaded with fantastic features like precollision warning and lane departure alerts! 

 Comfortable Interior: Even though it's compact, the Corolla offers plenty of seating space and an easy-to-use infotainment system!

 EcoFriendly Options: Plus, the available hybrid models are perfect for ecoconscious drivers!

 Toyota Camry: Sophistication Meets Performance

In Clermont, The Toyota Camry is the epitome of style, performance, and reliability! It stands out as a premier choice for the most reliable car for those looking for a midsize sedan that's a cut above the rest.

 Proven Reliability: The Camry has a stellar reputation for durability, with countless older models still cruising the streets today!

 Hybrid Efficiency: The 2025 Camry brings hybrid options across various trims, offering fabulous fuel economy while still delivering on performance! 

 Advanced Safety: Standard features are topnotch, including adaptive cruise control, lanekeeping assist, and automatic emergency braking!

 Comfort and Technology: Revel in a spacious interior equipped with modern amenities like a touchscreen infotainment system and premium audio options!

 Value for Money: With its exceptional blend of features and reliability, the Camry really delivers fantastic value in its segment!

Toyota RAV4: The Ultimate SUV Experience!  

Next most reliable car: The Toyota RAV4. They Toyota RAV4  shines brightly in the compact SUV arena, offering an incredible mix of performance, comfort, and dependability. Whether you’re navigating Clermont streets or embarking on exciting weekend getaways, this vehicle has got you covered! Look at these features that make the RAV4 one of the most reliable cars:

 TopNotch Reliability: With a remarkable reliability score of 80 out of 100 for 2025, you can count on the RAV4 for consistent and worryfree performance!  

 Roomy Interior: It boasts generous cargo space and comfortable seating designed to accommodate both passengers and all your gear!  

 Fuel Savvy: The four cylinder engine strikes the perfect balance between power and impressive fuel efficiency, making every drive enjoyable!  

 Safety Superstar: Honored as a Top Safety Pick, the RAV4 is loaded with cutting-edge safety features that keep you and your loved ones protected on the road!  

 Modern Touches: Enjoy a fantastic driving experience with features like a touchscreen infotainment system and smart driver assist technologies!  

Toyota Tacoma: Built Tough and Ready for Adventure!  

If you’re on the lookout for a robust and reliable pickup, the Toyota Tacoma is one of the most reliable cars on the market! Known for its durability and offroad prowess, it’s a favorite among Clermont natives who are seeking adventure and utility drivers!  

 Power Packed: The 2025 Tacoma comes equipped with a hybrid powertrain and a turbocharged four cylinder engine that delivers an exhilarating 326 horsepower!  

 OffRoad Warrior: Features like Fox adjustable shocks and all-terrain tires make it ready for any adventure you throw at it!  

 Stylish Interior: Upgrades include a stunning 14inch touchscreen infotainment system and top quality materials that elevate your driving experience!  

 Safety Formidable: Comes with standard safety features that provide peace of mind on every journey!  

 Custom Configurations: Available in a variety of cab types and bed lengths, there's a Tacoma to fit every need!  

Toyota Sienna: A Family-Friendly Innovator!  

The Toyota Sienna revolutionizes the minivan category, blending unparalleled comfort, cutting-edge technology, and incredible efficiency. These features make it perfectly tailored to match the needs of modern Clermont families as one of the most reliable cars!

 Hybrid Power: The 2025 Sienna comes standard with a hybrid powertrain, ensuring fantastic fuel economy that keeps you both happy and ecofriendly!  

 Spacious Design: Seating up to eight passengers comfortably with generous legroom and cargo space makes every journey a delight!  

 Safety First: Innovative features like a rear occupant detection system make sure no one is left behind in the back seats!  

 Tech Savvy: Outfitted with user-friendly infotainment systems and connectivity options, everyone stays entertained for the ride!  

 AllWheel Drive: This option boosts traction and control, helping you conquer various driving conditions with ease!  

Most Reliable Cars at Toyota of Clermont! 

If you want to get behind the wheel of the most reliable cars, stop by Toyota of Clermont today! We’re located at 16851 State Road 50, just off the Florida Turnpike. Also, you can call us at (352) 404-7000.

[orbitalinstallationtechnologies]

How Orbital Installs Help Fleets With Automatic Passenger Counters?

In today’s fast-paced transportation environment, precision and data-driven insights have become essential to fleet success. One technology rapidly gaining traction is Automatic Passenger Counters, electronic systems designed to track and record the number of passengers boarding and exiting a vehicle in real-time. Far from a niche luxury, these counters are transforming how transit agencies, event shuttles, and private fleet operators manage daily operations. By providing accurate, real-time data, businesses can streamline routes, optimize schedules, and elevate the passenger experience. At Orbital Installs, we specialize in Counter Installation for a range of fleets, delivering robust solutions that seamlessly integrate into your existing infrastructure. Read on to learn how these systems revolutionize fleet management, reduce operational overhead, and provide a clear roadmap to improved services.

The Importance of Automatic Passenger Counters 

Modern fleets are more reliant on data than ever. Traditional manual counting methods can be error-prone, time-consuming, and require additional labor costs. Automatic Passenger Counters leverage technologies like sensors, infrared beams, or even advanced AI cameras to capture boarding and alighting information with high accuracy. This data is invaluable for:

Route Optimization: Identify under- or over-utilized routes and adjust frequency accordingly.

Budget Allocation: Make informed decisions on resource distribution and staff scheduling.

Compliance & Reporting: Provide documented data for government funding, compliance checks, or internal audits.

Enhanced Customer Experience: Monitor passenger loads to anticipate and manage peak times.

By replacing guesswork with real-time metrics, Passenger Tracking fosters an environment of data-driven improvements. Orbital Installs ensures each system is precisely installed, so you enjoy error-free data collection from day one.

Operational Benefits: More Than Just Counting

Some might see passenger counting as a narrow function. However, the real power lies in how this data integrates with route planning, ticketing, and broader fleet management. By merging passenger data with vehicle location and driver behavior analytics, managers gain a 360-degree view of daily operations. For instance, if a particular route sees consistently low occupancy, resources can be reassigned to more profitable lines. Meanwhile, high-occupancy routes can be served by additional vehicles or staff to boost customer satisfaction.

Over time, robust passenger analytics can also inform marketing promotions, including offering discounts on underused routes or adding premium services for popular lines. Our Automatic Passenger Counter Installation packages ensure each sensor is accurately mounted and integrated with your telematics, enabling an immediate, streamlined data flow to your dispatch or analytics portal.

Core Features of Modern Passenger Counting Systems 

Real-Time Tracking: Harness advanced sensors to capture boarding events in real time.

Adaptive Sensing: Certain systems calibrate themselves to varying light conditions, bus layouts, or seasonal apparel for consistently accurate counts.

Integration: Combine passenger data with GPS or route software, enabling deeper insights.

Data Storage & Reporting: Automatic or scheduled uploads to cloud-based dashboards or local servers.

Scalability: Systems can be expanded to accommodate more vehicles or integrated with additional modules like seat occupancy or fare collection.

At Orbital Installs, each Passenger Tracking Installation is carefully planned, ensuring sensors are placed optimally for minimal interference and maximum accuracy. We test each device and train relevant personnel on reading and interpreting the data.

Orbital Installs’ Approach to Automatic Passenger Counter Installation

As specialists in vehicle communication and telematics, Orbital Installs employs a proven methodology for Automatic Passenger Counter Installation:

Assessment: We begin by reviewing your fleet size, vehicle models, route complexities, and data requirements. This info guides our sensor and device recommendations.

Scheduling: Large fleets require strategic rollouts to minimize downtime. We plan the installation phases so your vehicles remain available as much as possible.

Installation & Calibration: Our technicians secure each sensor along doorways, calibrating them to filter out double-counting or environmental noise.

Integration: Passenger data merges with existing route management or dispatch systems, ensuring a single, consolidated platform.

Testing & Training: We confirm accurate data capture and train your staff on daily usage and troubleshooting.

Our commitment extends beyond installation, offering ongoing maintenance and updates to keep your passenger counters at peak performance.

Enhancing Vehicle Communication & Data Ecosystems

At Orbital Installs, we see passenger counters as one piece of a broader puzzle. Modern fleets also rely on telematics solutions, two-way radio systems, and advanced route optimization software. By weaving passenger data into your overarching vehicle communication strategy, you elevate the efficiency and decision-making potential. For example, real-time passenger loads can be relayed to dispatch teams via two-way radio, enabling them to route spare vehicles or staff effectively. This synergy between hardware components fosters a unified digital ecosystem, aligning with your daily or long-term operational goals. With each device properly installed and integrated, your fleet transitions from manual guesswork to data-driven intelligence—a hallmark of forward-thinking organizations in the mobility sector.

Frequently Asked Questions

Q1: Why do I need Automatic Passenger Counters when I can have staff count manually?A: Manual counting is prone to human error, becomes costly over time, and isn’t always feasible during peak hours. Automatic Passenger Counters deliver accurate, real-time data with minimal effort.

