#ev charger for e-scooter

[electriva1]

EVs vary in power and charging speed. Charging is divided into Level 1, 2, and 3, with higher levels offering faster charging. Understanding these levels helps you choose the right charger.

[ladakhtourism]

The Future of E-Mobility

Introduction to E-Mobility

What is E-Mobility?

E-mobility, short for electric mobility, refers to the use of electric vehicles (EVs) and related infrastructure for transportation. This includes electric cars, buses, bikes, scooters, and any other vehicle powered by electricity rather than traditional internal combustion engines.

Why E-Mobility is the Future of Transportation

E-mobility represents a shift towards sustainable, low-emission transportation, driven by advances in technology and the urgent need to reduce carbon emissions. As the world grapples with climate change, the shift from fossil-fuel-powered vehicles to electric ones is becoming more critical than ever.

The Growth of E-Mobility in Recent Years

In recent years, the adoption of electric vehicles has skyrocketed. With more governments introducing incentives for EV buyers and automakers investing heavily in electric technology, the future of transportation is undeniably electric. The global e-mobility market is expected to grow exponentially, with millions of EVs on the road by 2030.

Key Technologies Driving E-Mobility

Electric Vehicles (EVs)

At the heart of e-mobility are electric vehicles. These vehicles run on electric motors powered by batteries, which produce zero emissions, making them a cleaner alternative to traditional vehicles.

Charging Infrastructure

Types of Charging Stations

To support the growing fleet of electric vehicles, various charging stations have been developed. These range from slow chargers, ideal for home use, to ultra-fast chargers, which can charge a car in under 30 minutes.

Smart Charging Systems

Smart charging systems allow for more efficient energy use by adjusting the charging speed based on grid demand. These systems are pivotal in ensuring that EVs don't overload the power grid during peak hours.

Battery Technologies

Lithium-ion Batteries

Lithium-ion batteries are the most common type used in electric vehicles today. They are lightweight, rechargeable, and offer a high energy density, making them ideal for powering EVs.

Solid-State Batteries

The future of battery technology lies in solid-state batteries, which promise to offer greater energy storage and safety compared to traditional lithium-ion batteries. They are seen as a game-changer for extending the range of electric vehicles.

Vehicle-to-Grid (V2G) Technology

V2G technology allows electric vehicles to not only draw power from the grid but also return stored energy back to the grid when needed. This bi-directional energy flow could transform how we manage energy during peak times and improve grid stability.

Environmental Impact of E-Mobility

Reduction in Carbon Emissions

One of the most significant benefits of e-mobility is the drastic reduction in carbon emissions. Unlike gasoline or diesel-powered vehicles, EVs produce zero tailpipe emissions, contributing to cleaner air and a healthier environment.

E-Mobility’s Role in Fighting Climate Change

The adoption of electric vehicles is a crucial component of global efforts to combat climate change. By reducing our dependence on fossil fuels, e-mobility helps lower greenhouse gas emissions, making it an essential part of the sustainable energy transition.

Challenges Facing E-Mobility

Charging Infrastructure Challenges

Despite the growth of charging networks, there are still significant challenges in building sufficient infrastructure to support the rising number of electric vehicles. Many regions lack the necessary charging stations, especially in rural areas.

Battery Production and Sustainability Issues

While EVs are environmentally friendly, the production of batteries is resource-intensive and has its own environmental footprint. Sourcing materials like lithium and cobalt can be harmful to the environment and workers if not managed responsibly.

Range Anxiety in Electric Vehicles

Range anxiety—the fear that an electric vehicle will run out of power before reaching a charging station—is one of the main concerns among potential EV buyers. However, advancements in battery technology and the expansion of charging networks are gradually alleviating this issue.

Government Policies and E-Mobility

Global Government Incentives for EV Adoption

Governments worldwide are offering incentives such as tax credits, rebates, and subsidies to encourage EV adoption. These policies aim to make electric vehicles more affordable and accessible to a broader audience.

Regulations Pushing for Zero-Emission Vehicles

Europe’s Green Deal

Europe is leading the charge with ambitious policies, including the European Green Deal, which aims to have zero emissions by 2050. This includes banning the sale of new gas-powered vehicles by 2035.

U.S. EV Tax Credits and Policies

In the U.S., the government is also stepping up its efforts with various tax credits for EV purchases and investments in charging infrastructure. States like California are implementing strict emission regulations, pushing the transition toward electric mobility.

E-Mobility in the Urban Environment

How Smart Cities are Embracing E-Mobility

Smart cities are at the forefront of the e-mobility revolution, integrating electric vehicles into urban planning. From EV-friendly public transportation systems to installing charging stations in strategic locations, cities are evolving to support electric transport.

The Role of Public Transport in E-Mobility

Public transport systems are increasingly incorporating electric buses and trains into their fleets. This shift reduces emissions and makes cities more livable by cutting down on noise and air pollution.

Future Innovations in E-Mobility

Autonomous Electric Vehicles

Autonomous driving technology is set to transform e-mobility by making electric vehicles self-driving. This combination promises safer, more efficient transport solutions in the future.

