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HOW IS THE IOT DASHBOARD USED IN TRANSPORTATION?

What is the Internet of Things?

The term “IoT” refers to a system in which commonplace everyday objects are linked to one another over the internet and are able to exchange data with one another. IoT is the system where operations can be integrated, and information can be conveyed and acted upon in real time. As technology gets smarter and the transportation industry continues to facilitate new technologies into their system, with more devices, objects and vehicles can communicate with each other in real-time by exchanging data and working efficiently. Some of the current IoT applications in logistics and transportation are listed below.

IoT based traffic management system

To solve traffic control problems in the real-time , a smart traffic monitoring system is required and IoT plays an important role in it. This IoT based traffic management system is very useful in controlling traffic more effectively and so road traffic, infrastructure, vehicles, street lights, pedestrians can be managed in a better way. 5G, 4G wireless connectivity is the backbone of this system. Following are the technologies required for an IoT based traffic management system-

Communication

For short range communication, mostly radio frequencies UHF (Ultra High Frequency) and VHF (Very High Frequency) are used. Similarly, a global system for communication using mobile phones is done using GSM or 3G.

Video-vehicle detection system

Video cameras situated in different parts of the road feed videos into processors that identify changing characteristics of the passing vehicles. This information is constantly monitored and decrypted, which allows the operator to process and the output comes to be the vehicle speed, lane occupancy, wrong-way vehicle alarm, etc.

Sensing System

Sophisticated sensors are placed in and around the roads to detect the speed, length and class of the vehicle even from a distance. Inductive loops are placed on the road to detect vehicles through magnetic loops. These sensors can work on both high and low speed vehicles and the magnetic sensor technology can even reveal the number-plate, which can help in catching criminals.

GPS Monitoring

GPS, smartphones and sensors are used to detect the traffic speed, density and road blockages.

Dynamic Traffic Light

RFID sensors are used to maintain a dynamic traffic light sequence, in addition, a proper algorithm with the database can help the RFID work easily to detect real-time data from each lane.

Smart cars

Smart transportation system using IoT is incomplete without smart cars. Just a few years ago what we used to see only in sci-fi movies are now a reality. With the increasing number of private cars, traffic congestion and pollution are becoming a major concern, so to reduce this environmental hazard, smart cars have been introduced. Listed below are some of the features of a smart car-

Communication

Sure, you can communicate with your car, but did you know that smart cars can communicate with each other as well? This helps avoid road accidents and also helps reduce fuel consumption by creating road-train.

Solar and Electric Roadways

A network of electronically powered roads is made for electric vehicles using the open-source project TEV ( Tracked Electric Vehicle System). Some countries like Sweden and South Korea have already implemented this technology.

Self-operating

Now, driving your own car isn’t a problem as well with the advent of self-driving cars.

Automobile Industry

Here are some of the advantages of IoT in the automotive industry-

Autonomous Vehicle

Semi-autonomous vehicles are very popular today. They assist drivers with driving, parking, braking, road changing, etc., but developers today are attempting to make vehicles fully autonomous that can drive without the assistance of a human driver.

Automotive Maintenance

Predictive analysis can be done by collecting data from the sensors, sharing them on a platform and then processing it by an algorithm. This helps drivers make cost-effective and time-saving decisions. Alerts are also sent to the dashboard of the driver in case of any malfunctions. With all of this, the driver can make sure their vehicle is in the best condition and repair the parts before they break.

Fleet Management

Business owners now want to track their fleet in real-time. IoT in commercial vehicles is gradually getting adopted that has led to improvements in operational efficiency, maintenance cost, fuel consumption, etc. Some of the key factors of fleet management are GPS tracking, geo-fencing, customized dashboards that have helped business owners make intelligent decisions in real-time.

Connected Vehicles

All vehicles in IoT based smart transportation are connected through a network called CV2X ( Cellular Vehicle to Everything). Further CV2X is divided into the following categories-

Vehicle to Vehicle(V2V) — This connection allows vehicles to connect with each other. They exchange data related to speed, location, etc. This results in less accidents taking place on the road.

Vehicle to Infrastructure(V2I) — This connection is between vehicles and infrastructure that includes traffic lights, lane markings, etc. This helps to facilitate smooth traffic flows and to avoid queues at petrol pumps.

Vehicle to Pedestrian (V2P) — A pedestrian can connect to the CV2X using their mobile phones to locate nearby public transportations and their arrival time. They can also check the pedestrian walking system and the change in traffic light signal.

Commercial Transportation

Another application of IoT in transportation is commercial transportation. Sensors connected monitor and communicate in real-time about the status of fuels and other aspects of the vehicle with the operators or the drivers. Getting alerts about any malfunction beforehand helps reduce the breakdown and tow bills. In addition, there are sensors to monitor the health of the driver to avoid accidents.

Aerial surveillance

Drones are the best examples of IoT based aerial surveillance. Drones have been around for quite some time now and people have used them for a hobby. But now, drones are being used for commercial purposes too, like sports, photography, research, military missions, etc. With a massive growth of IoT in the industrial sector, drones are now performing tasks that are expensive or dangerous for humans to do.