Q2: How accurate are these sensors in high-traffic conditions?A: Modern sensors are highly accurate—some boasting over 95% accuracy. Our thorough Automatic Passenger Tracking Installation process ensures your device is calibrated for your specific environment.

Q3: Will integrating passenger counters disrupt existing telematics or communication systems?A: Our technicians design integrations that complement, not disrupt, your current systems. Proper installation ensures data from counters flows seamlessly into your dispatch or analytics platform.

Q4: Does Orbital Installs handle ongoing maintenance and updates?A: Yes! We provide post-installation support, including periodic firmware updates, recalibrations, or expansions if you add more vehicles.

Q5: Can passenger data integrate with route optimization software?A: Absolutely. Our approach merges these metrics with route management, enabling dynamic scheduling and resource allocation based on real-time passenger loads.

Real-World Impact: Turning Data into Decisions

What does your fleet gain from implementing calamp or other advanced passenger counters? In short, better data transforms your daily operations. You can:

Optimize Fleet Size: Knowing exactly how many riders occupy each vehicle helps you deploy resources where they’re most needed.

Enhance Rider Experiences: Reducing overcrowding or ensuring peak-hour coverage fosters loyalty.

Improve Profitability: Detailed usage statistics guide marketing efforts and strategic route expansions.

Justify Funding: Government or private stakeholders often require passenger stats to substantiate grants and budgets.

These improvements aren’t theoretical, they translate into actual savings, improved satisfaction, and a stronger reputation. Orbital Installs ensures each system reliably captures data with minimal downtime or staff overhead.

Why Orbital Installs?

Orbital Installs stands out due to its:

Expert Team: Each technician is well-versed in advanced fleet hardware—from passenger counters to telematics.

Comprehensive Solutions: We integrate passenger counters into your existing systems, bridging two-way radio comms, route optimization, and more.

Quality Assurance: We meticulously test each sensor post-installation, verifying consistent accuracy and stable data transmission.

Scalable Deployments: Whether you run a handful of vehicles or a large-scale transit fleet, we design solutions that adapt to your growth.

Combining specialized knowledge, rigorous processes, and customer-focused values, we’re the prime choice for Automatic Passenger Counter Installation.

Conclusion

Data is king in modern fleet operations. Embracing, Passenger Counters goes well beyond counting heads—it ushers in precise analytics, route optimization, and heightened passenger experiences. Yet these benefits only materialize when devices are expertly installed, calibrated, and integrated. Orbital Installs offers a holistic approach that streamlines your adoption, from planning to deployment and beyond. Our seasoned technicians handle complexities like sensor positioning, software configuration, and end-to-end testing, all to transform your raw passenger data into powerful operational insights. If your goal is to enhance efficiency, reduce guesswork, and better serve your passengers, we invite you to reach out. Let Orbital Installs demonstrate how an Automatic Passenger Tracking Installation can significantly elevate your fleet’s capabilities and bottom line.

To Contact Us - https://orbitalinstalls.com/contact-us/ 

[towncarrentals]

Cars for rent in brandon

Whether you're exploring the vibrant city of Brandon or venturing out into the scenic Manitoba countryside, having a reliable set of wheels can unlock a world of possibilities. But let's face it, car rentals can put a dent in your travel budget. Don't fret, budget-conscious explorers! Finding cheap car rentals in Brandon is easier than you think.

This guide will steer you towards the best deals, navigate rental options, and ensure you cruise through your Brandon adventure without breaking the bank. So, buckle up and get ready to discover the freedom and affordability of cars for rent in Brandon.

Planning Makes Perfect:

Before diving into the rental pool, a little planning goes a long way. Consider these key factors:

Trip Duration: Will you be cruising for a weekend getaway or embarking on a month-long exploration? Rental rates often decrease with longer booking periods.

Travel Dates: Peak seasons (summer holidays, festivals) see higher demand and prices. Opt for flexible travel dates if possible to snag better deals.

Passenger Count and Luggage Needs: Compact cars are fuel-efficient and budget-friendly for solo travelers, while SUVs cater to larger groups and cargo.

Transmission Preference: Automatic transmissions are generally more expensive. If you're comfortable with a manual, you can save some cash.

Exploring Your Rental Options:

1. Local vs. National Brands:

Local Brandon car rental companies often offer competitive rates and personalized service. National chains boast wider vehicle selections and convenient locations, but prices might be higher.

2. Online Aggregators:

Websites like Kayak, Expedia, and Priceline aggregate deals from various companies, allowing you to compare prices and features at a glance. Be mindful of additional fees and insurance costs mentioned in the fine print.

3. Discount Clubs and Promotions:

AAA members, loyalty programs, and corporate partnerships can unlock special discounts. Signing up for rental company newsletters or following them on social media can also alert you to deals and promotions.

Cheap Car Rental Gems in Brandon:

Now, let's delve into some budget car rental in Brandon companies known for their value:

Town Car Rental: This locally owned company boasts a stellar reputation for friendly service and competitive rates. They offer a variety of vehicles, from fuel-efficient compacts to spacious SUVs.

Enterprise Rent-A-Car: With multiple locations in Brandon, Enterprise offers a wide selection of vehicles and straightforward pricing. Keep an eye out for online coupons and weekend deals.

Budget Rent-A-Car: True to its name, Budget focuses on offering affordable rentals for all budgets. While their vehicle selection might be smaller, their prices are often unbeatable.

Beyond the Price Tag:

While price is crucial, don't overlook other essential factors:

Insurance: Understand the different coverage options and choose what best suits your needs. Consider adding personal liability insurance if your own policy doesn't cover rentals.

Mileage: Unlimited mileage packages might seem like a good deal, but if you're planning a short trip, a limited mileage plan could save you money.

Fuel Policy: Opt for "full-to-full" policies to avoid refueling charges at inflated airport prices.

Read the Fine Print: Carefully review the rental agreement before signing. Understand cancellation policies, late fees, and any additional charges.

Bonus Tips for Budget-Savvy Renters:

Consider public transportation: If your trip primarily involves exploring Brandon city, the local bus system might be a cost-effective alternative.

Carpool with friends/family: Splitting the rental cost with travel companions can significantly reduce your individual expense.

Fuel efficiency matters: Choose a fuel-efficient car, especially if you plan on covering long distances.

Avoid one-way rentals: These often come with hefty drop-off fees. Consider returning the car to the pickup location to save money.

Hitting the Open Road with Confidence:

By following these tips and exploring the cars for rent in Brandon options, you can embark on your Manitoba adventure without worrying about breaking the bank. Remember, cheap car rental in Brandon is possible with careful planning, informed choices, and a dash of savvy negotiation. So, buckle up, hit the gas, and create unforgettable memories in this beautiful corner of Canada!

[reportsandmarkets]

Automatic Passenger Counting System Market Report 2017

Automatic Passenger Counting System Market Report 2017

In this report, the United States Automatic Passenger Counting System market is valued at USD XX million in 2016 and is expected to reach USD XX million by the end of 2022, growing at a CAGR of XX% between 2016 and 2022. ACCESS FULL REPORT AND TOC: https://www.reportsandmarkets.com/reports/united-states-automatic-passenger-counting-system-market-report-2017-1644607 Geographically, this report…

[learnwithlavesh]

How Does Software Build Routes

In the modern world the transportation industry is booming, but at the same time it is under scrutiny. Societies examine transportation costs from a lot of different angles. Deliveries have to be fast, reliable, and ecological - to name just a few from the long list of expectations.

Fortunately, the solution is already here. Route planning and optimization software can handle most of the above concerns with just a few clicks.Route planning software helps businesses plan and schedule multi-stop delivery routes in the most efficient way possible using sophisticated algorithms. Some also call it route optimization software or routing and scheduling software

 In this kind of software the algorithms used often suggest routes that maximize effectiveness. They help reduce vehicle wear-and-tear, fuel consumption, driver working time, and, what’s becoming increasingly important, CO2 emission. Implementing the proper route planning and optimization software can bring nothing other than gain.

How Does Software Route Planning Work

Routing is the process that software uses to plan and guide a journey through a network of shared roads. Using historical data and real-time data analytics, routing software enables transportation firms to design routes within their systems.

The streets a driver can take to save time and fuel while bearing in mind an organisation's business objectives are automatically planned by route optimisation software. The intended route is significantly impacted by real-time traffic and weather analysis. 

To determine the most efficient path to the location, the software incorporates GPS. The route estimates also take into account the current volume of traffic, planned and enforced road repairs, geological hazards, and other factors. The preferences and unique circumstances of the passengers must also be taken into account.

The software then maps the ideal path that satisfies all of the specified requirements as laid out by the user after all of these components have been thoroughly examined. The time needed to finish the journey is then roughly estimated.

The Technology Behind Routing Software

This system uses a number of data sources, including aerial photos, topographic information, and more, to produce precise road maps that can be used for a variety of tasks in addition to driving. 

GIS applications can predict travel times along a specific path, calculate driving times between locations, and find safe alternatives if one choice is not the best. To estimate traffic volume, it makes use of information from the road system, stops and drop-off locations, as well as statistics from public transportation. 

