Unlocking the Future of EV's with Ultra-Fast Charging and Artificial Intelligence

In this feature, Dr Doron Myersdorf, CEO of StoreDot, explores how AI might just hold the key to solving these issues, and the potential of this approach for the future of energy storage and EVs.

The Latest Developments in the Electric Vehicle Industry

The electric vehicle market is performing better than ever before, averaging over 4,000 new registrations per month in 2017.

Benefits of Combining EV Charger and PV Inverters

We saw that by combining EV charging and solar production into one integrated solution, we could improve the way energy is produced and consumed. In addition, it made sense to embed an EV charger in an inverter as both verticals share similar customers.

Car Insurance and Its Impact on Adoption of Electric Cars

Electric car insurance has also come down in cost because of a spurt in speciality mechanics to fix these cars and fewer complex moving parts that can be damaged compared with an engine. EVs are typically less likely to be stolen and more likely to be recovered in comparison

Neuron EV Unveils the Future of Smart Travel and Residence

The primary goal of MAP is to make static structures mobile, thereby expanding their functionality. It's designed to be compatible with standard shipping containers. MAP integrated shipping containers are self-driving spaces with limitless customization.

New Hydrogen Economy - Hype or Hope?

Both technology and economics are changing in favour of hydrogen and fuel cells. In addition to these two the other major positive for hydrogen is the policy change.

Electric Vehicles: IDTechEx Research Forecasts $2.6 Trillion Market, Many New Sectors

olor changing cars, ones with energy storage bodywork, light-emitting glass that darkens at a touch? All have been demonstrated. Supercapacitor buses charging in 10 seconds?

Majority of Consumers Zeroing in on Exactly How They Want to Use an Electric Car, New Survey from MINI USA Finds

When consumers were asked to choose an acceptable amount of time it should take to charge an EV, the most common answer (28 percent) was ''I don't know" followed by "30 minutes" (25 percent).

Fuel-Efficiency Vehicles: Where Are We Now?

Although sales growth in the U.S. has been slow, global sales of more energy efficient vehicles has taken off. This is leading to a great need for infrastructure investments that can support these types of vehicles, leading to many potential opportunities ...

Battery Streak Batteries Achieves 80% State-of-Charge in 10 Minutes

The new technology that we are using is called nano-structured materials. This is not nano-particles, but nano-structures. The distinction is that we make the electrode materials into tiny sponges, with the pores on the order of 10 to 50 nanometers.

How E+U companies Can Prepare for Electric Vehicle Growth

Customers seek cleaner transport options and lower total cost of ownership, both of which EVs can provide, while utilities seek to manage the charging times of these new electricity-consuming EVs and align that charging to the times of day that are the most economical.

The Impact of Electric Cars on the Automotive Industry

Although the shift to electric was once considered far off and unlikely for many people, the rising concern for climate change and sustainability has helped sway public opinion towards the need for transportation based on alternative energy.

ULEZ is coming: Are you ready?

The introduction of an Ultra Low Emission Zone is intended to help improve the air quality in central London. Currently, air pollution is one of the biggest challenges London is facing.

Are Solar-Powered Cars the Future?

The idea of the solar car is relatively new on the market and holds very real promise. If successful, the solar car will offer the ability to drive anywhere without burning any environmentally damaging fuels.

KeraCel, a World Leader in Solid-state Lithium Ion Batteries, Announced a Breakthrough in its Multi-material Ceramic Battery Using its Proprietary 3D Printing Technology

KeraCel is developing its ceramic solid-state batteries using proprietary additive manufacturing 3D printing technology resulting in unique monolithic structure. The unique structure allows for greatly increasing battery energy density, and producing safer and longer lasting

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