Electric vehicles are good news for the energy transition and for clean air. When moving, they’re emission-free. When parked, they’re like batteries on wheels – they can soak up excess clean power from the grid, and avoid drawing energy at times of peak demand.

They can even discharge that green electricity back to the grid when needed via vehicle-to-grid technology, helping to balance the system smartly and cost-effectively.

The Community Grant Programme is aimed at community organisations and charities located in areas where National Grid is working. The Programme funds projects run by charities and community groups that meet local community needs by providing a range of social, economic and environmental benefits. With National Grid’s Eryri Visual Impact Provision (VIP) project gathering pace in the Penrhyndeudraeth area, Porthmadog Junior Football Club applied for funding towards buying portable LED lighting and also to repair their pitch.

Significant progress has already been made towards transforming the UK’s power system, with a huge expansion in clean energy in recent years, as well as substantial investment in our electricity networks. But fully decarbonising the power sector by 2035 will require more urgent action from industry, government and the regulator.

Representing a world first in terms of pylon design, the first T-pylon to be built was constructed in September 2021 near East Huntspill.

T-pylons are quicker to erect than traditional lattice pylons and 47 more T-pylons were completed, including installation of the conductors by the end of 2022.

Our T-pylons will play a central role in connecting low carbon energy to millions of people when Hinkley Point C begins generation.

736m3, or 736,000 litres (enough to fill around two 25m swimming pools) of more sustainable, cement-free concrete was poured to fill the base of the 55m deep tunnel drive shaft at National Grid’s Hurst Substation in South London. The cement free solution was developed by Wagners and supplied by Capital Concrete and uses a binder of ground granulated blast furnace slag and fly ash geopolymer concrete system chemically activated by the use of industrial waste products instead of cement.

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