Wireless Charging for EVs

Wireless charging is an exciting innovation that could eliminate the need for plugging in vehicles. By embedding charging pads into roads or parking spaces, EVs can charge automatically when parked or even while driving.

Solar-Powered Vehicles

While still in the early stages of development, solar-powered electric vehicles could revolutionize transportation by reducing dependence on charging stations and fossil fuels altogether.

Artificial Intelligence in E-Mobility

AI is playing an increasingly vital role in optimizing the performance of electric vehicles, from improving battery efficiency to enabling self-driving capabilities.

For More tips & tricks Join NIDM

[kharido-ev]

5 Best Budget Electric Scooters in India

The Indian roads are crowded with electric vehicles, and leading this revolution starts with the best electric scooters that spell a new transition for urban mobility. The requirement for sustainable and pocket-friendly transport is seeing an upward rise in sales of EVs, therefore manufacturing electric scooters is no longer a craze but a reality for commuting. From sleek designs to long battery lives, the top electric scooter in India embody the future. Whether you're battling with traffic or gliding through town, KharidoEV has wide options in e-scooters that offer the perfect blend of performance and style for your rides.

If you're looking to buy an e-scooter, it’s essential to have an eye on the top e-scooters in the Indian market, comparing battery life, performance, and overall specifications.

 Let's have a look.

1. Ola S1 Pro

Ola Electric has emerged as a prominent contender in the top electric scooter in India. and the Ola S1 Pro is one of the most considered when the consumer decides to buy an e-scooter. This e-scooter is famous for its aerodynamic and somewhat sci-fi-like-looking body, the tremendous power of the motor, and the range of the e-scooter. The Ola S1 Pro can go only up to 115 km/h and with a single charge goes for 181 km; the scooter seems to be built for those who seek both style and power.

The e-scooter rides have several options from Easy Mode up to Hyper Mode, for those who want to go faster. It comes with a 3 extended warranty which in this case offers an additional warranty for the product for three years. Km with a 97 kWh battery and normally will take roughly 6.5 hours to be fully charged up. The Ola S1 Pro also has a touchscreen dashboard, GPS, and Bluetooth integration, thus is equipped with smart features.

Want to know more about the pricing? Click https://www.kharidoev.com/scooter/ola-s1-pro 

2. Ather 450X Gen 3

The Ather 450X Gen 3 is one of the market’s top electric scooter in India with state-of-art technology and highly enduring efficacy. Ather Energy is amongst the leading pure-play electric scooter manufacturers in India and 450X is their flagship product. Propelled by a 3.7 kWh lithium-ion battery the vehicle can drive up to 146 Km subject to test cycle conditions, with a maximum speed of 80 Km/h.

Ather 450X comes with a large 7-inch full-color digital dashboard with information regarding speed, range, and navigation among others. It also has a Reverse mode, and such aspects as Over-The-Air updates to make your scooter dumber over time. Ather Grid of fast chargers also comes in handy for the owners of the bike who may need a quick boost of charge to their battery.

3. TVS iQube Electric ST

Another reputed Brand in the Indian two-wheeler industry is TVS, which has appropriately introduced the most reliable electric two-wheeler model named TVS iQube Electric ST among all these competitors 3. The scooter has a speed of up to a maximum of 82 km/h and a detachable battery capacity of up to 145 km which makes it ideal to use while going for work each morning.

Some of the features that accompany the iQube ST are a TFT touchscreen display which can be used for navigation, Bluetooth, and incoming call functions. Its quiet, vibration-free operation and the support of a large service network of the sponsoring company TVS, make this scooter very attractive for those consumers, who need only the best and are ready to pay for it.

It has a 4-stroke engine that enables the scooter, nowadays scooters are powered by a 4-stroke engine to produce power for movement. The lithium-ion battery of about 56 kWh and roughly, it takes approximately 4. And so it is important to know that it will take approximately 5 hours to fully charge the unit with a standard charger. The Indian style of the TVS iQube Electric ST in combination with a well-coordinated mechanism makes it one of the leading scooters now.

4. Bajaj Chetak Electric

The new e-scooter called Bajaj Chetak Electric is a tribute to its namesake who was a mega best-seller in India of the 1980s and the 1990s. In the present time, the new Chetak is reshaped in the form of an electric scooter giving the aesthetics of the old scooter but comes jam-packed with modern electric scooter technologies. A 3 kWh lithium-ion battery drives it; this gives the e-scooter a range of 90-95 km on a full tank.

However, Chetak Electric is not as powerful as some competitors in this segment with the lower low-end torque, but the scooter is built very solid, has a great fit and finish, and provides a comfortable ride. It has a sturdy steel build and it has an Eco and sporting riding option. This scooter also has foot-operated regenerative brakes to assist in recharging the battery during a slow-down process.

5. Hero Electric Optima CX

If you looking to buy e-scooter that is pocket-friendly, the Hero Electric Optima CX can be considered an ideal scooter in this segment. Optima CX is one of the cheapest electric scooters in India, and while it doesn’t boast of high-end performance, it is not a bad purchase. Its top speed is up to 45 km/h and its traveling distance is approximately 82 km on one single charge.