Routing software like QRyde use route planning algorithms that incorporate real-time information like traffic, weather, accessible trips, and passenger counts. 

The route software system can use artificial intelligence and machine learning to plan the most effective routes that can save time and fuel once it has compiled a database of passengers' pick-up and drop-off locations, special requirements, and load times. 

Features in Route Planning Software

In order for the results of the best route planning software to satisfy company needs, guarantee on-time performance, and meet or even exceed customer expectations, it must have a number of essential features. 

Here are some critical elements that route planning software needs: 

1. Rapid Route Optimization

In a matter of seconds, route planning software should generate an optimised path. A quick route optimisation feature produces the best path that satisfies your requirements in response to new metrics. 

2. Analytics and Reporting

With its powerful reporting and data analytics system, Route planning software can optimise company operations, enhance customer service, and support management in making informed decisions. 

Business owners can easily plan their finances, arrange their billing, and determine which customers and trips are generating the most revenue by using analytics.

3. Customization

Software for routing should be customizable so that it can be tailored to the requirements of the transportation company. This provides them the crucial control they need over their entire business. 

4. Integration

Routing software is able to connect to numerous possibilities thanks to broker integration. Operators and businesses can schedule trips from various brokers using a single portal. You can quickly reach the platform you require within the routing software thanks to seamless integration, which will save you time and effort. 

5. Fleet Maintenance and Continuous Development

A fleet maintenance system that plans regular vehicle inspections is a requirement for reliable route planning software. To keep track of the condition of the car, pre- and post-trip checklists are also required. 

6. Customer Support

Any route planning tool with effective customer support enables companies and software developers to evaluate which aspects of their market perform and which aspects of their service require improvement.

When utilising the software's features, users must have a variety of choices to choose from when dealing with scheduling, billing, and even the choice of vehicles and services. 

Proper handling of them can significantly enhance client relations. 

7. Sharing Route Plan Capabilities

Transparency can be greatly improved by using route planning software that allows passengers, drivers, and facilities to view routes and timetables. 

Information sharing is made easier, and any changes made by the driver or the passenger can be seen right away on the fleet tracker. This facilitates emergency response and increases clients' sense of security whenever they make travel plans. The status of each trip can also be readily updated for family members or medical professionals by passengers.

 Conclusion

Utilizing route optimisation and trip scheduling tools that can significantly reduce costs associated with time, fuel, and other overhead expenditures. Customers are given a lot of flexibility in terms of the customization and data-sharing abilities of excellent software at the same time.

You can reap huge financial and service benefits from installing advanced route planning software, even if you operate a small fleet of delivery vehicles or perform recurring trips and deliveries.It’s time to invest in delivery route planning software. So, if you’re ready to save money while improving customer satisfaction, then QRyde is ready to help. QRyde’s Advanced Route Planner utilizes advanced algorithms with a simple user interface, allowing optimization and customization of routes for faster deliveries, it also helps to save transit time by avoiding heavy traffic conditions.Your transit business can make all of your trips as economical as feasible by using software like QRyde. Organize a demo soon!

.

[marketwatchpune]

Canada Electric Vehicle Charging Connectors Market 2023 Thriving at a TremendoCanada Growth

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[cddrita]

2021 honda odyssey vs 2021 toyota sienna

#2021 honda odyssey vs 2021 toyota sienna free

#2021 honda odyssey vs 2021 toyota sienna windows

There is more on the technology front that favors the new Honda Odyssey. With two more forward gears than the Sienna's automatic, it's no surprise that the Odyssey is more efficient while cruising at highway speeds. Every 2021 Odyssey gets Honda's 10-speed automatic transmission and compares favorably to the Sienna's 8-speed unit. The 2021 Honda Odyssey returns an EPA-estimated highway mpg rating higher than the 2020 Toyota Sienna's, thanks in part to its newly standard transmission. As we've covered so far, the Odyssey is the more advanced minivan, which extends to its powertrain. What do the above features have in common? They're all only available on one of these minivans: the 2021 Honda Odyssey! Other Key Differences Between the Odyssey & Siennaīoth the 2020 Toyota Sienna and 2021 Honda Odyssey indeed offer affordable pricing, a suite of safety and driver-assist features, V6 performance and seating for up to eight, but that's where most of the similarities end. How would you like to have an in-cabin camera that lets you keep an eye on the kiddos in the second and third rows? How about an intercom system, where you can speak directly to back passengers through the minivan's rear speakers? A built-in vacuum would certainly come in handy when spills and messes occur during your family's travels. This upgraded rearview camera is only available on pricier 2020 Sienna trims. The 2020 Sienna can be equipped with a backup camera that also includes a bird's-eye view angle, but it will cost you. Every new Odyssey minivan comes with Honda's Multi-Angle Rearview Camera that boasts normal, top-down and wide viewing angles. When it comes to an advanced interior with innovative amenities, the 2021 Odyssey is leaps and bounds ahead of the aging 2020 Sienna. Your onboard crew will thank you for selecting the Odyssey, which has more than 3 inches of additional legroom in its middle row. Honda's Odyssey tops the Toyota Sienna in legroom for middle- and back-row passengers by a wide margin. The overall passenger volume of these two minivans may seem similar at first glance, but when you break it down by first-, second- and third-row legroom, you notice something. When the second- and third-row seats in these minivans are folded down, the Honda offers more cargo space, 8 cubic feet more than the Toyota! While both cargo holds expand to hold a lot of gear, the Odyssey gives you more space for the unexpected. The 2021 Odyssey is over five inches longer than Toyota's 2020 Sienna, and that translates to more space within the cabin for both passengers and cargo. After all, it's what's inside that counts! However, starting prices and dimensions don't tell the whole story. The 2021 Honda Odyssey and 2020 Toyota Sienna feature a similar starting MSRP and similar exterior dimensions, so some shoppers may conclude that there's not a big difference between these two minivans.

#2021 honda odyssey vs 2021 toyota sienna free

Feel free to reach out to our team if you would like further details following this head-to-head comparison. The team at Stirling Honda can answer any questions you may have regarding the Honda Odyssey and its relation to the competition. Let's dig deeper to see any advantages one minivan may have over the other, and help you find the right vehicle for your family. In the comparison table above, we've reviewed some of the key differences between these two minivans. Still, the Sienna puts up a good fight and is a worthy competitor to Honda's popular minivan. Honda's Odyssey minivan goes up against the Toyota Sienna and holds its own, thanks to its spacious cabin and innovative and class-exclusive features. If you are shopping for a new minivan for your family, then you're sure to have the new 2021 Honda Odyssey on your list.

#2021 honda odyssey vs 2021 toyota sienna windows

With dual power-sliding rear doors, large windows for great visibility and easy ingress and egress, minivans are ideal for busy and active families on the go. When it comes to dedicated family vehicles, nothing tops a minivan.

One-Touch Power Moonroof with Tilt Feature.

[wizardofrozz]

Echoy’la

Din Djarin x OFC (Jocasta “Jo” Marr), Grogu, Peli Motto, Frog Lady

Word Count: ~4k

Warnings: light swearing, crash landing

Chapter 14

Jo POV

The chunk of Krayt dragon meat slowly roasted in front of a random engine, Jo’s eyes lazily following the motion from her seat a few feet away. Din stood behind her, watching the meat spin, mindlessly running his fingers over Jo’s braid until Peli appeared off to their right. 

         “All right, here’s the deal,” she started, clapping her hands. “A Mandalorian covert is close. It’s in this sector, one system over.”

         “Are they the ones that left Nevarro?” Din asked. Jo knew he was trying to keep his composure but she could still hear the way his voice spiked with a tinge of hope. His hand moved from her hair, gently cupping her shoulder to ground himself and she automatically covered it, giving it a quick squeeze. 

         “Don’t know,” Peli replied with a shrug, shifting her weight. “All I know is that the contact will lead you to them.” Jo tried not to get her hopes up but unconsciously squeezed Din’s hand tighter.

         “How much will it cost me?” Din grunted, shifting his weight, pressing his thigh into Jo’s back. Just as Peli opened her mouth to answer, a confused and slightly concerned string of indiscernible words floated from the hull of the ship. 

         “I got him,” Jo snorted, squeezing Din’s hand again before getting to her feet. Din and Peli’s voices were a hum in the background as she wandered onto the ship, finding the kid by the way his eyes caught the dim light. “What’s up, munchkin?” 

         “Eh, eh,” he whimpered plaintively. His soft features contorted, his bottom lip quivering as he reached for Jo and her heart almost broke until she picked him up. His expression brightened instantly, showing no signs of the pitiful look creasing his features seconds before, making soft happy sounds. 

         “You’re too good at that, kid,” Jo teased, rolling her eyes when the kid’s smile grew and he cooed loudly. Jo shook her head, bringing him closer to her face as she walked back into Tatooine’s dry air, blowing raspberries against his cheek, sending him into a laughing fit. She laughed along with him, pressing a kiss to his head before scanning the hangar for Din, nearly bursting into another round of giggles. He had both hands resting on his hips, balancing all his weight on one leg, and looking down at Peli, his irritation hanging like a veil around him. 

