JLR launches smart charging pilot with Ev Energy

Jaguar Land Rover (JLR) is running a smart charging pilot with Ev Energy using 10 electric Jaguar I-Pace models.

During the pilot, Ev Energy’s smart charging software platform will integrate with JLR’s connected vehicle platform to intelligently schedule charging at grid-friendly times that prioritise renewable energy. 

Following the pilot, the solution will be rolled out to drivers in the UK, the US and the EU. 

Swarna Ramanathan, JLR chief strategy officer, said: ‘’Our work with Ev Energy is testament to the power of corporate-scale-up collaboration in unlocking fresh ideas to solve some of our industry’s biggest challenges. 

“Together, we are designing and deploying a smart charging solution that will meet our luxury clients’ expectations.

“It will support the transition to electrification through the efficient use of energy, with a view to reducing pressure on the grid and lowering costs for users.’’ 

The collaboration follows an investment by JLR’s corporate venture capital arm, InMotion Ventures, in Ev Energy as part of JLR’s innovation strategy, which explores the development of new technologies through joint ventures with innovative companies.

Nick Woolley, CEO and co-founder of Ev Energy, said: ‘’This initiative is a prime example of how an automaker and a software provider can work collaboratively to deliver a convenient, high-quality proposition, support the uptake of EVs and alleviate grid pressures to make charging cost-effective. 

“Working with JLR in the UK will help us further understand how our virtual power plant can support a grid with mostly low-carbon supply and growing demand from electric vehicles, learnings which we can apply to other regions and markets.’’

JLR says that its innovation strategy is already delivering results, with JLR and Allye Energy co-creating portable Battery Energy Storage Systems from second-life PHEV batteries.

The business is also currently working with Cesium Astro, another InMotion Ventures portfolio company, to develop advanced in-vehicle connectivity to realise the potential of software defined vehicles.