However, the Optima CX doesn’t have the luxury features or the high speed of high-end models but this electric scooter offers rides within the city and or for short distances with durability and efficiency. It is powered by a 1. electric motor with 53 kWh battery power and a charging time of about 4-5 hours to full power. This has been made possible by its large base of dealers and service centers throughout India which is an attractive feature to consumers in tier-two cities and other lower-income areas. Conclusion

Still confused about what and where to buy? Don’t worry we are here at your service. KharidoEV is growing to be the top electric scooter in India.

KharidoEV has a wide variety of e-scooters. We have 1000+ happy customers and more than 500 experience testimonials. Our experts will help you pick the best electric scooters in India that suit your pocket. We provide the best offers from time to time. 

We are sure, you can have the best ride with us. Have any doubts about buying an e-scooter? Contact us at https://www.kharidoev.com/contact-us. 

[advaitsingh]

4 Incredible Benefits of Owning an Electric Scooter in India

Electric scooters have a lightweight and agile body structure, which makes them ideal for navigating densely populated streets - a common occurrence in Indian cities. Their simple twist-and-go operation makes them a perfect choice for all riders. Additionally, electric scooters come with portable chargers that offer riders more flexibility and convenience in charging their e-scooters, particularly during long rides. To add to the convenience, modern electric scooters now boast tech-forward features. One of the top contenders, TVS EV scooter price is a tech-smart offering available at a cost-effective price.

[martin-cambell]

TVS X Electric Scooter – Discover Price, Features, Specs, Comparison & More

In the ever-evolving landscape of electric vehicles (EVs), the TVS X electric scooter has emerged as a trailblazer, pushing the boundaries of design and technology. With its radical aesthetics and a promise of a unique riding experience, the TVS X stands out among the new players entering the market.

Powertrain, Battery, and Charging Dynamics

The TVS X distinguishes itself in the power department with a remarkable continuous power output and robust torque figures. Despite its second-largest battery among rivals, it claims a surprising but powerful 40Nm torque. A glance at the comparison table with its closest competitors – Ola S1 Pro Gen 2 and Ather 450X – reveals its prowess.

What sets the TVS X apart is its charging efficiency, boasting the fastest charging times in the segment. Equipped with a powerful 3kW fast charger, it can charge to 50 percent in just 50 minutes. However, it's worth noting that this rapid charging capability comes as an optional addition, incurring an additional cost.

Dimensions and Underlying Structure

Beyond power and charging, the TVS X shines with its distinctive dimensions and structural elements. Weighing in at 134 kg, it claims the title of the heaviest e-scooter, tied with the Simple One, but its short wheelbase promises a sporty handling experience.

With a low seat height of 770mm and a split-seat setup, the TVS X offers a comfortable and stylish riding posture. However, its underseat storage is limited due to its unique twin-spar frame.

Comparing these dimensions with rivals, the TVS X maintains a competitive edge in wheelbase, seat height, ground clearance, and weight, promising a well-balanced and comfortable ride.

Notable Features

Tech enthusiasts will find the TVS X intriguing with its 10.25-inch touchscreen color TFT dash, Bluetooth compatibility, and unique features like reverse assist, hill-hold capabilities, and single-channel ABS. The inclusion of RAM air-cooling technology and three distinct riding modes adds to its appeal.

Cost Analysis and Final Verdict

Positioned as a premium offering with a price tag of Rs 2.50 lakh, the TVS X justifies its cost with advanced features and cutting-edge technology. While its pricing might be on the higher side, the TVS X stands as a testament to innovation and excitement in the realm of electrified transportation.

In conclusion, the TVS X electric scooter is a remarkable entry in the growing market of e-scooters, presenting a unique blend of distinctive features, innovative technology, and a bold design. As electric vehicles continue to reshape the automotive industry, the TVS X sets a precedent for the kind of innovation and excitement that lies ahead.

To read more, click here.

Explore the newest electric vehicles, get the latest EV updates & a lot more on SearchEV.

[danimotor]

How can you maximize the life of your EV's battery?

When it comes to battery preservation, you should always adhere to the manufacturer's instructions. At Dani Motor, the best electric scooter showroom in Kolkata, we make sure that our clients are constantly aware of the status of the batteries in their electric bikes. To maximize the battery life of your electric scooter, keep the following in mind.

Here are some battery safety precautions for your electric bike:

1. First, only charge your electric scooter when conditions are ideal.

Many riders hurry to plug in their electric bikes after a long ride when the battery is already warm. Running a motor or charging a battery while they're still warm is not a smart idea. Never charge your automobile until it has cooled down.

While it is charging, you should keep your electric bike away from any chemicals or combustible items. You should look for a cool, dry, and clean area to charge your electric scooter in Kolkata if you want to get the most out of the experience.

2. Avoid packing in too much.

Each e-scooter manufacturer establishes a maximum load for their device based on experiments before recommending a weight restriction. The load capacity of an electric scooter typically ranges from 100 to 200 kilograms (kg), however, this might change depending on the type. Avoid overtaxing the battery when using an electric bike or scooter. When an automobile is fully loaded, the added weight strains the tires and batteries.

