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Climate Action

B&Q distribution site now comes with batteries included

Kingfisher is installing battery storage at one of B&Q’s main distribution centres in the UK.

  • 31 July 2018
  • Adam Wentworth

Kingfisher is installing battery storage at one of B&Q’s main distribution centres in the UK.

The DIY company, which owns the popular chain of B&Q stores, will install eight battery units, each the size of a fridge-freezer, to help store power from existing solar panels at the site in Swindon.

The distribution centre already sources 100 percent of its electricity from 552 rooftop solar panels each year and exports an extra 35 percent back to the National Grid. A biomass boiler also provides 100 percent renewable heating.

The new battery units will help the site retain power at times of high production and release it overnight, or during times when it is more cost effective. The power will also be used to charge electric vehicles in its car park.

Reducing energy consumption is a major component of Kingfisher’s push to save money and cut carbon emissions. It is anticipated the batteries will reduce its power consumption from the National Grid by up to 31 percent.

Jeremy Parsons, head of energy at Kingfisher, said: “This investment at our Swindon distribution centre reflects our wider approach to energy strategy to help both our business and our customers improve energy efficiency.”

The home improvement company is investing £50 million in new renewable energy projects across its major UK property portfolio and already purchases 100 percent of its electricity from outside renewable sources.

Christian Mazauric, CEO of B&Q UK & Ireland, said: “The installation of energy storage batteries at the Swindon distribution centre marks an important milestone in our and Kingfisher’s commitment to reduce grid energy consumption. UK energy prices aren’t going down. Battery energy storage will help us to better manage the energy we generate on site and will move us even closer to our sustainability goals.” 

 

Photo Credit: Derek Harper/CC