Category Archives: Bike

IoT in Vehicles: The Intelligent Car

The Internet of Things (IoT) is changing the way we live and the way we drive. Using advanced sensing and inter-connected data, the next generation of intelligent transportation systems has brought us into the era of the ‘intelligent car.’

IoT technologies used in vehicles offer a variety of solutions, including connected car solutions:
– Advanced Driver-Assistance Systems (ADAS)
– In-vehicle infotainment systems
– Navigation & telematics solutions
– Vehicle to Pedestrian (V2P) for safety and mobility solutions
– Vehicle-to-Vehicle (V2V) applications
– Vehicle to Infrastructure (V2I) applications
– Vehicle to Everything (V2X) communication applications

With an estimate that at least 75% of cars will be connected in 2020, the growth of the Internet of Vehicles (IoV) creates a transportation system that knows who we are and where we want to go.

What is the Internet of Things?
According to Intel, “The Internet of Things is an evolution of mobile, home, and embedded devices and applications that are connected to the internet, integrating computing capabilities and using data analytics to extract valuable information and sharing data over the cloud .” In simple terms, IoT refers to everyday items being connected to the internet to make life easier. This means that you can control specific items remotely, via a smartphone app, to communicate with other products.

For example, if you run out of milk, your connected refrigerator will automatically send you a reminder when you walk past the dairy section in the grocery store. Or if you’re driving around and need to find a parking spot – since your car is connected to the internet, the parking meter connects to your car and tells you where the empty parking spot is.

How does IoT work?
Connected vehicles refer to the wireless-enabled vehicles that connect and communicate with their external and internal environments. The intelligent car is constantly being equipped and upgraded with technology to make us better connected with the elements both inside and outside the car; enhanced navigation, streaming infotainment, enhanced safety features, and especially the integration between the dashboard with smartphones and wearables.

Bandwidth Evolution:
The key technology to an intelligent car is 4G LTE. LTE possesses the speed, low latency and IP-connectivity, to enable high-quality in-vehicle applications. LTE guarantees speed and quality of service and improves vehicle connectivity dramatically.

With the goal being to achieve a safer and greener mode of transportation, connected cars are the future.

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Auto Expo: A Brief Introduction

The Auto Expo is Asia’s largest biennial automotive show held in Greater Noida, NCR, India. Conceived in 1985 and making its debut in 1986 at Pragati Maidan, New Delhi, the expo is focused towards introducing new technology, concepts, innovation and designs in the auto industry.

Jointly organized by the Automotive Component Manufacturers Association (ACMA), Confederation of Indian Industry (CII) and Society of Indian Automobile Manufacturers (SIAM), the Auto Expo’s path-breaking debut show was a window for technology transfers representing how the Indian Automotive Industry was absorbing the new technologies and promoting indigenous research and development for adapting these technologies for the rugged Indian conditions.

Over the years, the show has only grown stronger. By 2006, it began to see huge overseas participation, with new concepts, launches, as well as trade dialogues. In 2008, it was accredited by the Organisation Internationale des Constructeurs d’Automobiles (OICA), cementing its reputation as one of the world’s most premier auto shows.

In 2020, the 15th Auto Show aimed to not only focus on the static display of motor vehicles but to also focus on the ‘Entire Mobility Eco-System’, enveloped by the theme of “Co-Create, Co-Exist and Celebrate”. Despite the slowdown in the Indian motor industry, the expo had several big brands take part in the event showcasing multiple new concept cars, with electric vehicles taking centre stage.

Today, the Auto Expo is eagerly anticipated by brands and fans alike.

Low Beam vs. High Beam: When to Use These Headlights

Headlights are designed specifically to cater to the safety and convenience of the driver and ensure the visibility of other vehicles, pedestrians, bicyclists, animals, as well as other obstacles on the road.

Headlights come in two specific modes — low beam and high beam. The main difference between low and high beam headlights is that a low beam is used for normal night-time driving; whereas high beams are used for driving on roads that have little to no light.

WHEN SHOULD YOU USE YOUR LOW BEAM LIGHTS?
Low beam headlights illuminate the road better in certain conditions and allow other drivers to see your vehicle without blinding them, ensuring fewer accidents. They are also ideal for all weather conditions or anytime your visibility is less than 150 metres. As a lower\ beam lights up the road at short ranges, you’ll mostly use them in the city with well-lit roads and areas. Low beams are designed to aim light down to the ground and towards the side; this way they don’t blind vehicles in the opposite direction or those in front of you.

WHEN SHOULD YOU USE YOUR HIGH BEAM LIGHTS?
High beam headlights are only suited for use in poorly-lit urban roads and rural areas. They should have limited city usage as they tend to blind oncoming traffic due to their bright, long-range illumination. They’re usually used on highways and areas without much traffic. Because high beams are so bright, be sure to switch to your low beam when you’re approaching a vehicle from behind so you don’t blind the driver ahead of you.

While high beams increase your visibility to 350 to 400 feet and help increase visibility when driving on dark streets or highways, you should never solely rely on high beams; nor should you use them on city roads amongst traffic. Never use high beams during unfavourable weather conditions as they cause glare and momentary blindness, making them extremely unsafe.

Over time, headlights tend to get dirty with accumulated dirt, and this can cause lower illumination and visibility on dark roads. Remember to clean your headlights occasionally as a necessary safety measure.

Make sure you adjust your driving speed according to the road and traffic conditions and always be considerate of the other drivers around you.

Growth of Electric Vehicle Charging Stations in India

The growth of the electric vehicle industry in India directly depends on the availability or shortage of charging stations in the country. As part of the Faster Adoption and Manufacturing of Hybrid and Electric Vehicles (FAME) India programme, the government has approved a plan to establish 2,636 charging stations throughout the country to further encourage the use of EVs and produce high adoption by 2030 in India.

According to this report, of the 2,636 stations:

  1. Rapid charging stations = 1,633
  2. Maharashtra = 317
  3. Andhra Pradesh = 266
  4. Tamil Nadu = 256
  5. Uttar Pradesh = 207
  6. Rajasthan = 205
  7. Delhi and Chandigarh = around 70

It is expected that at least one charging station will be available in most of the selected cities in a grid of 4 km x 4 km. Energy Efficiency Services Ltd. (EESL), an energy service provider owned by the Indian government is all set to collaborate with engineering group Bharat Heavy Electricals Ltd. (BHEL) to build electric-vehicle charging stations throughout India.

Various community charging stations and businesses are taking on the initiative of increasing the accessibility of these stations. Tata Power established the first set of Electric Vehicle charging stations in Mumbai and are now present in Delhi and Hyderabad.

PluginIndia wants to popularize the concept of community charging stations with the idea for businesses/resorts/vacation homes etc, that are at a distance of 40-70 km around cities, to setup normal 15 Amp charge points or Smart EVSE for electric cars and next-generation electric bikes. Having successfully set up 257 Community Charging Stations across India, they have developed a mobile app by the community for the community, complete with Google Maps integration.

RE:CHARGE INDIA App Features

  1. Find electric vehicle charge points near your location
  2. Browse electric vehicle charge points on a Map
  3. Search for charge points
  4. View electric vehicle charge points details
  5. Get driving directions from your location to an electric vehicle charge point
  6. Call phone number directly from the app
  7. Report an electric vehicle charge point
  8. Add a new electric vehicle charge point

Get the App:
Android – Recharge India – EV Charging points map

App Store – RE:CHARGE

All of these efforts have one goal – that easier access would encourage more use; and the faster that EVs become a trend, the better for the environment.