3. Avoid varying your rate of acceleration.

The raw power of a gas-powered bike is incomparable to that of an electric bike or vehicle. In India, a small amount of accelerator pressure is all that is required to move an e-bike. Therefore, you shouldn't accelerate quickly or vigorously when driving because doing so would put an imbalanced burden on the batteries. Settle at the top speed recommended in the owner's handbook.

4. Reach and maintain ideal tire pressure

If you want your tires and battery packs to survive as long as possible, proper tire inflation is a necessity. On the other hand, inadequate tire inflation might result in battery tension variations and undue wear and tear. Tires with excessive or inadequate air pressure raise rolling resistance, which harms the batteries in your electric scooter.

5. Adopt a consumption-based pricing strategy.

The normal range of an electric scooter is around 50 kilometers. Short-distance daily travelers (10–20 km) should charge their cars once every two days. Remember that if your batteries still have more than a third of their capacity, you may go without charging them every day.

A Word of Advice:

Employees of Dani Motor, a leading electric scooter showroom in Kolkata, claim that we have always provided our clients with guidance on how to safely utilize and conserve batteries ever since the public became aware of fire-related tragedies. Remember that every charger has a unique set of characteristics, just like every battery. You must be aware of the type of battery your scooter requires because the voltage and current of each power adapter vary.

The battery may be impacted by any modifications made to the charger's settings. Always use the recommended charger as directed by the manufacturer. If you use a different or subpar charger, the battery might sustain serious harm since it could overheat and potentially compromise the cell's health.

In summary

Batteries, which are comparable to the motherboard connecting the more expensive microcontrollers and motors, are largely relied upon by electric scooters. Your electric scooter in Kolkata will operate as effectively as possible if your battery packs are in good condition. However, several other factors, such as high temperatures and hazardous driving conditions, are also to blame and can have an impact on battery performance.

[manufacturerlithiumbattery]

Lithium-ion Batteries in India

In a world where the use of lithium-ion batteries in India is rapidly growing, lithium chargers are also integral to the system. They are required to charge the lithium batteries safely to protect their lifespan, also known as EV chargers. However, the question is raised in everyone's mind can we charge lithium batteries with an unofficial charger? The answer is yes. You can charge your lithium battery with the help of an unofficial charger.

Future Hi-Tech Batteries, based in India, has been among the best lithium battery manufacturers for over two decades. They offer two types of lithium chargers, the Li-ion and LFP; both provide onboard mounting in the vehicle. The charger uses NCM chemistry and has many protection features, including an active cooling fan and compatibility with CAN BUS. The charger is best for charging e-rickshaw, e-scooters, e-bicycles & e-four-wheelers.

[melssblog]

The Indian Electric Vehicle Market

The shift to Electric Vehicles (EVs) is happening world-wide - and is moving rapidly in India too. The purchasing power of India’s burgeoning middle class is increasing, and more people are investing in vehicles. With the increasing cost of fossil-fuels in India, the need for EVs is acute here. However, the scarcity of lithium reserves made the Indian market dependent on other countries to charge the EVs, especially China which has control over 80% of the world’s lithium reserves. The ‘Atmanirbhar Bharat’ resolve of the government is pushing research on alternate means of charging EVs. The world is moving away from China in the wake of the COVID pandemic and is looking at India as a global manufacturing hub for EVs, riding on the already existing ecosystem of vehicle manufacture here.

Why EVs?

The major advantage of any EV is the ability to regenerate power, which is very useful in any urban environment which involves frequent braking and acceleration. With fewer moving parts EVs need less maintenance and lower operational costs. With no gears, combustion and mechanical drivetrains they are more convenient to operate. Home charging along with government incentives to EV owners such as Income Tax Deduction claim up to INR 150000 make purchasing an EV a wise decision. Besides, zero emission ensures minimal adverse impact on our health. Already, the number of EVs sold has witnessed quantum jumps, year-on-year since 2016.

The Charging Technology

Economic alternatives to the Li-ion charging have been developed and are ready for commercial use, such as Sodium-ion charging or Aluminium-air technology with abundant reserves available in India. With an impressive cost of manufacture in India, many multinational companies have either started or tied up with Indian companies to manufacture this alternative. Many automobile majors in India have already entered into agreements for use of these alternative charging mechanisms.

Incentivising the manufacture of EVs

In a healthy ecosystem, each state in India is wooing investment in the EV sector with various incentives. The world’s largest Electric Scooter manufacturing facility, OLA. is coming up in Tamil Nadu, and another Electric Scooter brand, Ather, has already started manufacturing here. Major heavy vehicle manufacturers (buses and lorries) are betting big with many state governments shifting their public transport to EVs already.

