New creation from British battery storage developer delivers even larger potency and coherence from 2nd life EV batteries

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Image credit: Connected Energy

Connected Energy, a UK-based colonize in site-integrated appetite storage solutions, has successfully proven a new technique that enables mixed 2 nd life electric car (EV) batteries to be operated in series.

The Company says a latest creation delivers larger coherence from a award-winning E-STOR storage record – so creation a complement even some-more affordable and permitted to a wider operation industrial and blurb appetite users.

This innovative proceed raises a net following voltage to a turn where adult to 50% some-more appetite can be drawn from a existent DC/AC inverter. Crucially, it also doubles a appetite available.

For finish users, a advantages are two-fold. Firstly, this offers a serve cost rebate in £/kW. This is joined with an boost in a flexibility of EV battery packs when used in immobile storage applications.

Connected Energy’s CEO Matthew Lumsden comments:

“This an sparkling and judicious subsequent theatre in a growth of a E-STOR battery storage technology. At a technical level, we have achieved a objectives by formulating algorithms and strategies that capacitate us to control any battery alone around a ‘OEM’ Battery Management System when battery packs are connected in series. This facilitates a safe, effective and fit control of second life EV battery packs when operated in a array string.”

Connected Energy is formed in Newcastle on Tyne with a technical centre nearby Norwich. Reuse of electric car batteries is during a heart of a E-STOR battery storage solution. Second life enables larger exploitation of a CO and appetite embedded in a production of a batteries, adding to a sustainability certification of electric vehicles as good as a electricity system. Using second life batteries also reduces complement costs – creation appetite storage systems financially viable for a operation of customers.

Source: Connected Energy 

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