Enevate — the American developer of the advanced li-ion cells which feature is the HD-Energy technology. Thanks to it batteries are charged eight times quicker than traditional solutions, up to 50% save a charge longer, have up to 50% of high capacity and can work at temperatures of -20 °C and below (information is taken from the website of the producer in November, 2017). Enevate has about 25 patents.
2017: Charging of electric vehicles in 5 minutes
At the beginning of November, 2017 Enevate announced that its HD-Energy technology allows to load electric vehicles record-breaking quickly — in only five minutes.
According to the company, five minutes of charging are enough in order that electric cars could pass up to 240 miles (about 390 km). In 60 seconds of connection of accumulators to power supply system using HD-Energy will give to machines on electric draft the maximum stock of the course in 40 miles (80 km).
For many owners of electric vehicles of 80 km of a way it is quite enough for driving during the day so if the technology really enters mass market, it will save the electromobile market from one of the main barriers on the way of development — long charging.
It is noted that batteries which need to be charged more often can be the smaller size and cheaper cost, and thanks to it it is possible to reduce the final cost of electric vehicles, accumulators make the considerable cost of such machines.
By the beginning of November, 2017 the HD-Energy technology passes the last stages of certification then it will be able to enter the commercial market. However in Enevate do not call specific terms during which new development will appear in production cars.[1]
Earlier in 2017 scientists from the research university William Marsha of Rice located in Houston said that they created technology which will also reduce electric vehicle accumulator charging time up to 5 minutes. Researchers developed the anode with adding of porous carbon from asphalt.
Electric vehicles
- System of operational and technology management of the distribution electric networks
- Revolta Engineering
- Drive Electro
- Drive Electro KAMAZ Electrobus
- Trolza
- Polytech Solar Electric vehicle
- Modulo Electrobus
- Tesla Model, Tesla Semi Truck- Tesla Motors
- Polestar - Volvo Cars Group
- Toyota Electric vehicles
- Audi e-tron (electric vehicle)
- Honda Electric cars
- Ford Electric vehicles Ford Transit Custom PHEV
- Volkswagen Electric vehicles Volkswagen Moia
- Continental
- Bosch e-axle
- EVlink Wallbox of Electrogas station
- Nissan Leaf Nissan Yandex. Car Concept
- Siemens eHighway Electric vehicles
- Catalyst E2 (electrobus)
- Dyson
- Roborace Robocar
- Mercedes-Benz Concept IAA
- Enevate
- Aston Martin RapidE Electric vehicle
- Jaguar I-Pace (electric vehicle)
- Porsche Taycan electric vehicle
- Enverge (electrocrossover)
- Manta5 Hydrofoiler XE-1 (water electrobicycle)
- Systems of accumulation (storage) of energy (SNE)
- Lity-titanatnye accumulators
- Li-ion
- Lithium-air accumulator (lithium-air, Li-air)
- Lithium-pol cells
- Li-ion cells, LIA (market of Russia)
- Electrical accumulator
- Accumulators with solid electrolyte
- Solid-state accumulators
- Starter accumulators (market of Russia)
- Portable accumulators (world market)
Notes
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