IoT in Rail Industry

One of the main challenges faced by railroad operators is how to integrate all their devices and communicate with each other, or to communicate with the stations. IoT has solved this problem . In fact, according to Cisco in the next 15 years approximately $30 billion is going to be spent on IoT in railways.

There are three major areas in railway where IoT automation can be beneficial-

IoT along with Big Data can be used to visualize commuter traffic up to two hours in future. This can allow the operators to forecast any disruptions in the service that may enable them to avoid the ripple effect caused due to one delay.

Auto Engine Stop (AES), is a technology that is used to lower the amount of fuel consumption and to reduce the emissions from locomotives. It saves fuel by automatically shutting down the engine when the vehicle has been standing idle for a very long time, and when the vehicle has to move again, the engine automatically restarts. This technology can be achieved by generating large amounts of data about the vehicle, speed, mileage, location, etc.

Another great way in which IoT can be used in the rail industry is, by using new generations of sensors, onboard computers and sophisticated dispatch stations that work together as a train management system. This management system bridges the gap between the train and dispatch systems through communication hubs. This can address complicated conditions like when the train is running at a high speed, in extreme weather conditions, or even through long tunnels.

The Indian railway network being the fourth largest in the world could benefit a lot by incorporating IoT in Indian Railways that may help in better tracking the trains and may help in preventing the delays and the ripple effects caused by them.

So, these are some of the ways in which IoT has helped in the transportation sector. In the future, vehicles are going to be more and more automated to help humans in various ways.

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Smart Highway and Antenna Technology

Driving on a highway in near dark conditions can be life-threatening. Technology, which drives everything today, has come to our rescue! The latest in technology has been incorporated to improve the operation of vehicles, street, and traffic lighting, to monitor the condition of roads, speed levels and so on. A road or highway that uses this technology to improve and enhance safety and driving experience is a smart highway.

Some of the features that a smart highway can have are,

Solar panels to use the sun’s energy to generate electricity and also generate heat to melt snow on the roads

Wireless chargers for electric vehicles

Road markings that glow in the dark

Ways to inform drivers about congested routes ahead, etc.

The Intelligent Transportation System makes the smart highway possible! This advanced traffic and transport management application ensures a safer, more coordinated, and 'smarter' use of transport networks.

An ITS depends largely on powerful antennas to transmit timely, relevant information which is the backbone of the application. Mobile Mark is an antenna solution provider offering innovative antenna designs and is a leading supplier of communication antennas to markets throughout the world. It has antennas from 138 MHz to 9 GHz. Applications include GPS, WiFi, 3G Cellular GSM/CDMA, 4G LTE, LTE-A, XLTE, ISM, UHF, and RFID.

DSRC system designers and smart highway planners need a complete set of options to construct a network that offers continuous and balanced coverage. Mobile Mark’s wide range of antennas can help make that possible because:

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Mobile Mark, Inc., an antenna manufacturing company, designs and manufactures site, mobile, device, embedded and covert antennas for 137 MHz – 9 GHz. Applications include GPS Tracking & Fleet Management, Cellular GSM/CDMA, LTE, WiMAX, WiFi, RFID, Public Safety, Military and Machine-to-Machine (M2M). Engineering and custom design services are available. Mobile Mark’s global headquarters, which includes a manufacturing plant and research facilities, are located near Chicago, IL. An additional manufacturing and sales facility is located near Birmingham, UK. Further information on Mobile Mark’s Antennas can be found on their website: www.mobilemark.com.

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Connected (Smart) Street Lights Market - Growth Opportunities Created by Covid19 Outbreak

"Connected or smart street light is the intelligent street lightning system that adjusts automatically based on the real time traffic conditions and change according to realistic condition. The conventional street light is one of the major source of electricity consumption owing to the continuous operation of lighting during the night time, thus in order to reduce the unnecessary electricity consumption, the existing conventional system has to be adapted to intelligent lighting system. This smart street lights consists of IR sensor, PIR sensor, low cost embedded controller and memory devices.

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Countries such as India and China in the Asia Pacific region, along with African countries are heavily investing in solar streetlights. European countries such as U.K and Germany are also implementing the solar-powered lighting which is economical considering their low-power dependency which makes them suitable even for adverse climatic conditions.The global smart/connected street lights market is expected to reach approximately USD XX million by 2027 growing at a XX% CAGR over the forecast period 2018-2027

The global connected street lights market can be segmented on the basis of its connectivity and components. Based on the connectivity, the market is segregated into wired and wireless.

The wired segment is further sub-divided into power line communication and others. In terms of component, the connected street lights market is categorized into hardware, services, and software. In which, hardware segment is sub-divided into controllers/relays and sensors.