EV manufacturers, Tata Motors and Mahindra have tied up with an Aluminium-air charger manufacturer to power their EVs. The world’s largest manufacturer of Sodium-ion technology, Faradion, has set up base in India and should start production soon to offer an economic alternative to charge EVs. Major vehicle brands in India – Tata Motors, Hyundai, MG and Mahindra are already offering a line of EVs, and other brands will follow suit.  With the expected entirety of vehicle manufacture in India shifting to EVs, the price of EVs will also be attractive as an alternative to fossil-fuelled vehicles. The abundant availability of chargers will make the charging process easy and smooth.

The Infrastructure to Support

The roadmap to EVs as a viable alternative depends on the charging infrastructure available.

“The government is pushing deployment of EV charging stations by providing capital subsidy through Faster Adoption and Manufacturing of Electric Vehicles in India (FAME) India Scheme Phase II and state level initiatives. Further, the government has delicensed the activity of setting up EV charging stations to increase private sector investments and facilitate market adoption” – Bureau of Energy Efficiency, Government of India, Ministry of Power (https://beeindia.gov.in/content/e-mobility).

Under Phase I of FAME India Scheme, 970 charging stations have been installed, and 2877 more EV charging stations across 25 States/UTs have been sanctioned under Phase II. In a big push for the EV sector, the government shared plans to set up at least one EV charging kiosk at each of the 69000 petrol pumps across the country.

No wonder that the Indian Electric Vehicle Market is poised for growth, and many EVs (cars, scooters, 3-wheeled autos, and heavy vehicles such as lorries and buses – many state bus fleets have already completely shifted to EVs) are already on the roads today. Although the sales figures till today leave much scope for growth, the traction the industry is observing today promises phenomenal growth in the coming years.

MELSS provides many electric vehicle test solutions, and has been keeping pace with the fast technology changes in the EV charging space, and brings you an exhaustive range of testing machines from Chroma ATE to test the chargers of EVs. We offer solutions catering to various standards, from AC/DC/CHAdeMO to CCS.

Author: https://www.melss.com/

[paybloxglobal]

Smart Charging Pile

PayBlox is the cutting-edge provider of smart charger. Our IoT-based charging solutions support utility, automotive, and business programs worldwide. PayBlox's smart EV charging allows you to monitor, manage, and restrict the use of charging stations remotely to get real-time insights and track energy usage.

Types of Smart Charging Pile

Smart EV Charger：PayBlox help you formulate the most suitable EV charging solution.

Smart E-bike Charger：Smart Charger Significantly Increases E-Bike Battery Lifetime.

Other Smart Chargers：Smart Fast Charger can provide suitable solutions according to customer business needs.

Smart EV Charger

PayBlox is the cutting-edge provider of smart electric vehicle charging stations. Our IoT-based charging solutions support utility, automotive, and business programs worldwide.

Smart E-bike Charger

PayBlox E-bike/e-scooter smart charge station is applicable mainly as the emergency fast charging, it's suitable to use in the street stores, shopping mall, hospital, bus and train station and etc...

Other Smart Chargers

PayBlox smart chargers are also suitable for parking lot charging systems, self-service power bank, self-service phone chargers, etc.

Why Do You Need A Smart Charging Pile?



Manage energy efficiently

Smart EV Charging Payment Solutions isn't just another fancy technology we like to brag about. Smart fast charger will power the world of tomorrow.

Smart fast charger offers significant advantages to the entire charging ecosystem. Smart fast charger optimizes and stabilizes the flow of energy within the grid, while ensuring more reliable service and quality power.

With widespread adoption of smart chargers, this means EVs will be used to store energy, balance the grid, lower prices for end users and reduce carbon emissions. At the same time, smart charging means you can intelligently manage how your EV is charged by connecting it to the grid.

How to Choose Your Smart Charging Pile?

Choose Your Smart Charging Pile, the following aspects need to be considered

1. Speed: How fast do you want to charge?

All level 2 smart chargers use 240V, but the charging speed will vary depending on the amperage or current of the smart charger. Your need for speed will vary based on your EV range, your commute, and how you drive. Most electric vehicles can absorb about 32 amps of current and charge at about 25 miles per hour, so 32-amp charging stations are a good choice for many vehicles.

2. Supply: How much space do you have on your switchboard?

As mentioned, all Level 2 smart chargers require a 240V electrical connection. You'll need to choose a smart car charger with the right amperage or current level for your car and the amount of power available.

3. Smart features: What else can the charger do?

Getting the right smart car charger is one thing. Actually using it can be another one. Some WiFi-enabled "smart" EV chargers connect to apps to manage charging, set schedules, and get convenient charging reminders. If you're a data geek or just want to know exactly how much you're spending on charging, apps can also help you track charging costs and miles traveled in one place without any extra effort.

[tenomasa]

ONLINE E-BIKE CHARGER E-RICKSHAW CHARGER EV CHARGER

ELECTRIC SCOOTER CHARGER FOR HERO ELECTRIC

OYAA IS INDIA'S FIRST MULTI-BRANDED ONLINE E-COMMERCE STORE OF EV CHARGERS, ELECTRIC SCOOTER CHARGER, E-RICKSHAW CHARGER, ELECTRIC CAR CHARGER, AND LITHIUM BATTERY. YOU CAN PURCHASE ONLINE DIRECTLY FROM THE OYAA EV STORE. WE HAVE ALL BRANDS LIKE AMPTEK, IPOWER, EVCHARZ, AXIOM, UTL, ASTAR, HERO ELECTRIC, OKINAWA E-BIKE CHARGERS. 48V CHARGER, 60V CHARGER, 54.6V CHARGER,72V CHARGER AT OYAA EV CHARGING STORE.