         “What do you mean ‘mitigating’?” Din enunciated just loud enough for Jo to hear from her spot on the ramp. Four heads snapped towards the door of the hangar when another figure appeared and Jo raised a brow, studying the amphibious creature. “I’m not a taxi service.” 

         “Debatable,” Jo mumbled under her breath, noticing the minute turn of Din’s helmet. She didn’t even bother covering her amusement and turned back to their new passenger, letting the conversation drift into the background as she studied the woman moving closer. Once the frog…lady…stopped at Peli’s side, Jo moved a little closer, shifting the kid on her hip, narrowing her eyes at the unfamiliar sounds falling from the mechanic's lips.

         “She said her husband has seen them,” Peli relayed, glancing over at Jo briefly. 

         “Do you know her husband?” Din asked, crossing his arms and shifting his helmet as he watched the woman walk off towards the Crest.

         “No. I met her ten minutes before you walked in,” Peli confessed offhandedly. 

         “Oh for kriffs sake,” Jo snorted, dropping her head forward. Din nudged her arm, jerking his head towards the ship in an unspoken request before rounding on Peli again. Jo trudged after the frog lady with an exhausted huff, catching a glimpse of her disappearing into the cockpit. The kid started to wiggle around in her arms, babbling nonsense and pointing at the ladder; Jo hadn’t the slightest clue what he was saying and just nodded, making her way through the hull. 

The kid had started ‘talking’ more if it could be called that, but neither recognized the language. He added inflection on certain sounds, waving his hands around like he was telling the most riveting story and Jo wished she could understand him. To have another way to connect with their foundling but their ignorance didn’t seem to bother him. Jo nodded along as he rambled on, tightening her hold on him as she climbed towards the cockpit, setting him on the floor so she could hoist herself through the opening. 

         “Come on, munchkin,” she urged, pausing for the door to slide open. The frog lady looked up at her with wide, concerned eyes and Jo offered her a soft smile, feeling a bit better when the other woman seemed to relax slightly. The kid had already made his way to the empty chair, dragging himself onto the seat, his short legs kicking in an attempt to propel himself forward. Jo laughed softly and lifted him off the edge, rolling her eyes at his angry protest and dropping into her chair, hugging the foundling to her chest. No matter how hard she tried to calm him, the kid was not having it and eventually climbed down again and Jo didn’t have the energy to fight him. She smiled when he squealed excitedly at the thump of boots on the ladder, Din’s soft ‘hey buddy’ reaching her ears. 

         “Go rest,” Din sighed, appearing behind her chair, fitting his hands to the curve of her shoulders.

         “Alright,” Jo grumbled, resting her head against the seat, staring up at his seemingly endless visor. 

         “Just don’t hog the whole bunk,” he teased, squeezing her traps.

         “Or what?” she sassed with a smirk.

         “Want a repeat of the chair incident? Because according to you, my ass is heavy,” Din reminded her, running his hands across her shoulder and down her arms. 

         “Fine, I’ll leave some room for you,” Jo chuckled. She glanced over when she noticed the flash of movement next to her, narrowing her eyes at their temporary passenger when she noticed the forlorn look on her face. Jo cleared her throat and stood quickly, earning a confused head tilt from her Mandalorian but she shook her head. “I’ll see you soon.”

         “The kid should be down there already,” Din added, cupping the back of her head to tug her closer. Jo’s heart swelled when their foreheads met, the last bit of anxiety melting away. Din moved away first, and Jo took a long breath before making her way into the hull again. The kid nearly jumped out of his skin when her boots hit the metal floor and she shot him a suspicious look.

         “What are you doing?”

         “Eh?” he grunted, pointing at the blue vacuum-sealed canister sitting next to a crate. 

         “No,” Jo scolded, beckoning him closer with one finger. “You leave those alone, you hear me?” He looked longingly back at the orange eggs floating in the canister before his ears started to droop and he waddled towards the bunk. Jo dropped onto the edge of the bunk with a sigh, groaning at the ache in her back when she leaned down to untie her boots. Not bothering to change into anything else, Jo deposited the kid into his hammock and crawled into the small bunk, letting out something between a groan and a sigh. Her eyes fluttered open when she felt the kid's gaze on her, smiling when she found his chin resting against the edge of his makeshift bed, watching her.

         “Mm brr,” he mumbled flatly.

         “Goodnight, peanut,” Jo insisted, giving him one more stern look before closing her eyes. The Razor Crest barely started to rumble before she tumbled into the depths of sleep. 

Movement next to Jo forced her eyes open, her lids almost too heavy to keep open. Her heart thumped faster in her chest until a familiar warmth brushed against her face, calloused fingers brushing a strand of hair behind her ear, moving down to trace her hairline.

         “Go back to sleep,” Din whispered, fitting her back flush against his armored chest. 

         “Cold,” was all Jo could force out, stuffing the worn blanket under her chin.

         “Sorry, cyar’ika,” he chuckled, forcing the blanket between them. 

         “Kid sleeping?” she slurred, rolling enough to give the illusion she was looking at him even if her eyes were still closed. 

         “No,” Din grunted, the fabric of his flight suit swooshing as he leaned closer, lowering his voice. “He was eating her eggs.”

         “No, he wasn’t,” Jo gasped, feeling more awake than before. Din dropped his helmet onto her shoulder, nodding against her. 

         “Menace,” he managed and Jo snorted loudly, hiding her face in the blanket.

         “I told him to leave them alone,” she assured, lifting her head to glare in the kid’s general direction. 

         “That really seemed to deter him,” Din quipped, earning him a smack to the arm.

         “Mir’sheb,” (Smartass) Jo grumbled, rolling away from him again. Din chuckled under his breath and pulled her closer, borderline nuzzling against her shoulder the best he could with his helmet on.

         “Go back to sleep. I didn’t mean to wake you,” he mumbled, wedging his hand under her side, fitting his knees behind hers. It didn’t take long for sleep to seduce her again but just before the world around her fell away, she heard the rumble of Din’s voice but she was too far gone to make any sense of it.

The finally warm body behind her was violently ripped away seconds before the deafening blare of alarms reached Jo’s ears. 

         “What the -” Jo cried, shooting off the mattress.

         “Stay here,” Din barked, punching the panel on the outside of the bunk. Before she could get another word out the door slid shut and he was gone. The kid’s head popped up, peering over the side of his hammock as Jo rubbed the grit from her eyes. 

         “Hey, peanut,” she yawned, stretching her arms as far as she could. She jolted when the kid threw a stubby leg out of his hammock and she immediately grabbed him before he fell. “I would’ve helped you.” He blinked up at her before shrugging his little shoulder and curling up in her lap, making soft happy noises into her tunic. Jo shimmied backward until she bumped into the wall, dragging the blanket over them, and proceeding to run her fingers over the slight wrinkles on the kid’s head. 

With the bunk door closed, Jo couldn’t hear if Din was talking to anyone and she wondered what happened that sent the alarms off. Although, she was only left to wonder for a few minutes. She was pressed into the wall when the Crest suddenly took off but she quickly adjusted, instinctively squeezing the kid closer. Jo did her best to keep them steady as the Crest twisted, pressing her against the storage panel, the metal digging into her exposed arm. The kid giggled, raising his hands over his head, leaning his head back to stare up at Jo but his laughter tapered off when he saw her expression.

         “Eh, eh,” he muttered, his forehead wrinkling. 

         “Stay still,” Jo hissed, scrambling when the Crest banked hard to the left, sending them sliding towards the door. A startled half-shout echoed through the bunk when they were thrown into the wall shared with the fresher, Jo barely turn to shield the kid. Her shoulder took the brunt of the hit and she hissed through her teeth, letting the g-force push her against the wall. She froze when the pressure suddenly ceased and they hung in the air for a terrifying few seconds before her stomach dropped. With nothing to hold them down, Jo could feel her weight being lifted from the bunk, her pulse thundering in her ears. She scrambled for anything to hold onto, curling the kid into her chest, her fingers only grazing the shelf when the engines kicked on again. Jo groaned as her tailbone connected with the bunk, sending a bolt of pain up her spine but she could only focus on it for a second before she was forced against the back wall. 

The kid whined in her arms as they bounced against the metal walls, Jo’s head knocking against the unforgiving surface when they made another hard turn. The sudden screeching of metal against a hard surface was deafening, seeming almost endless until they came to a rough stop, teetering for a few seconds in silence. The hull outside the door groaned and creaked as Jo’s head spun, the sudden ache in her temple making her eyes heavy. Just as she was about to move a thunderous crack echoed around them, followed by the same weightless feeling in her stomach. Jo only had a second to check on the kid before her head connected with the wall again, plunging her into darkness. 

Din POV

As soon as Din’s eyes opened he groaned; the faint pulsing in his head and aching in his back making him want to put his head back down. He forced himself to his feet, searching the cockpit, immediately finding the frog lady curled up on the floor, shivering. Din dropped down on one knee at her side, gently shaking her shoulders, stopping his flinch when she startled, screeching out a string of words he still didn’t understand. She turned away from him, chattering anxiously and pointing at the door.