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Technological developments has undoubtedly boosted the demand for connected (smart) street lights market on the international level in last few years. It has enhanced the capacity of street lights, which is more efficient than the regular street lights. The never-ending demand for sustainable lighting solutions has led to significant growth for connected (smart) street lights across nations in both developed and developing regions. In addition, the development of smart cities across nations around the world has forced the government and companies to look forward to smart lighting solutions. As these smart lighting technologies helps in reducing carbon emissions, available at lower cost, and help increase overall efficiency.

Depending on the networking technology, the market is sub-segmented into narrowband, medium-band, and broadband technology. The narrow-band technology is further categorized into Sigfox, LoRa, RPMA, and others. The medium band includes PLC, RF mesh, and others, whereas the broadband technology consists of 3G/4G cellular, Wi-Fi, and others

Some of the few players in the market are Silver Springs Network Inc., Acuity Brands Lighting Inc., EnGo PLANET, Twilight Citelum S.A., OSRAM Licht Group, Flashnet SRL, Dimonoff Inc., General Electric Co., Philips Lighting N.V., Schreder Group, Echelon Corporation, Toshiba Lighting, Led Roadway Lighting Ltd, and Telensa Ltd.

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Solar Power Bank Market Insights to Set Phenomenal Growth by 2023

Solar Power Bank Market: Overview

Solar energy has evolved as a major alternative source of energy. Solar energy is increasingly being utilized as source of energy for street lighting, automobiles, house appliances and others. In recent times, solar power banks are gaining popularity in the consumer market, with the rise in use of electronic gadgets. Solar power banks serve as an energy storage device, which can be utilized when required to charge any of the USB-charged devices such as cameras, portable speakers, GoPros, MP3 players GPS systems.

Solar power banks require sunlight to charge, making it reliable in circumstances where electrical supply or charger is not available. Most of the solar power banks available today can be charged alternatively via computer using USB. Considering solar as an environmental friendly technology, demand for solar power banks is expected to escalate in the coming years.

Solar Power Bank Market: Drivers and Restraints

Solar power banks find wide range of applications such as charging of smartphones, laptop, tablets and other devices. The growth of smartphones, laptops and tablets market has generated the need for external energy storage devices for charging. The escalated use of internet with the availability of 3G and 4G services on smartphones and tablets has increased the consumption of battery at a faster rate, thus, driving the solar power bank market. Further, tourists or trekkers preferring to travel at distant places can rely on the solar power banks over the conventional power banks, as at times of emergencies solar power banks can be charged via sunlight. The rural areas in emerging markets such as Africa, Asia and Latin America pose good opportunities for solar power banks due to constraint of electricity supply in these regions.

However, the challenges such as low efficiency at night or cloudy days, may affect the trust of end consumers in the market. Since the launch of solar technology, the availability of sunlight in cloudy areas or at night times has been the major constraint for solar devices.

Compatibility with all the device brands is another challenge affecting the market of solar power banks. Moreover, solar power banks also face competition from existing electrically charged power banks. Manufacturers need to focus on overcoming these major challenges to gain competitive advantage over the existing and new manufacturers entering the market in coming years to explore the untapped opportunities in solar power bank market.

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Solar Power Bank Market: Segmentation and Top Players

Depending on the application and the capacity of battery, solar power banks are designed and available in market with different capacity range. The solar power bank market insight is categorized by the capacity range offered by the solar power banks, which include 500 mAh to 3499 mAh, 3500 mAh to 6499 mAh, 6500 mAh to 9499 mAh, 9500 mAh to 12499 mAh, 12500 mAh to 15499 mAh and above 15500 mAh.

The key companies operating in solar power bank market include Anker., Advantage Computers (I) Pvt. Ltd., LG Chem Ltd, China BAK Battery, Inc., Mophie Inc., Microsoft Corporation, Panasonic Corporation, OnePlus, Sony Corporation, Samsung SDI Co. Ltd., UNU ELECTRONICS INC., Xiaomi Technology Co., Ltd, and Shenzhen Topband Co. Ltd

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The Ultimate Safari Packing List

Once I went on my first safari manner again in 2014, I went a tad overboard when it got here to following the packing checklist Shadows of Africa had despatched me.

I didn’t simply purchase the binoculars and the headlamp and the first-aid equipment, I purchased an entire new wardrobe of safari-friendly garments.

I had a broad-brimmed safari hat, heavy-duty mountain climbing boots, a equipment to let me wash my garments in a river, and even a pocket knife in case lions gave me grief.

Suffice it to say, I got here again from the safari realizing that 90% of the stuff I’d packed wasn’t remotely vital.

I’ll allow you to in on a little bit secret: except you’re tenting, occurring safari isn’t so totally different to some other trip.

The sleeping leopard wakes to treat me with disdain from his lofty perch.

What to Put on on Safari

You don’t want a model new wardrobe of you beaut outside gear on your safari.

The reality is, you’re prone to spend 50% of your time comfortably seated in your safari car and the opposite 50% of the time cosy and heat in your tented camp or safari lodge.

Whereas there are undoubtedly alternatives to get down and soiled gorilla trekking or occurring a strolling safari, more often than not you’re going to have the ability to put on the identical form of garments you’d put on at residence.

