vehicle-to-grid

The company says its network is the largest fleet of batteries under virtual power plant management worldwide.

Vehicle-to-grid functions could soon become increasingly important. While policymakers discuss the necessary regulations in other nations, the Netherlands government is motoring ahead with the technology.

The smart battery storage supplier has launched a 35 MWh cluster in Japan. This could grow to over 100 MWh within a year, says Moixa.

A much talked about concept, but the final step into market operationality has not been done – yet. Nissan, The Mobility House, and Enervie have joined forces to allow Nissan Leaf’s to provide frequency control to a distribution grid in Germany. The concept has received permission to pursue its plans, and for corporate customers it will be ready for adoption as of 2019.

For renewables to claim a more sizable share of the global energy mix, the adoption of energy storage would need to pick up pace and the rapidly increasing size of the EV fleet will offer a scalable way to ramp up such access, says Fitch Solutions.

As EV adoption rates pick up pace, oil companies are looking to invest in the technology to maintain their position in the transport sector. Total has moved for G2mobility, which develops interconnected EV chargers that, using a web platform, provide smart energy management services.

The Dutch company provides lithium iron phosphate batteries and employs artificial intelligence solutions for mobility-as-a-service applications. It aims to develop its technology further with the help of the University of Twente.

The New Climate Economy and OVO Energy, together with the Imperial College London, have published two independent reports pointing at the tremendous financial advantages resulting from clean tech transitions. Carbon pricing schemes could reap global sales of around US$2.8 billion, they say. Wide-spread use of storage, V2G, and electric heating could further save U.K. homes around $258 per year.

EV charging infrastructure is set to become a major market, and actors from different sectors like municipal utilities, inverter companies and storage system providers are getting creative, and collaborative, in order to secure a slice of the cake.

The storage system supplier is providing its technology to the Isles of Scilly as part of an ERDF-funded project to meet the remote islands’ energy demands more cheaply and cleanly. Until now islanders used fossil fuels and electricity from mainland Britain at high tariffs, prompting energy poverty for many.