         “I’ll find your eggs, don’t worry,” Din assured, squeezing her arm as he got to his feet. He tried to ignore his racing heart, clenching his jaw as he strained to hear Jo or the kid moving around. His boots thumped against the floor and he held onto the ladder, scanning the mangled remains of the hull, his heart plummeting. “Damn it.” Din blew out a long breath and looked over at the bunk, his lungs seizing when he realized the door was open. Tripping over the debris littering the floor, Din nearly fell into the bunk, catching himself on the doorframe at the last second. He felt like he could’ve cried, his knees nearly buckling when he found Jo’s curled up form in the back corner but the kid was nowhere in sight. 

         “Where are you?” Din mumbled, carefully stepping around the tattered remains of his things, keeping an eye out for the glowing canister as well. He tried not to roll his eyes when he heard the distressed babbling from the cockpit. “Hang on, I’m looking for your eggs!” Din brushed aside loose items, his eyes landing on a taller shape hidden by a blanket; he pulled the blanket away and froze.

         “Patu!” the kid exclaimed, his ears lifting expressively as he stared wide-eyed up at Din with an egg a few inches from his mouth. Din stood frozen in shock for a second too long, the kid slurping the egg down snapping him out of his trance. 

         “We told you not to do that!” Din hissed, slamming the canister’s lid shut and quickly lifting it out of the kid’s reach. “Found them!” He eyed the contents, shifting his gaze to the kid when he burped, looking extremely pleased with himself, to Din’s dismay. “How many did you eat?” The kid ignored his question, his huge eyes still focused on the eggs floating in his father’s hands; Din’s head snapped towards the bunk when he heard a faint groan, clambering back towards the sound. 

         “Din?” Jo groaned quietly. His heart nearly stopped when her eyes fluttered open, weakly rolling up to look at him, and an unabashed whimper fell from his lips. 

         “Thank the Maker,” Din whispered shakily, slumping into the doorframe. “Just - just stay still for a minute.” Din looked between a slow-moving Jo and the ladder, forcing himself to return the frog lady's eggs before worrying about Jo. He grabbed a blanket as an afterthought before pulling himself through he hole in the floor. The amphibious woman made a high-pitched screeching sound, dragging the canister of her young closer, giving Din what he assumed was a smile. He offered her a stiff nod before jumping off the ladder, nearly tackling Jo when he turned around, teetering on his toes before catching his balance. 

         “It’s gone,” Jo breathed, standing stiff as a board, faint shivers shaking her shoulders. 

         “It’s in rough shape but nothing that can’t be fixed,” Din counter, his voice pitching up in confusion. 

         “M-my armor,” Jo whimpered, covering her mouth with both hands and Din’s eyes widened. 

         “No, no,” Din rushed out, engulfing her in a hug, cradling the back of her head. “I moved it, it’s safe.” 

         “What?” she croaked, lifting her head to meet his gaze. Din felt his face flush, stopping himself from bashfully dropping his head, and gently carded through her hair to keep his shaky hands busy. 

         “When - when we weren’t talking…I-I took it into the storage room.”

         “Why?” Jo muttered, her features softening with the knowledge that it was safe. 

         “I, well, uh…c-cleaned it,” Din stuttered, shifting his weight, rocking Jo with him.

         “You did?” she whispered, her deep green eyes shining with an emotion Din tried not to get stuck on. 

         “Yeah. In case - in case you wanted to wear it again,” Din confessed, the inside of his helmet suddenly feeling uncomfortably warm. Jo opened her mouth, her tongue curling a few times like she was trying to form words but nothing came out and she just stared up at him. She came back to herself when she violently shuddered and Din could see the goosebumps blooming across her arms. “You need to get more layers on.” 

         “Where are we?” Jo asked, twisting enough to look through the tear in the ship.

         “No idea,” Din sighed, unwinding himself from around Jo to rub her arms, creating desperately needed warmth. “All I know is that it’s an ice planet that isn’t Hoth.”

         “You know, when I complained about sand, I didn't think you’d go to the other extreme,” Jo teased, rolling her lips into her mouth to hide a smile. Din bent forward to drop his head onto her shoulder with a hoarse laugh, relaxing into the familiar ease of their relationship. 

         “Trust me, I’d much rather have you on a warm, beachy planet,” he snorted, continuing to create friction between his hands and any of her exposed skin.

         “Oh, what? S-seeing me in six layers of clothes doesn’t get you all hot and bothered,” Jo chuckled, curling her arms against her chest for warmth. 

         “I wouldn’t say that,” Din drawled, earning another soft laugh from her. “Now, speaking of layers of clothing, you need to get warm. Let me get our passenger out of the cockpit and you can have some privacy to get changed.”

         “S-Sounds go-od,” Jo agreed, her teeth starting to chatter. Din gave her a stiff nod, unsure of leaving her without his added warmth for too long; the kid babbled at their feet, tugging on the edge of Din’s boot, blinking up at him.

         “Stay here, buddy,” Din instructed, glancing at Jo with a sigh and pulling her along with him. They fumbled around to get up the ladder, Jo shuffling off to the side to let Din through, shuttering constantly and his anxiety spiked. The frog lady croaked and garbled at him, putting up a slight fight as he tried to usher her into the hull but went nonetheless. 

         “I-I’ll be d-d-down soon-n,” Jo managed, wrapping her arms around herself, aggressively rubbing the exposed skin. Din worked his jaw a few times before disappearing below, giving her the privacy he promised. He stood at the bottom of the ladder for a few seconds, trying to calm his racing mind, moving towards a discarded blanket before he knew what he was doing. Din fumbled around to cover the hole in the hull, feeling the need to release some of the pent-up nerves bubbling under his skin. As days turned into weeks, and weeks into months, he started to notice that having Jo and the kid around brought out a talkative side he didn’t know he had. Din found himself mindlessly narrating his thoughts more often, not expecting a reply but Jo still listened intently, and he ultimately felt lighter when he wasn’t holding everything in. 

         “If you hadn’t guessed, we’re in a tight spot,” he rambled, looking for a place to attach the blanket, their passenger turning her attention to him. “The main power drive isn’t responding, and the hull’s lost its integrity. I suspect the temperature will drop significantly when night falls. I’ll have a better prospect at that time.” Din wedged the edge of the blanket into gaps where the metal had bent and twisted, leaning back to assure it would hold. The woman started to croak in her unfamiliar language again and it still meant nothing to Din; he huffed under his breath, resting the bottom of his helmet against his pauldron.

When he said nothing she made a huffing sound and fell quiet, turning back to the canister at her side, running a loving hand over the glass. Din took a deep breath, letting his head hang for a second before looking under his arm, watching the kid happily nibble on a snack Din gave him to keep him occupied. He secretly hoped it would stop him from staring hungrily at the frog lady’s eggs too. Din darted his eyes to the ladder briefly before returning to his task, taking a step back, waiting to see if the blanket stayed in place. When it didn’t move he started rearranging the crates scattered around the floor, using them to hold the bottom of the makeshift barrier in place. He let out a long breath when the howling wind outside wasn’t whipping against him anymore, hoping his work would hold up for now. 

Din looked over his shoulder when he heard boots hit the steel floor, smiling softly to himself. Jo looked like she could barely move, multiple layers bulging under her thick cloak but even from where he stood, he could tell she at least wasn’t shivering anymore. She worked her way around the clutter in the hull, offering the frog lady a gentle smile, and brushing her hand over the kid’s head as she passed.

         “Better?” Din asked, holding his palm out to her. Jo grabbed his hand, squeezing his fingers with a tight smile. 

         “I’m warm,” she countered with a faint shrug, letting their hands hang between them. Din nodded once, pulling her a little closer but trying to stop her from pressing against his frosted armor. Before Din could say anything else, a flurry of croaks and grunts filled the ship and Din stifled a loud sigh, stepping to the side to see the frog lady staring at them.

         “I’m sorry, lady. I don’t understand frog,” Din huffed, rolling his eyes when Jo giggled. Their passenger’s eyes narrowed and he bit his tongue, holding back the irritations bubbling up; he took an exaggerated breath, blowing it out slowly. “Whatever it is, it can wait until morning.”

         “Let’s try and get some rest,” Jo offered quietly, squeezing Din’s hand to get his attention. 

         “I recommend you get some sleep,” Din aimed at the frog lady, tilting his head down to drive his point home. When she only huffed, Din’s eyelids fluttered and he relaxed slightly; Jo pulled her hand away, moving to clean up the kid’s snacks, mumbling quietly to him. Din tried not to sigh again as he lowered himself to the floor, biting back a groan at the tightness in his lower back and shoulders. His insulated flight suit kept him warm but he could still faintly feel the cold durasteel under his ass and tried to ignore it. 

He angled his head back as Jo stepped over his legs, holding a grumpy kid under the arms, offering him to Din. She dropped onto the floor next to him, shuttered briefly before wiggling closer to his side, pressing them together from shoulders to toes. The kid twisted around in his lap, occasionally let out a frustrated grunt until Din let him move freely. Jo pulled a blanket over herself, tucking it under her chin, the kid disappearing under it as well, and she rested her temple against his pauldron.