Garments to Pack for Safari

Clearly, you want garments to go on safari.

As snug as these lions and giraffes look buck-naked, you’re simply going to look foolish along with your tallywacker flapping about like a frantic leech.

As a very good rule of thumb, you’ll wish to pack:

T-shirts and shorts for heat climate;

Denims or slacks for cool climate;

A light-weight windbreaker;

One thing sensible informal for dinner at fancier lodges;

Snug strolling sneakers;

A heat sweater or jacket;

Underwear;

Socks and many others.

As you possibly can see, it’s a fairly pedestrian previous checklist. There’s nothing tremendous fancy in there.

No water-proof trousers.

No cutting-edge mountain climbing boots.

No safari shirt with eleven pockets.

Simply common, run of the mill garments.

The colors are proper, however what was I considering with that hat!?

So, I can put on no matter I need on safari?

Not precisely.

There are two elements you’re going to wish to consider past the plain considerations similar to climate and temperature:

1). Cultural Respect

No matter the place on the planet you’re from and what may be acceptable ‘at residence’, you’ll want to be respectful of the tradition you’ll be immersing your self in.

Many African nations are extra conservative than the footloose and fancy-free west, so dressing appropriately is an effective way to indicate respect.

Don’t put on revealing garments or garments with offensive slogans or pictures.

Many African nations additionally take their non secular beliefs extra severely as properly, so be cautious of that when packing.

Inquisitive giraffes rubberneck at us as we drive again to civilisation.

2). Impartial Colors

Whereas the animals in safari parks are fairly used to seeing vacationers, you’ll stand a greater probability of recognizing the Huge 5 when you’re dressed appropriately.

Impartial, pure colors similar to greens and browns are beneficial, as brighter colors are prone to alarm animals not used to such garish shows.

If you happen to’re in tsetse fly nation, be cautious of carrying black or blue – each of that are engaging to those painful little bastards.

A hippo doing its trademark yawn in a pool by the Serengeti 4 Seasons.

Searching for Safari Garments

You may be fortunate and have already got all the pieces you want on your safari, however on the off probability you don’t, websites similar to LYST generally is a nice useful resource.

With a choice of greater than 11,000 retailers and the flexibility to go looking by key phrases similar to ‘pure colors’, this web site generally is a godsend when doing all your purchasing.

Higher nonetheless, it learns out of your tastes and places collectively curated lists for you. In case your first safari turns right into a second and third, you’ll have suggestions tailor-made to your tastes.

Solar Safety on Safari

One other important a part of your wardrobe on your safari is prone to be acceptable solar safety.

The solar out on the Serengeti or the Maasai Mara may be completely unforgiving, so that you’ll wish to be sure to’re adequately ready.

A great, wide-brimmed hat is an effective start line, though you don’t must get something too dramatic.

You’ll additionally need sunscreen, sun shades, and a little bit aloe lotion in case you do get a bit pink.

A lioness sleeps below a tree to flee the scorching Serengeti solar.

Electronics on Safari

Let’s be sincere, most of us could be hard-pressed to outlive per week or so with out our electronics.

As enchanting as the thought of a digital detox may be, does a safari actually occur when you aren’t in a position to Instagram it, share your ideas on Fb, and Skype residence?

(Clearly, sure, however bear with me)

We’ve turn out to be reliant on our electronics, and a safari is not any totally different.

Digital camera and charger;

Smartphone;

Flashlight or headlamp;

Journey adapter;

Battery pack.

A digicam will not be solely important for snapping images, nevertheless it’s additionally a very good substitute for binoculars if a sure somebody is hogging them.

A flashlight or headlamp is a good suggestion even when you aren’t tenting, as many tented camps might not have 24 hour electrical energy.

This feminine elephant got here as much as our truck to play within the puddle we have been parked in.

Charging Electronics on Safari

Many safari automobiles have charging stations as a normal inclusions nowadays, nevertheless it pays to be sure to have a very good common journey adapter or, failing that, the precise adapter for the nation you’re visiting.

Take a look at this information to energy shops around the globe to determine what you’ll want on your journey.

On the off-chance your car doesn’t have a charger or your resort doesn’t supply 24 hour energy, it may be a good suggestion to purchase a very good, heavy obligation energy financial institution as properly.

Staying Linked on Safari

If you happen to can’t bear to be away out of your on-line life whilst you’re on safari, it’s comparatively simple to get related.

Regardless of the notion that Africa is someway behind the instances, many international locations are each bit as related as we’re used to being within the west.

In truth, with infrastructure for fiber connections a rarity, you’ll be shocked at how good the 4G protection may be even on the coronary heart of the Serengeti!

Native SIM playing cards are simple sufficient to acquire, though it may be a bit time-consuming to attend in line whereas they scan your passport and many others.

A lonely hyena is spoiled for alternative by the impala surrounding him.

