With more and more enterprises and governments taking action to reduce their dependence on fossil fuels, further increase investment in electric vehicle technology. Expand the battery life and increase the production, so as to facilitate the surpassing of gas-powered vehicles. Tesla, Toshiba, Panasonic and Samsung have made progress in improving product range and battery capacity.

Researchers at the University of Waterloo have published a new paper that the use of lithium metal negative electrodes can greatly improve battery storage capacity, thereby greatly improving the performance of electric vehicles. If the development of new batteries can triple the distance traveled by electric vehicles, the use of electric vehicles may be more common. The paper, published in Joule magazine, details how scientists add a compound liquid consisting of phosphorus and sulfur to the electrolyte to protect lithium metal electrodes used in batteries, thereby increasing storage capacity.

Technological developments may increase battery capacity. If these are used in electric vehicles, the technology is not just a minor improvement. Battery capacity and scope are the breakthroughs of new energy electric vehicles, making them better powered than fossil fuels. Battery technology promotes the development of electric vehicles, makes them more environmentally friendly and protects the climate. Emissions may be greatly reduced.

In 2019, all-solar cars may be on the road. A Dutch company has launched the first solar electric car, LightyearOne, which is expected to be released this year. The all-solar electric vehicle design, just won the Climate Change Innovation Award, was designed by Lightyear, a Dutch startup.

Solar energy self-charging can supply power for several months, providing 400 to 800 kilometers of car journey. Solar vehicles have become a more valuable investment in the electric vehicle industry. For example, the Toyota Prius-powered solar roof uses a combination of traditional batteries and solar cells to increase driving range. Solar engineers measure the speed of the engine and equip it with a solar roof.

The first 10 LightyearOne solar electric vehicles will be on the market in 2019. So far, full solar electric vehicles are getting closer and closer. SAEV, a solar-assisted electric vehicle, is considered to be the best choice for solar-powered vehicles. Increased vehicle range by hundreds of miles, using only solar vehicles. Encouraging signs are emerging around the world for entrepreneurs to innovate in science and technology. For example, in 2017, the Byron Bay Railway Company created the first all-solar train.

Where a car goes, it can use sunlight to generate enough energy to recharge its battery. In sunny weather, it can run continuously without charging in the middle. On cloudy days, cars can charge electric vehicles by charging piles on the roadside. The new energy electric vehicle promotes the urban traffic service and is more environmentally friendly and green.