         “Don’t do that,” Din chided softly, just barely lifting his shoulder to dislodge her. “Watch out.” Jo lifted her head, her brows pinching together, a flash of hurt passing over her face. Din gently freed his arm from between them, lifting it over her head, and pulling her into his side. “No cold armor here.”

         “Good point,” Jo snickered, any trace of sadness gone in an instant. She cuddled closer to his side, draping the blanket half over her face. The hull fell quiet aside from their shallow breathing until Jo jolted, lifting the blanket, a fond smile spreading across her face. The kid had climbed up her legs, stumbling around before plopping down into the dip between their hips, leaning against the space where their sides met. Din glanced at their passenger one more time before looking down at the kid’s drooping ears and smiled, pulling Jo a little closer and let himself drift off.

Chapter 15 | Masterlist

Taglist: @littlemisspascal​ 

[the-blog-storm]

Smart Urban Sensing - Artificial Intelligence Sensor Technology

Smart Urban Sensing is a highly technological and innovative ‘Internet of Things’ / Artificial Intelligence Sensor technology provider within the Smart City, Market Town space & Retail sector. The business provides a complete ‘end to end’ IOT / AI hardware & software solution delivering historic location-based datasets and real time data to end user clients within the Retail, Transportation & Smart city / Town market.

Smart Urban Sensing is a cutting-edge Artificial Intelligence Sensor technology provider delivering critical elements required for a cities & towns. Big data and real time data analytics will be provided through our complete hardware, software and data platform solutions & have the capability of being fully integrated into various data analytical platforms.

Technologies like AI and IOT are currently in ‘’high’’ demand to combat the pandemic, with growing opportunities for crowd analytics, open data dashboards, and online city services. The need for complex and integrated city-wide solutions will drive and foster convergence in the Smart City market. Companies will actively partner and converge with other players in the smart city ecosystem to create and offer intelligent services. Convergence between product vendors and developers, networking companies and technical system integrators will create the smartest solutions in the market.

Smart Urban Sensing provides a wide range of Artificial Intelligence sensors and cloud-based software applications that collate, analyse and report on data collected.

Artificial Intelligence 3D Max

Smart Urban Sensing’s UK manufactured AI 3D Max is designed as a powerful next generation world leading all in one hardware sensor device that enables real time data and big data analytics to be generated in any environment.  Our highly advanced Internet of Things and Artificial Intelligent Sensors are designed with attention to detail to provide the most accurate, reliable, and cost-effective sensor the market has to offer. Furthermore, only materials of the highest grade are used to offer you a high quality and long-lasting system.

With Unparalleled Accuracy of up to 99.5 % even in environmentally challenging Smart Urban Sensing’s AI 3D Max has capabilities of performing both people counting and customer journey analyses within one AI Hardware device. We are the first in the world who combine people counter and Wi-Fi analytics into a single device. We are committed to continually maintain our market leading position, bringing a great deal of strategic foresight that our customers require.

Artificial Intelligence 3D APC

Smart Urban Sensing’s UK manufactured AI 3D APC is designed as a powerful next generation all in one Automatic Passenger Counter hardware sensor device with highly robust and vibration proof features allowing installations on transport such as buses, trams and trains. Our highly advanced Internet of Things and Artificial Intelligent Sensors are designed with attention to detail to provide the most accurate, reliable, and cost-effective sensor the market has to offer.

The AI 3D APC system delivers highly accurate real time Occupancy and GPS data, with fully Integratable capabilities of delivering high quality data into a fleet management transportation system. With added functionalities such as delivering real time occupancy data on Transportation Apps such as a BUS ETA Applications, only materials of the highest grade are used to offer a high quality and long-lasting system. With exceptional multi-functional features such as CCTV and a WiFi hotspot, the AI 3D APC device is a world leader.

Artificial Intelligence 3D Mini

Smart Urban Sensing’s UK-manufactured AI 3D Mini is designed as a smaller powerful next generation world leading all-in one hardware sensor device with highly advanced Anonymous ‘’Time of Flight’’ technology which enables real time data and big data analytics to be generated in any environment. Specifically designed for a cost-effective single door counting device with no worries about cabling or lighting, the AI 3D Mini is a precision engineered device delivering the highest accuracy in its smaller physical size.

The AI 3D Mini has enhanced world leading features making it suitable for low ceiling installations (1.9m) works in complete darkness and provides GDPR compliance utilising our GDPR-exempted sensors delivering unparalleled accuracy without capturing any video images fully protecting the user’s privacy.

Artificial Intelligence 3D Pro 2

Smart Urban Sensing’s UK manufactured AI 3D Pro 2 is designed as a powerful next generation world leading all in one ‘’splash proof’’ hardware sensor device with excelled precision in accuracy which enables real time data and big data analytics to be generated in any environment. Combining 3D stereoscopic image processing and Artificial Intelligent video analytics together with highly advanced tracking algorithms, the AI 3D Pro 2 is optimised to achieve up to 99.5 % accuracy even in environmentally challenging conditions.

The AI 3D Pro 2 is specifically designed to support low ceiling heights. Embedded with a powerful 1.2 GHZ Quad Core processor it is packed with world leading enhanced features which utilises depth, colour, and texture to identify a person providing superior accuracy in low light, complete darkness, indoors and high noise environments.

Artificial Intelligence 3D IOT Outdoor

Smart Urban Sensing’s UK manufacturing AI 3D IOT Outdoor device is a highly advanced AI & IOT next generation sensor, operating as a Low Power Edge Intelligent Device, it’s easy to install, maintain and integrate universally with servers and cloud-based platforms.  Uniquely designed for Artificial Intelligence, it can be deployed as a platform for Network Video Recorders, Smart Cameras, CCTV and IOT Gateways.

Exceptional features such as multi-stream video analytics, allows multiple video streams from multiple CCTV cameras to be processed in real time generating in depth data analytics. Object detection and classification is available for pedestrian detection, vehicles detection, pose estimation, area counting, profile and path tracking. With flexible options such as AI enhanced CCTV infrastructures or an all-in-one weatherproofed device, this is truly a market leading product.

Artificial Intelligence IOT Occupancy

Smart Urban Sensing’s UK manufactured AI 3D Occupancy is a powerful next generation all-in-one hardware sensor device that enables real time occupancy and big data analytics to be generated as reports or live on visual displays.  Our highly advanced IOT and AI sensors are designed with attention to detail to provide the most accurate, reliable, and cost-effective sensor on the market.

With Government Pandemic regulations met with the AI 3D Occupancy, the system delivers exceptional functionalities: Real time occupancy, Automated displays at the entrances, Staff Alert systems, Live Occupancy Widget displays in websites and is easy & fast to install. The AI 3D Occupancy comes as a complete package compromising of Hardware, Software, Customer facing live dashboard, Employee facing dashboard, Staff alerts, Occupancy and footfall reports.

Smart Air Quality Monitor

Smart Urban Sensing’s Smart AQ Monitor is an automated small-sensor air quality monitoring system for measuring outdoor and indoor air quality, offering real-time air quality data and analysis. Smart AQ Monitor measures key pollutants in ambient air using the best small sensor technology combined with proprietary data processing derived from extensive global comparisons with reference data.

The product combines a robust hardware platform with wireless power options and communication using the latest Long Term Evolution communications standard, cloud-based data processing and secure online access. Smart Urban Sensing Smart AQ Monitor is manufactured in the UK to an exceptionally high quality based on many years’ experiences of developing environmental monitoring equipment for harsh environments and challenging international standards.

V8 Analytics Manager

Smart Urban Sensing’s V8 Analytics Manager is a world leading Enterprise Class Software platform with cloud-based control panels to collect and manage data, visualise the data and business metrics with a comprehensive range of dashboards and reports. Our fully comprehensive and premium V8 Analytics software provides a range of software modules and helps businesses to make data driven decisions supported by in-depth business insights and metrics.

The V8 integrates data from our sensors and hardware devices to provide customisable workspaces for businesses to plan and set targets, real time dashboard for business actions and KPI reports to visualise, measure and review the performance based on data metrics available. With over 20 widgets & over 40 data metrics available, the custom report builder allows you to customise the dashboard & reports as required.

Smart Urban Sensing offers free consolations to businesses and governments and local authorities to help them access their options and recommend a suite of integrated solutions such as footfall counters, people counters, crowd management systems, occupancy counters, traffic management systems and air quality monitoring systems.

For more information see www.smarturbansensing.co.uk

[marketresearchtrendsblog]

Automotive eCall Market: Global Industry Analysis, Trends, Market Size, and Forecasts up to 2025

The report on the global automotive eCall market provides qualitative and quantitative analysis for the period from 2017 to 2025. The report predicts the global automotive eCall market to grow with a CAGR of 10.5% over the forecast period from 2019-2025. The study on automotive eCall market covers the analysis of the leading geographies such as North America, Europe, Asia-Pacific, and RoW for the period of 2017 to 2025. The report on automotive eCall market is a comprehensive study and presentation of drivers, restraints, opportunities, demand factors, market size, forecasts, and trends in the global automotive eCall market over the period of 2017 to 2025. Moreover, the report is a collective presentation of primary and secondary research findings.