First Assist and Medicines for Safari

Heading to Africa isn’t fairly the journey to “deepest, darkest Africa” that it would as soon as have been, and whereas the continent undoubtedly struggles with well being issues that we don’t expertise within the western world, it’s nonetheless fairly secure to journey when you take acceptable precautions.

Vaccinations for Safari

Precisely what vaccinations you’ll want will differ from nation to nation, so it’s at all times a good suggestion to seek the advice of your physician about necessities for the precise nation you’re visiting.

Nonetheless, the beneath vaccinations are a very good rule of thumb:

Hepatitis A & B;

Yellow Fever;

Typhoid Fever;

Meningitis.

Relying on the place you might be touring (and your earlier vaccination historical past), you might also wish to look into Polio and Rabies vaccines.

One other shot of the leopard because it surveys its area from its treetop roost.

HIV, Ebola, and Zika

It will be remiss of me to not point out these three intimidating ailments, though your probabilities of encountering them are slim.

Except you’re participating in harmful behaviour similar to unprotected intercourse or drug-use, your dangers of HIV publicity are not any better in Africa than they might be at residence.

Ebola, which affected small pockets of the continent in 2014, will not be a significant concern as of the time of this writing.

The Zika Virus, which is prevalent throughout Africa, is a threat to pregnant girls. Whereas there isn’t any vaccine in opposition to Zika Virus, taking precautions to keep away from mosquito bites will shield you.

Laborious to consider the Cape Buffalo is such a harmful animal because it munches on ferns by the street.

Medicines to Pack for a Safari

Along with the above vaccinations, you’ll additionally wish to pack a number of specialised medicines on your safari that you just won’t usually pack while you journey.

These consists of:

Anti-malarial treatment;

Anti-diarrhea treatment;

Antihistamines for allergy symptoms and bites.

The chance of publicity to Malaria may be fairly excessive in humid climates, so the side-effects from anti-malarial treatment are value it to keep away from an extended and doubtlessly costly hospital keep.

With mosquitoes, tsetse flies, and different biting bugs prone to be an issue, having a cream or treatment to scale back itching is an effective transfer as properly. Particularly when you’ve received scrumptious blood like mine!

Lastly, a very good anti-diarrhea treatment is a should! Whereas meals security is of a very good commonplace in most lodges you’ll encounter, roadside eating places might not have the identical cleanliness requirements. Likewise, water high quality in Africa is mostly poor, so even brushing your enamel with it might probably result in some uncomfortable conditions.

Belief me, you don’t wish to be hunkering down on the savannah ‘bush bathroom’ worrying about lions and hyenas whereas doing what you are promoting.

First Assist Kits on Safari

Any safari firm value its salt can have a totally stocked first-aid equipment in your safari car, nevertheless it doesn’t harm to hold your personal small equipment with band-aids, rubbing alcohol, tweezers and many others.

You by no means know while you would possibly want a primary help equipment.

Don’t overlook your insect repellent!

Severely, mosquitoes are a ache within the ass regardless of the place you go, and while you think about bloodborne ailments similar to Malaria, it’s not value taking the danger.

Tsetse flies, which may carry sleeping illness in some international locations, ship a painful chew even with out the danger of illness.

Pack insect repellent and loads of it, belief me.

Hazard! Hazard! This bull elephant tell us in no unsure phrases that we weren’t welcome.

Don’t Panic

The above might seem to be a frightening checklist, however occurring a safari isn’t so totally different than some other journey you would possibly take.

Positive, you’ll want to take a number of further medical precautions and also you’ll have to depart your scorching pink tank-top at residence, however you’re not packing for Everest.

Simply keep in mind: pure colors, one thing heat for night time, a journey adapter, and loads of insect repellent.

You’ll be advantageous.

I’m a safari knowledgeable at Shadows of Africa and I plan and ebook safaris in Tanzania, Kenya, Rwanda, Uganda, Ethiopia, South Africa, and Zimbabwe.

If you happen to’re seeking to make your African journey a actuality, get in contact!

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Smart Pole Market : IoT Smart City Solution – The Next Generation Of Wireless Densification

Installation of the smart poles is likely to digitally transform the definition of the public street lights. Government initiatives regarding implementation of the smart city plan has led the street light manufacturers to integrate enhanced technology and multifunctional features. As internet connectivity comprises an important part of the smart city plan, manufacturers of street poles are increasingly integrating the 4G LTE wireless technology. Smart poles are also equipped with announcement speakers and charging points for tourist. Moreover, growing need to monitor accidents, crime, parking and weather conditions has led the street light manufacturers to integrate the smart poles with cameras and sensors.

Transparency Market Research projects that the global smart pole market is expected to represent a value of over US$ 10,000 Mn by the end of 2022.

Equipped with sensors and smart video cameras, the smart poles help in reducing the traffic and congestion, which allows the drivers to drive conveniently and safely on the streets. Increasing preference for cab services among consumers continues to rev up demand for internet access for tracking the route. Smart poles will continue to witness significant demand globally as they are equipped with the internet services. Bound to these factors, the global smart pole market is expected to witness significant growth globally.