[electriva1]

https://writeupcafe.com/the-future-is-electric-charge-up-your-world-with-convenient-ev-stations/?utm_content=cmp-true

Since electric vehicles run on electric charge, the cars require a different charging station. The old fuel and gas stations are no longer helpful. The new-age EV charging stations are sophisticated and IoT-driven, which makes them ace, fast, and convenient. New EV charging stations like the EV charging station in Lajpat Nagar cater to the requirements of multiple drivers simultaneously. Several charging points help to charge the vehicles. Hence, you can find many cars getting charged up when you visit these EV stations.

[fujiyamaev]

Which Company Electric Two Wheeler is Best?

Searching for the best two-wheeler company in Delhi?

Hope this article may help you.

In the present developing world, we are stepping into a new generation of EVs. 4-5 companies are open daily; therefore, selecting a good one is difficult.

We are focusing on establishing the Fujiyama to be no one electric scooter in Delhi or the global presence, as EVs are getting popular as they are free of Tension, Licence, Registration, and Pollution, but in addition to all this, our company is getting you amused with-

# New Designs

Fujiyama EVs come with styling swag that makes your ride more enjoyable as they play the job of eye candy to pedestrians very well.

# Unique Additions to an EV

# Detachable Battery

This not only saves time but also saves the extra work of finding a charging station. Therefore we offer you easily detachable batteries in our scooters

#USB port for charging

Smartphones are part of our daily life, and we offer you chargers to charge them on the way.

# Loading capacity

 We offer you good Torque and power, enabling you to load a pillion behind and still move easily.

# Gear Transmission

We offer you three gear transmission and a reverse gear in our scooters, like Vesper and others.

# Unique Alloys with Tubeless Tyres 

We offer you our two-wheelers with well-designed alloys and the advantages of tubeless tires.

# A Free Hand Ride

Fujiyama Two-wheelers always keep on making their scooters wheeler company. Therefore, it offers with you

#Warranty

It is good to check for a warranty before buying any product because without it, and you may face half of the amount again investing in the same product; therefore, Fujiyama offers you a battery and motor warranty.

#Charging Time

As we all know, it is a major disadvantage for EVs that they take a long time to get charged, and we have to postpone the journey, but Fujiyama promises you that you don’t have to wait that long as we offer a short charging time with great Range.

# Good Braking System

Keeping your safety in mind, we offer you the scooter with the plus points of E-abs and Disc-Drum Brakes.

#Power 

Our Scooters are the machines of Design with Power which offers a great peak power capability enabling you to easily climb the slopes of greater than 20 degrees with enough loads.

#Advance techs

Our scooters come with Advance techs like 

#Water Resistance 

As everyone knows that electronic items hate water, we offer you EVs that can bear water up to some extent.

To work for icing on this cake,

These all features come with the prestigious brand “Fujiyama.”

As spoken earlier, 4-5 brands are opening every day therefore we need a brand which has future proof so that we don’t have to run here and there for maintenance problems if the establishment closes,

Our company is running a current 15000 sq ft industry with latest machines

Investing over 150 crores in Rajasthan for a bigger one

Promising you a long-term relationship with us.

Also, you can book a test ride as checking the build quality and experiencing the Torque is only possible after that.

[cosbikeelectricscooters]

The future of transportation is approaching a turning point as now people are switching to EVs as they are the solution for increased fuel prices and environmental issues. The EV industry needs to cover a long distance to gain momentum. With Indian firms entering into the field of EV production processes, it appears that electric vehicles will gain popularity in the coming years and the increasing industrial involvement of businesses is proof of this. Why has EV uptake been so slow? EV growth has been recorded low in the recent years at around 0.8 percent, notwithstanding the debut of devices by existing OEMs (Original Equipment Manufacturers) and younger entrants. Two-wheelers, three-wheelers, and four-wheelers account for 17 percent, 79 percent, and 4 percent of total EVs in India. Dimensions to examine the shortcomings. 1. Insufficient Product Development One of several main reasons for the slow production of electric vehicles is the lack of developmental facilities. Most businesses have failed to highlight the utilization of EVs. The other reason for Ev's failed success is that EVs have failed to prove the facts stated by EV companies about the usability of their products. The absence of battery storage and lack of production facilities is why EV industries haven't gained that much momentum yet. Nevertheless, although it is one of the variables influencing EV adoption, the cost is not an essential factor. 2. Budgetary constraints As compared to combustion engine cars, EVs are marketed at a 20% and 50% markup for two-wheelers and four-wheelers. This initial cost is unfavourable to Indian buyers who'd rather have a less expensive IC automobile. The price differential grows in tandem with the vehicle's capacity. Poor infrastructure for recharging and switching The fact that there are some infrastructural issues present is not surprising. In India, we have about 2,000 public fast chargers to charge around 6 million EVs. The lack of charging facilities is making the usage impossible and due to this a severe infrastructural backlog has developed due to a lack of cell and charging standardisation, as well as the high capital cost of establishing recharging or exchanging facilities. Is there a positive outlook? Ola Electric delivered e-scooters valued at 11,000 crore rupees in India just two days after their sales started in September 2021. This corresponds to around 85,000 e-scooters sold at a cost of around 1.3 lakh per vehicle. When compared to the overall types of electric cars on the road, which is around six million, this is a significant figure for just a couple of days' worth of sales— indicating a change in customer behaviour and a growing preference for electric cars. The potential of electromobility is here, with traditional businesses catching up and innovative entrepreneurs emerging, opening the door for a slew of new technologies. The time has come for the ecological community to join on board with electric vehicles to accelerate their broad acceptance. Advancement in research and development will be more important than establishing recharging and exchanging facilities. In conclusion Although four-wheelers have had some ground to make up to do in respect of initial pricing and cost of production, two-wheelers will be the catalyst for mass acceptance. Although there are obstacles in terms of infrastructure and consumption, the potential of electromobility in India is bright, and it is promising a more integrated, ecological, and sophisticated transportation environment.