Request to Fill The Form To get Sample Copy of This Report: https://www.sdki.jp/sample-request-104328 Porter's five forces model in the report provides insights into the competitive rivalry, supplier and buyer positions in the market and opportunities for the new entrants in the global automotive eCall market over the period of 2017 to 2025. Further, IGR-Growth Matrix gave in the report brings an insight into the investment areas that existing or new market players can consider. Report Findings 1) Drivers • Growing demand for safety features in automotive vehicles • An increasing number of regulatory measures for installation of the eCall system in automobiles 2) Restraints • The high cost of establishing a standalone eCall system infrastructure 3) Opportunities • Growing demand for advanced automotive safety systems from developing regions Research Methodology A) Primary Research Our primary research involves extensive interviews and analysis of the opinions provided by the primary respondents. The primary research starts with identifying and approaching the primary respondents, the primary respondents are approached include 1. Key Opinion Leaders associated with Infinium Global Research 2. Internal and External subject matter experts 3. Professionals and participants from the industry Our primary research respondents typically include 1. Executives working with leading companies in the market under review 2. Product/brand/marketing managers 3. CXO level executives 4. Regional/zonal/ country managers 5. Vice President level executives. B) Secondary Research Secondary research involves extensive exploring through the secondary sources of information available in both the public domain and paid sources. At Infinium Global Research, each research study is based on over 500 hours of secondary research accompanied by primary research. The information obtained through the secondary sources is validated through the crosscheck on various data sources. The secondary sources of the data typically include 1. Company reports and publications 2. Government/institutional publications 3. Trade and associations journals 4. Databases such as WTO, OECD, World Bank, and among others. 5. Websites and publications by research agencies Segment Covered The global automotive eCall market is segmented on the basis of type, and application. The Global Automotive eCall Market by Type • Automatic • Manual Button The Global Automotive eCall Market by Application • Passenger Vehicle • Commercial Vehicle Company Profiles The companies covered in the report include • Robert Bosch GmbH • Continental AG • Valeo S.A. • Aptiv PLC • Magneti Marelli S.p.A. • DENSO Corporation • Harman International Industries, Inc. • Telit Communications PLC • LG Electronics Inc. • Gemalto • Other Companies What does this report deliver? 1. Comprehensive analysis of the global as well as regional markets of the automotive eCall market. 2. Complete coverage of all the segments in the automotive eCall market to analyze the trends, developments in the global market and forecast of market size up to 2025. 3. Comprehensive analysis of the companies operating in the global automotive eCall market. The company profile includes analysis of product portfolio, revenue, SWOT analysis and latest developments of the company. 4. IGR-Growth Matrix presents an analysis of the product segments and geographies that market players should focus to invest, consolidate, expand and/or diversify.

The dynamic nature of business environment in the current global economy is raising the need amongst business professionals to update themselves with current situations in the market. To cater such needs, Shibuya Data Count provides market research reports to various business professionals across different industry verticals, such as healthcare & pharmaceutical, IT & telecom, chemicals and advanced materials, consumer goods & food, energy & power, manufacturing & construction, industrial automation & equipment and agriculture & allied activities amongst others.

For more information, please contact:

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Shibuya Data Count Email: sales@sdki.jp Tel: + 81 3 45720790

[industryuptodate]

Latest Research on Automatic Passenger Counting and Information System Market Size & Share 2021 Report Covering COVID-19 Impact Analysis and Forecast to 2027 | Know More

Syndicate Market Research (SMR) has just added a detailed analysis of the Global Automatic Passenger Counting and Information System Market. The report encompasses the current situation (2016-2020) and the development prospects (2021-2026) of the worldwide Automatic Passenger Counting and Information System market. The analysis report incorporates various topics like the entire market share, growth opportunities, size, challenges, technological changes, top market drivers, top players, etc. of the Automatic Passenger Counting and Information System market. To estimate the market size, the report scrutinizes 90-95% of the total addressable market (TAM) by the leading players across the distinct segments. The complete analysis of the top market players/manufacturers contained in the worldwide Automatic Passenger Counting and Information System market study report are Alstom, Cubic, Hitachi, Indra, Mitsubishi Electric, Siemens, Singapore Technologies Electronics, Teleste, Thales, Toshiba and so on...

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This report gives a point-by-point analysis of Global Automatic Passenger Counting and Information System markets from 2016-2018 and also delivers comprehensive market forecasts (2020-2026) by region/country and sectors. It includes the historical growth, volumes, costs and future prospects in the Automatic Passenger Counting and Information System market and additionally spreads out an investigation of the variables impacting the supply/demand for Automatic Passenger Counting and Information System, and the openings/challenges looked at by industry members.

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=> The most widely used application of the Automatic Passenger Counting and Information System market covered in this report are: Airway, Railway, Roadway

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[sparklytastemakerwitch]

How Does a Rectifier Work?

Rectifier, device that converts alternating electric current into direct current. It may be an electron tube (either a vacuum or a gaseous type), vibrator, solid-state device, or mechanical device. Direct current is necessary for the operation of many devices such as laptop computers, televisions, and certain power tools.

If only one polarity of an alternating current is used to produce a pulsating direct current, the process is called half-wave rectification. When both polarities are used, producing a continuous train of pulses, the process is called full-wave rectification.

You may wonder how power lines send electric currents across long distances for different purposes. And there are different "types" of electricity. The electricity that powers electric railway systems may not be appropriate for household appliances like phones and television sets. Rectifiers help by converting between these different types of electricity.

Bridge Rectifier and Rectifier Diode

AC DC rectifier lets you convert from alternating current (AC) to direct current (DC). AC is current that switches between flowing backwards and forwards at regular intervals while DC flows in a single direction. They generally rely on a bridge rectifier or a rectifier diode.

All rectifiers use P-N junctions, semiconductor devices that let electric current flow in only a single direction from the formation of p-type semiconductors with n-type semiconductors. The "p" side has an excess of holes (locations where there are no electrons) so it is positively charged. The "n" side is negatively charged with electrons in their outer shells.

Many circuits with this technology are built with a bridge rectifier. Bridge rectifiers convert AC to DC using its system of diodes made of a semiconductor material in either a half wave method that rectifiers one direction of the AC signal or a full wave method that rectifies both directions of the input AC.

Semiconductors are materials that let current flow because they're made of metals like gallium or metalloids like silicon that are contaminated with materials like phosphorous as a means of controlling current. You can use a bridge rectifier for different applications for a wide range of currents.

Bridge rectifiers also have the advantage of outputting more voltage and power than other rectifiers. Despite these benefits, bridge rectifiers suffer from having to use four diodes with the extra diodes compared to other rectifiers, causing a voltage drop that decreases the output voltage.

Silicon and Germanium Diodes

Scientists and engineers generally use silicon more frequently than germanium in creating diodes. Silicon p-n junctions work more effectively at higher temperatures than germanium ones. Silicon semiconductors let electric current flow more easily and can be created with lower costs.

These diodes take advantage of the p-n junction to convert AC to DC as a sort of electric "switch" that lets current flow in either the forward or reverse direction based on the p-n junction direction. Forward biased diodes let current continue to flow while reverse biased diodes block it. This is what causes silicon diodes to have a forward voltage of about 0.7 volts so that they only lets current flow if it's more than volts. For germanium diodes, the forward voltage is 0.3 volts.

The anode terminal of a battery, electrode or other voltage source where oxidization occurs in a circuit, supplies the the holes to the cathode of a diode in forming the p-n junction. In contrast, the cathode of a voltage source, where reduction occurs, provides the electrons that are sent to the anode of the diode.

Half Wave Rectifier Circuit

You can study how half wave rectifiers are connected in circuits to understand how they work. Half wave rectifiers switch between being forward biased and reverse biased based on the positive or negative half cycle of the input AC wave. It sends this signal to a load resistor such that the current flowing through the resistor is proportional to voltage.

You can measure the voltage across the load resistor as the supply voltage Vs, which is equal to the output DC voltage Vout. The resistance associated with this voltage also depends on the diode of the circuit itself. Then, the rectifier circuit switches to being reverse biased in which it takes the negative half cycle of the input AC signal. In this case, no current flows through the diode or the circuit and the output voltage drops to 0. The output current is, then, unidirectional.

Full wave rectifiers, in contrast, use the entire cycle (with positive and negative half cycles) of the input AC signal. The four diodes in a full wave rectifier circuit are arranged such that, when the AC signal input is positive, the current flows across the diode from D1 to the load resistance and back to the AC source through D2. When the AC signal is negative, the current takes the D3-load-D4 path instead. The load resistance also outputs the DC voltage from the full wave rectifier.

The average voltage value of a full wave rectifier is twice that of a half wave rectifier, and the root mean squared voltage, a method of measuring AC voltage, of a full wave rectifier is √2 times that of a half wave rectifier.

Rectifier Components and Applications

Most of the electronic appliances in your household use AC, but some devices like laptops convert this current to DC before using it. Most laptops use a type of Switched Mode Power Supply (SMPS) that lets the output DC voltage more power for the size, cost and weight of the adapter.