Further, government in various countries are increasingly taking initiatives to implement smart city plan in the disconnected regions. Adoption of the smart poles in the backwards regions of various countries can enable the end users to connect with the developing regions of the country and stay updated. Installation of the smart poles is also expected to unfurl growth opportunities for various industries in the backward regions of various countries.

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On the other hand, slow development in the backward regions of the country continue to discourage the market players to make investments. Compared to the conventional street lights, the solar street lights require high initial investment. These factors are likely to dip sales of the smart poles in the global market. Moreover, smart poles mainly operate on the solar energy and require constant maintenance in the extreme weather conditions. Extreme weather conditions can disrupt the functioning of the smart poles attributed to accumulation of dust, moisture and snow. Attributed to these factors, the smart poles are expected to inhibit growth of the global market during the forecast period.

With growing need to monitor the traffic, accidents and weather, adoption of sensors in the smart poles will continue to increase. On the basis of component, the sensor segment is expected to witness the highest revenue growth, recording a value of over US$ 1,000 Mn by the end of 2022. This segment is expected to register the highest CAGR in the global smart pole market throughout the forecast period.

[trendytechreviews]

Smart Pole Market to be Worth at US$ 10000 Mn by 2022

The global smart pole market is anticipated to rise the demand for the global smart poles market. Government of various countries are trying to transform the public street lights digitally. Various organization in this market are trying to improve the technology used in street lights by investing on research and development. These organizations are trying to add various multifunctional features which is going to produce product differentiation and help in creating brand name. The manufactures in order to provide better connectivity are using the 4G LTE in the smart pole. Some of the major global smart pole market are Telensa Limited, Lumca, Inc, Philips Lighting Holding B.v, Maven Systems Pvt. Ltd, shangai Sansi technology Co., Sunna Design, Acuit brands Lightin., and Neptune Light, Inc,

In terms of revenue, the sensor segment is anticipated to experience an exponential growth, accounting for more than US$1000 mn by the end of the forecast period. Sensor segment is also expected witness a relatively high CAGR in the market. This is because installation of sensors on every smart pole has become important in order to monitor traffic and avoid accidents. North America is expected to remain as the leading region in the global smart pole market. Increase in adoption of smart pole systems for development and innovative structures is promoting the growth of the market in the region. The global smart pole market is envisaged to grow at 13.7% of CAGR by the end of the forecast period. During this period the market is anticipated to be worth at US$ 10000 mn.

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Installation of smart video cameras and sensors in order to avoid accidents and monitor traffic, is driving the global market for smart pole exponentially. In order to build smart cities, government of various countries have found installing the smart pole to be the stepping stone. Smart poles are proved to avoid congestion and maintain a smooth flowing traffic. This has made its demand higher among cities which face tough time in controlling a traffic. Smart poles are expected to witness a surge in their demand as it equipped with internet connectivity, thus making it easy for tourist to explore more. Power socket for charging phones is one of the subsidiary factor which is going to benefit the growth of the market. Apart from these factors, government of various countries are trying to expand the smart city projects towards rural areas, thus increasing the opportunities for the players in the global smart pole market. Such projects in rural areas are expected to make people stay updated. Setting up of smart poles is also anticipated to rise the growth of the various other industries.

Factors such as slow development in the rural or backward areas is expected to deter the growth of the market. Traditional streetlight requires electricity whereas the smart poles requires solar energy to run them. Extreme weather is expected to cause a negative impact on the sales of the market. Regular maintenance of this advanced street poles are expected to dip the market. Apart from these installation of smart pole is expensive compared to the traditional street lights.

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[inerginc]

If the term “smart” were to be used in its purest sense, smart street lighting has been around for a millennium – starting with a very human face. Until the 20th century, it was human beings that managed lighting, setting about each evening and morning to turn lamps on and off, and maintaining this early part of what would form a vital part of what was to become the electricity grid.

The electric street lighting system

A lot changed. At the turn of the 20th century, electrified street lighting was well on its way, and fell under the authority of electric utilities and local councils. This meant that lighting could be remotely controlled from a single source, and linked to season-based schedules, requiring only that faults be reported by either residents or the council.

These steps forward were significant, and one of the first major steps in the automation of city-level electrical infrastructure, but it created problems too. For example, faults such as faulty bulbs, storm or weather damage or even regular maintenance meant mobilising manpower, which was time consuming and expensive. As the 20th century wore on, and as manufacturing and management became more automated, the labour cost factor as well as time became challenges.

Non-working street lights affected a lot more than just a utility’s bottom-line however, it affected society even more greatly. Damaged street lighting would affect pedestrian and motorist safety, and business operations would be impacted.

Street lighting is also one of heaviest consumers of electricity – and the bill for this “unmetered consumption” ultimately falls on the customer. Until recently, consumption like this could only be measured periodically, and mostly, inaccurately.

The bulbs used until recently were inefficient – generating large amounts of lost heat energy, and are being replaced by much more efficient LED lighting. These factors resulted in excess cost.