Glad to see you here!!

Test RideFeel the power of e-scooters at your nearest dealer, today!BOOK A TEST RIDE

[pantomathfinancialservices]

ELECTRIC VEHICLE CHARGING INFRASTRUCTURE IN INDIA

The transition to electric mobility is a promising global strategy for decarbonizing the transport sector. India is among a handful of countries that support the global EV30@30 campaign, which targets to have at least 30% new vehicle sales be electric by 2030.

An accessible and robust network of electric vehicle (EV) charging infrastructure is an essential prerequisite to achieving this ambitious transition. The Government of India has instituted various enabling policies to promote the development of the charging infrastructure network. However, given the novel characteristics of this new infrastructure type, there is a need to customize it to the unique Indian transport ecosystem and build capacity among stakeholders to support its on-ground expansion. 

In India, transport electrification over the next decade is expected to be driven by light electric vehicles (LEVs), comprising two-wheelers (scooters, motorcycles) and three-wheelers (passenger and cargo). Apart from these, cars and light commercial vehicles (LCVs) are the other key vehicle segments being electrified

EV charging requirements depend on the specifications of EV batteries, as power must be supplied to the battery at the right voltage and current levels to permit charging. Typical capacity and voltage of EV batteries vary among the different EV segments, as shown in Table 1. E-2Ws and e-3Ws are powered by low-voltage batteries. The first generation of e-cars is also powered by low voltage batteries. However, these are likely to be phased out in the future, even if they continue in specific use cases such as taxis. The second generation of e-cars, as seen in the upcoming e-car models, is powered by high-voltage batteries. Electric LCVs will comprise of both low-voltage and high-voltage vehicles, depending on their load-carrying capacity.

Pantomath Capital has been the early identifier of the EV charging infrastructure needed for growth potential of the overall EV industry. Pantomath has been able to build a large network of strategic and financial investors looking for investments in the EV charging industry.

In First Half of 2021, Pantomath capital helped raise pre series A and Series A funds for HPCL & Shell backed Magenta EV Solutions Pvt Ltd; integrated Electric Vehicle (EV) charging solutions company.

An efficient rollout of EV charging infrastructure for a young EV market needs to focus more on increasing the number of accessible charging points. The distributed provision of many normal power charging points, supplemented by a small share of high-power charging stations, can ensure that EV charging needs are efficiently met.

In Nov 2021, Pantomath Capital acted as a sole Investment banker and Financial advisor to Hyderabad based  Axiom Group which is engaged in the Electric Vehicle powertrain components manufacturing company which raised growth capital from International Investors. 

Estimates by the Federation of Indian Chambers of Commerce & Industry suggest India will need more than 400,000 charging stations for the 2 million-plus electric vehicles that could be on its roads by 2026.  As of Dec’21, there were only 1,028 public electric vehicle (EV) chargers installed throughout the country leaving huge growth potential for the EV charging Industry in India.

Tags:- pantomath nse, pantomath nse news, pantomath nse india

[rise2ride]

Ather aims for 500 fast-charging stations by March 2022 Ather Energy has already delivered some rather impressive products in the EV space like the 450 Plus and 450X e-scooters. It is now in the process of backing up these scooters with a strong charging infrastructure. It currently has 200 fast-charging stations across 24 cities under its Ather Grid network. These fast-chargers are free-to-use for Ather customers until December this year. But the brand aims to grow the Ather Grid network to 500 stations by the end of the financial year. To do this, it is rapidly rolling out charging stations at community locations such as malls, cafes, gyms, etc and has tied up with companies like VR Mall, Coffee Day, Little Italy and Blue Tokai, to name a few. __________________________________ #ather #ather450x #atherscooter #escooter #Rise2Ridedotcom #rise2ride #Rise2Ride #risetworide #autonewsoninsta #autoexpert #Autotak #autonewsbyRise2Ride #bikedekho #bikersnews #bikersnewz https://www.instagram.com/p/CUX2eQHjYOr/?utm_medium=tumblr

[architectnews]

K:Port Mobility Hubs, London + Portishead

K:Port Mobility Hubs, London and Portishead News, New British Building, England

K:Port Mobility Hubs in London and Portishead

13 September 2021

Design: Hewitt Studios

Hewitt Studios LLP – K:Port® Mobility Hub | Enabling the Sustainable Electrification of Transport

K:Port Mobility Hubs in UK

Award-winning architect Hewitt Studios LLP unveils the first of its pioneering K:Port® Mobility Hubs in London and Portishead, which have been designed to inspire and enable the sustainable electrification of transport.

