Nissan and 4R Energy Corp. allow us a super-green way to recharge its electric autos that combines a solar technology generation system with high-capacity lithium-ion batteries.
Testing of this different charging system begun today at Nissan’vertisements Global Headquarters in Yokohama.
In the new charging method, electricity is provided through 488 solar cells attached with the roof of the # keyword # headquarters building. Four batteries from the LEAF ended up placed in a container in a cellar-like part of the constructing, and store the electrical power generated from the cells.
With seven charging programs (three quick impose, four normal cost) located in the headquarter grounds, the overall electricity that can be provided and stored could be the equivalent to fully charging you approximately 1,500 Nissan LEAFs annually.
This innovative system will empower electric vehicles, that do not effectively emit any CO2 when driven, to be charged through a completely renewable energy source. This is one solution to make a cycle where As well as emissions resulting from driving a car is zero. Using the same lithium-ion batteries inside electric vehicles since stationary storage electric battery, electricity can also be presented to EVs regardless of the time of day or weather, letting efficient use of renewable energy sources.
4R Energy Corporation, a joint venture established by means of Nissan and Sumitomo Institution in September This year, has already started testing on a compact electrical energy storage system established with second-life lithium ion battery packs previously used in # keyword # LEAFs. Based on the outcome of this specific larger system, 4R Energy plans to enter the industry of mid-sized electricity storage area systems for commercially made and public facilities.
Demonstration examination outline
Solar cell: Maximum power output: 40kW
Power conditioner: Rated output: 40kW (10kW4)
Storage battery capacity: 96kWh
Grid control unit: Rated power output: 200kW
EV charging equipment: Fast charger: 3 (50kW3), Ordinary charger: 4 (Three or more.3kW14)