Until as recently as ten years ago these problems were global, but the advent of more advanced grid communications, where two-way communications between utilities and assets became possible has opened the way to future smart cities, and smarter utilities.  

The internet of things (IoT) means that almost any electronic device can communicate with other assets, or utility or municipal management. The rollout of smart metering has been one example of the modern grid, where consumption data is shared wirelessly and instantly, thanks to technologies cellular and radio technologies like Sigfox, LoRa and Wi-fi.

The benefits to cities, utilities and citizens globally:

Utilities quickly realised that this kind of automated grid communications held greater potential - it could connect major elements of city infrastructure at every level at which utilities have control, and new areas of potential growth. Water management, power outage management, microgrids where consumers could sell power back to the utility and street lighting are just the immediate possibilities. In fact, reactive or proactive but labour-intensive and time-sensitive tasks could be streamlined and made much cost-effective, saving both the utility, and therefore, the customer, money.

For instance, a damaged street light can automatically report that a fault has occurred in the delivery of power, allowing for grid management software to re-route power to the street light, as part of a “self-healing” grid.

In the case of a damaged light, the asset would notify work crews immediately, so repairs can be scheduled and effected in less time, with less effort and expense. This also minimises the impact such a fault would have on society.

These technologies and solutions are all enablers of the next step modern settlements are taking – becoming truly smart cities, where road transport, smart buildings, electric vehicles (EVs) and charging infrastructure, and even monitoring air pollution are now part of the utility ecosystem.  

According to researchers at Navigant Research, a quarter of the 221 cities worldwide being tracked by its Smart City Tracker are rolling out smart street lighting initiatives.

In a recent webinar, we explored the role utilities have in ensuring these new technologies are adopted, and the central role utilities will play in the smart cities of the future, but the one major piece of infrastructure that will enable all of these technologies? Smart Street Lighting.

“With lower hardware costs, new streetlight tariff structures, and innovative financing mechanisms, LED and smart street lighting technology is now reaching even small and medium-sized cities. Smart streetlights are now well on their way to forming the backbone of larger smart city initiatives.” – Ben Gardner, President of the NorthEast Group

The potential:

Smart street lighting is being seen as the backbone from which these technologies can stem thanks to IoT. Hong Kong has recently started a smart street lighting pilot which features several of the technologies also being incorporated into other global initiatives, such as:

IoT-enabled smart sensors can communicate city data such as weather, air quality, temperature, and even foot and vehicle traffic to utilities and municipalities.

Electric vehicle charging can be incorporated into street lights, providing easy and convenient charging, given that EV’s have already reached equal pricing with petrol or diesel vehicles, and countries are outlawing fossil-fuelled transport in place of e-mobility solutions for public and private transport.

Services can also include Wi-Fi hotspots for use by consumers, or parking spot availability, and even public notices and advertising.

Lastly, smart street lights can be powered by renewable sources, such as solar or wind power, meaning they can be entirely self-powered, and even send excess power back to the utility, helping balance demand and make the grid more resilient.

Street lighting projects globally:

One of the most rapidly evolving regions is Oceania, where Australia and New Zealand are investing up to $780 million in streetlights over a ten-year period. Over 95% of streetlights in Oceania will have been converted to LEDs, while 70% will be networked by 2027.

According to Ben Gardner, president of Northeast Group: “The New Zealand government is now funding 85% of the cost of streetlight projects and Australian states have come up with new financing mechanisms and lighting codes that are encouraging deployments. New Zealand already has over 25% of its streetlights networked.”

Australia's move to develop smart grid infrastructure has been a key driver. The majority of the streetlights are primarily owned by utilities, but as smart city plans increase, smart street lighting will provide a critical foundational layer.

In the US, according to a new study conducted by Northeast Group, over the next decade, almost 90% of US streetlights will be converted to LEDs, while 38% will be networked.

The vast majority of the country’s 306 largest cities have now either begun or are considering deploying both LED and smart or connected, streetlights.

ComEd in Illinois has announced that they will upgrade 140,000 street lights to smart units and Tampa Electric in Florida recently followed suit.  

It is estimated that the ComEd initiative could save Chicago in the region of $10 million annually.

Tampa Electric will install 260 000 Itron smart photocells by 2024.

In New York, the city’s power authority recently allocated $7.5 million dollars in smart streetlighting funding. The City of Syracuse will be the first large municipality in New York to test new streetlight technologies, and the pilot project planned installation of equipment that can expand Wi-Fi, 4G and 5G internet connection capabilities on its streetlights, and install other digital enhancements to city-wide services.

Eurelectric has reported that European cities are aiming to have 10 million smart street lights installed by 2025.

In France, Enedis, the local DSO is piloting the use of street lighting infrastructure and electric vehicle charging.  According to Domonique Lagarde, Director of the Electric Mobility Programme for the utility: "We have recently completed a pilot in which we utilised the public lighting grid as charging points and found the right solution to make this work from both a technical and contractual perspective in order to effectively deliver charging infrastructure without having to develop new grids specifically for charging. We are now wanting to roll this out to a larger area.”