K:Port® is a low-carbon, multi-modal transport solution designed to democratise e-mobility and inspire behavioural change within the communities it serves. Unlike established and familiar solutions it allows deployment in prominent and sensitive locations, with minimal environmental impact and a secure & flexible long-term legacy.

K:Port Woolwich, London, England:

K:Port® represents a fresh approach to e-mobility and a declaration of the ‘art of the possible’. Hewitt Studios’ intention is that this attractive, front-of house mobility hub offer will, with a clear focus on well-being, health and sustainability, help to motive consumer changes in behaviour.

Concept Hewitt Studios’ concept for K:Port® derives from the Japanese notion of “Komorebi”; the dappled light which occurs when sunlight shines through the leaves of a tree. The essence of the tree is apparent throughout the K:Port®, from the form of the canopy itself and the timbers which make up its structure, to the collection and use of rainwater and sunlight via the solar PV surface – this is photosynthetic architecture!

K:Port Portishead, North Somerset:

Sustainability K:Port® has sustainability at its core. It is resource efficient, with a carbon-sequestering, responsibly sourced timber structure and options for rainwater harvesting, sustainable drainage and net-gain biodiversity. It is energy efficient, with integrated energy generation from the Solar PV canopy and can be upgraded with battery storage and smart charging. K:Port® can also be Smart City enabled with smart sensors, energy monitoring and energy aggregation functionality.

K:Port in Woolwich, south London:

User Experience K:Port® is designed to be easy, enjoyable and safe to use. The high-quality environment can be made available 24/7 via the incorporation of integrated LED lighting, CCTV and motion sensing / EV bay detection. It provides sheltered charging for EVs, e-bikes and e-scooters, keeping equipment dry and cool. Spaces are fully accessible in accordance with Part M and charge points are protected in line with IET guidelines.

Procurement and Legacy K:Port® is capable of rapid implementation, with an established supply chain ready to deliver modular, prefabricated components on site to be constructed in 2-3 weeks. Hewitt Studios have a developed kit of parts available to fit any site, with significant economies of scale to be achieved for large role outs. K:Port® is cheap and easy to maintain and at the end of its life, the timber frame has been designed to be re-locatable (to another site), re-usable (as a building frame) and / or disposable (as biomass fuel), ensuring a long-term sustainable legacy.

K:Port in Portishead, Somerset, England:

First Projects A two ‘tree’ K:Port® has been recently been completed for Transport for London, in partnership with ESB Energy and Siemens Mobility, located adjacent to the Woolwich Ferry Terminal at Glass Yard. This provides eight 50kw rapid chargers (upgradable to 125kw), battery storage and smart energy management, as well as multi-modal travel connections to cycle route and river crossing. An integrated rain garden and sustainable drainage system enhances the site’s flood resilience.

A single ‘tree’ K:Port® has also been installed at a prominent site at Parish Wharf in Portishead Marina. It has been delivered for North Somerset Council and the West of England Combined Authority as part of the Revive Network. It was funded by the Office of Zero Emissions vehicles via Go Ultra Low West. Initially, two 50kW rapid chargers will serve the four charging bays, with more capacity to be added in the future as demand dictates.

Hewitt Studios will be on Stand C4-110 at the Cenex-LCV event | 22nd-23rd September. Contact: www.hewittstudios.co.uk paul@hewittstudios.co.uk, 07590 399732

Electrical Charging Stations

Electrical Charging Station Building Designs – selection on e-architect:

Electrical Charging Stations, Gothenburg, Sweden Design: Kjellgren Kaminsky Architecture (KKA) image from architect Electrical Charging Stations Gothenburg

E.ON Ultra-fast Charging Stations Design: Graft image courtesy of architects firm E.ON Ultra-fast Charging Stations

Ultra Fast Charging Stations Design, Fredericia, Jutland, western Denmark Design: COBE image from architect practice Ultra Fast Charging Stations by COBE

English Architecture

English Architecture Designs – chronological list

British Houses

Black House, Kent, South East England Architect: AR Design Studio image courtesy of architects Black House in Kent

A House for Essex, Essex, South East England Design: FAT Architecture and Grayson Perry photograph : Jack Hobhouse A House for Essex

Balancing Barn, Suffolk, South East England Design: MVRDV photo : Living Architecture Balancing Barn Suffolk

Comments / photos for the English Planning System Reform Comment – New British Homes page welcome

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