SMPS work using a rectifier, oscillator and filter that control pulse width modulation (a method of reducing the power of an electric signal), voltage and current. The oscillator is an AC signal source from which you can determine amplitude of current and the direction it flows. The laptop's AC adapter then uses this to connect to the AC power source and converts the high AC voltage to low DC voltage, a form it can use to power itself, during charging.

Some rectifier systems also use a smoothing circuit or capacitor that lets them output a constant voltage, instead of one that varies over time. The electrolytic capacitor of smoothing capacitors can achieve capacitances between 10 to thousands of microfarads (μF). More capacitance is necessary for greater input voltage.

Other rectifiers make use of transformers which alter voltage using four-layered semiconductors known as thyristors alongside diodes. A silicon-controlled rectifier, another name for a thyristor, uses a cathode and an anode separated by a gate and its four layers to create two p-n junctions arranged one on top of the other.

Uses of Rectifier Systems

The types of rectifier systems vary across applications in which you need to alter voltage or current. In addition to the applications already discussed, rectifiers find use in soldering equipment, electric welding, AM radio signals, pulse generators, voltage multipliers and power supply circuits.

Soldering irons that are used to connect parts of electric circuits together use half wave rectifiers for a single direction of the input AC. Electric welding techniques that use bridge rectifier circuits are ideal candidates for providing supply steady, polarized DC voltage.

AM radio, which modulates amplitude, can use half wave rectifiers to detect changes in electric signal input. Pulse generating circuits, which generate rectangular pulses for digital circuits use half wave rectifiers for changing the input signal.

Rectifiers in power supply circuits convert AC to DC from different power supplies. This is useful as DC is generally sent across long distances before it is converted to AC for household electricity and electronic devices. These technologies make great use of the bridge rectifier that can handle the change in voltage.

Electric vehicles have lots in common with gasoline-powered cars—room for four-plus passengers, range of several hundred miles, good safety—plus that one big difference: recharging with a plug at versus refueling from a pump. We’ve all pumped gas and know it’s a five- to 10-minute process; we suspect recharging takes longer and we know there are far fewer charging stations than the 125,000 U.S. public gas stations.

Here’s what you need to know about buying, installing and using the right EV charger. The more you know, the clearer it becomes that the unique aspects of EVs aren’t automatic disqualifiers.

Clearing Up the Range-Anxiety Misconception

With a gas-engine car, most owners drive until it’s low on fuel because gas stations are everywhere and gassing up is a quick stop. But empty-to-full charging is not what EV owners do most of the time. They top off every night or two, and as long as the car is charged in the morning, charging time doesn’t matter and range anxiety isn’t an issue for daily driving. Some use public charging, which means you do have to wait on the car. But 80% of charging is done at home, according to the JD Power U.S. Electric Vehicle Experience (EVX) Home Charging Study

Range and charging time may be less of an issue if an EV is the second car. If an EV is the only car, for long summer or holiday trip, owners can do what owners of compact gasoline-powered sedans may do: Rent a midsize or larger SUV for that two-week vacation. Or find a hotel with on-site charging.

For those who charge at home, you need to have the right charging equipment, and the proper electrical supply.

With EV charging, there isn’t a one-size-fits-all solution. Electric vehicles have different charging capabilities and requirements and every owner also has their own driving needs.

Here’s a look at key aspects of choosing the right charging equipment, installing it properly and best practices for using EV charging accessories at home.

Do You Need to Buy an EV Charger When One Comes Free?

Every electric car comes standard with a portable charger. (This thick cable that plugs into a wall outlet and the car counts as a charger.) However, every manufacturer provides a different unit, with varying levels of charging capabilities. In some cases, the same manufacturer provides different standard charging equipment depending on which of its EV offerings you purchase or lease.

EV charging connector types: what they are and how they compare

Moving to an EV from a petrol car is fairly straightforward. All the controls are in the same place, and the steering wheel hasn't changed into a large carrot or anything like that.

The thing that is different, however, is the fuel - and that means a new type of fueling connector. EV charging connector is broadly similar to a petrol hose - they're a pipe the electricity comes down - but there are three distinct types of charger, and they might need an adapter depending on what's fitted on your new electric car.

Those types are Rapid, which is the fastest. Fast, which is not the fastest. And Slow, which you probably get the idea about.

Mercedes EQC review: shows how good premium EVs can be

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Polestar 2 review: all-electric performance, powered by Google

Charging comes in either AC (for home chargers) or DC, and the amount of energy is measured in kilowatts.

Rapid chargers always have captive cables, so no need to bring your own, but the other kinds may require you to bridge the gap between charger and car yourself - your EV will come with a set of cables and adapters to do just this.

The market has yet to coalesce around one type of plug, and it can be quite complicated working out what goes where. We're here to help, and these are the most common connectors used on electric cars.

GB/T Charging Connectors

China, which has the world's largest electric car fleet, has its own charging connection. GB/T charging connectors again comes in AC and DC variants, the former with seven pins, and the latter with nine. Its plugs are circular, with a flattened edge, and larger than other types.

Type1 / CCS1 Conenctors

CCS, or combined charging system, is a beautifully elegant solution for fast DC charging. These are the original plugs, either Type 1 or Type 2, to which two more pins are added at the bottom. In the case of DC charging, these two lower pins participate in the charging itself and from the upper part only the communication pin and the earth conductor, which provides the reference point for the protection systems, are used. These connectors can withstand power of up to 350 kW.

It is currently the most popular type of DC connector. Type1 / CCS1 conenctors are common in the United States, while Type 2 CCS is used in Europe. The European Parliament's efforts to allow only CCS 2 and other plugs to be phased out of Europe have not been successful, but this standard is still winning, mainly because the car has only one socket. When using the CHAdeMO connector, the car must always have two sockets.

CCS are not compatible with CHAdeMO and GB / T charging stations because they use different communication protocolsa, so special adapters are needed and they are not easy to obtain.

[srilankapriceguide]

Toyota Aqua Price in Sri Lanka in 2021

What is the Toyota Aqua Price in Sri Lanka?

Are you looking for the Toyota Aqua price in Sri Lanka in 2021? You are in the right place. We are here to help.

Found the price range from Rs. 4,100,000 to Rs. 8,500,000. Most of the 2012-2015 models are going for Rs. 4.0-6 million where latest models like 2016 to 2018 are going for Rs. 6.5-8.5 million. Toyota aqua colors – Red/Black/Silver/White/Gray/Blue. The Toyota aqua is the second most sold hybrid vehicle by the Sri Lankan market.

The features of this car are:

1. it has an excellent braking system.

2. there is no noise while driving and smooth engine with a very low maintenance cost.

3. air conditioner, rear view mirror control on the steering wheel.

Is Toyota Aqua a reliable car?

Yes, it is reliable. It reached the mark of 100,000 kilometers without any problems. It’s engine and running are smooth and silent. No vibration and overheating problem. In fact, the maintenance cost of this car is very low.

what is the best grade of Toyota Aqua?

The best grade of Toyota aqua is the 2018 version. It’s price starts from Rs.6.7 million to 8.5 million.

How far can a Toyota Aqua go on a full tank?

Toyota Aqua reaches up to 400 kms on a single full tank (36 litres) depending upon the road and weather conditions.

How long does the Aqua battery last?

According to Toyota, the battery is likely to last the car’s lifetime.it will survive at least for 10 years or more than .

Why should you buy a Toyota Aqua in Sri lanka?

1. It’s the most sold hybrid vehicle in Sri Lanka .

2. No vibration when driving

3. Safety is well built

4. Low maintenance cost

5. Available in both petrol and diesel engine

6. Good after sales services

7. A good resale value

What are the benefits of having a Toyota Aqua in Sri Lanka for the best price?

You know that feeling, when you stepped into your Toyota Aqua and felt like you were floating on a cloud? How can we put it into words? The Toyota Aqua’s electronic stability control is the best on the market. With a simple flick from your turn signal, you can keep it steady and help you change lanes with ramp up brakes for added safety. Your family will stay safe no matter where their seats are located thanks to these high-tech features. 

With an airbag in every seat, the Toyota Aqua is designed to provide complete and total protection from the unexpected. From safety belts at every level to strategically-placed side airbags with headrests for your backseat passengers, you’ll feel glad you drove a quality vehicle that can both prevent injury and protect your car’s value if something unforeseen should happen.

The Toyota Aqua is a sleek car with budget-friendly gas mileage and a powerful brake system that will allow you to stop quickly in any traffic situation. For the safety of your passengers, you can count on the Aqua’s advanced sensors and automatic braking system which come standard on each model. So start driving with confidence!

What are the negatives of Toyota Aqua in Sri Lanka?

Aqua is a less interior space car You can’t adjust the seats nor you can lie down in this car. Both front and back row passengers will feel a little bit uncomfortable to sit comfortably for long journeys.

Another negative is small rear windows. It’s hard to see in your back seat from outside.

Are you happy with the Toyota Aqua price in Sri Lanka?

Are you happy with the Toyota Aqua price in Sri Lanka? If yes, then do share the article. If not please let me know through comments.

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