The road to the future is lit by smart street lighting – the backbone to technologies that will see cities shaped by new efficiencies, cleaner more sustainable cities, and climate change goals met.

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[xingtongtechnology]

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[inpeaks]

Future Cities: What You Need To Know

The rate at which we consume and expend resources right now is far from efficient. Certainly, there are many areas where we can be greener, more efficient and sustainable.

Estimates show that two thirds of the world’s population will be living in cities by 2050; that’s 6.3 billion people or 68 percent in quarter of a century’s time. Factor in urbanization which is estimated to be 1.3 million people per day right now which is expected to balloon to unprecedented levels and we’ve really got an alarming rate of population inflation in our hands.

Cities of the future will have to be efficient and technologically advanced if we are going accommodate millions of people in such small areas dotted all over the globe. Smart cities is now becoming mainstream as the solution to increasing population and pollution.

Below are the major things we can expect from smart cities of the future:

Green and sustainable

Plants and trees will be a staple in every city with more walking and cycling paths to keep its residents healthy. They will also improve declining air quality especially in major cities where the population is dense. Vehicles will shift from internal combustion to electric to rely on renewable resource instead of fossil fuel. Everything will be powered by solar, wind and other forms of renewable energy sources.

Seamlessly connected

We need high-speed data access In order to streamline processes such as traffic flows and transportation. For instance, Hangzhou in China is home to 9 million people and used to have the 4th worst traffic in the world. Now the roads are flowing nicely, thanks to an AI called City Brain running on 5G. This also means free high speed WiFI for everyone everywhere to make information more accessible and bring communities closer.

Built  with robust wireless infrastructure

A robust wireless network is key to implementing continuous connectivity; the foundation in which every smart city is built upon. Right now, countries are racing to implement 5G, the high-bandwidth solution that is 100 times faster the 4G, to enable devices to talk to each other without human interaction, thereby making cities  productive, cost-effective and energy-saving.

Collects smart data

Smart cities will have revolutionary ways of collecting to improve all aspects of life including the health and safety of its constituents. In Louisville, an alliance of health organizations placed sensors in 1000+ asthma pumps and collected invaluable data that ultimately helped determine the roads with poorest air quality in the city. They found a certain road where asthmatics are three times more likely to use their pumps compared to other areas in the neighborhood. This led to health warnings and more trees planted around that particular street.

We can also expect personalized data. According to a survey by Smart Cities, a third of the population expects personalized data to improve experiences such as navigation path optimization and traffic control. Smart data should give you the not only the fastest way to get from point A to be point  without exploiting accessing and exploiting your personal data.

This will also come in handy for businesses looking to improve their product or service.

Equipped With smart utilities

Engineering – Only technology will be fast and effective enough to monitor system degradation, temperature, humidity and other factors in structures around the city. As an example, putting sensors in water pipes allow leaks to be detected right away. Smart cities have to be be climate proof, which means it has to be  resilient to flooding, overheating and storms among a host of other things.

Smart buildings – Imagine a building that can take care of its residents and even support its surroundings. Smart buildings of the future will always be collecting vital information like amount of usage to operate at optimum efficiency at all times. It will be effective at collecting solar and wind energy, any excess will then be shared with its surroundings.

Resource Conserving – We’ve heard it time and time again, turn off the light or faucet after use. Even renewable energy needs to be conserved. City light will equipped with sensors that will automatically dim when no one is around like those implemented in Singapore and some parts of Europe. Grids, which are expected to be equipped practically everywhere (roads, homes, etc.) will also become smarter, sending more energy to areas that need it and less to those that have low consumption to be determined by constant collection of data.

Operates smart transportation

Transportation, both private and PUVS, will communicate with each other to streamline traffic flows and prevent accidents on the road. Delays will be kept at a minimum and queues for public transport will practically be non-existent.

Damon Motorcycles is starting the revolution towards a faster, safer and connected motorcycle riding. Their AI-enhanced protection system is specifically fitted for the age of IoT where all devices communicate and interact with each other seamlessly. Other major players in the motorcycle scene such as BMW and Honda are also prepping for the age of seamless connectivity.

There is a possibility that because public transportation of the future is so streamlined, think Hyperloop and air taxis, that the need for for private vehicle as a means to get from point A to point B may become obsolete. Private vehicles will become more of a hobby or collectible rather than a means to an end.

Offers more time for things that matter

There certainly are people who think of automation as a threat to their way of life. While machines are indeed smarter, faster and more cost-effective alternatives to human laborers, it is not meant to replace people. With automation, we can instead focus on creating quality products and providing better personal services instead of toiling with redundant tasks.

In the age of smart cities, everything you need to know will be at the palm of your hands. Whether its the best and safest times to travel, to your personal energy usage and eating habits—a smart city can help its citizens improve in all aspects of life.

The post Future Cities: What You Need To Know appeared first on Digital Ideas.

source https://www.inpeaks.com/2019/03/05/future-cities-what-you-need-to-know/