SP Energy Networks creates team to boost green goals and aid government targets.

SP Energy Networks has launched a new initiative dedicated to supporting the community energy ambitions of local groups within its network areas. This new team and community energy strategy acknowledge the crucial role of community-led projects in helping the UK achieve its energy targets and empowering local communities to reduce energy costs and enjoy environmental benefits.

An independent review commissioned by SP Energy Networks revealed that community-led green initiatives have the potential to save 2.5 million tonnes of carbon annually by 2030, equivalent to powering 2.2 million UK homes. These programmes play a vital role in the transition to net-zero by providing alternative energy sources and grid flexibility to accommodate low carbon technologies.

As part of the Community Energy Strategy, SP Energy Networks will host workshops to educate and guide community groups in the energy sector. These workshops will offer technical guidance, project support, and practical advice to assist communities in their energy journey.

Furthermore, this initiative aligns with national targets, as the Scottish Government aims to achieve 2GW (2,000MW) of community and locally owned energy in Scotland by 2030 as part of its climate change goals.

Nicola Connelly, CEO of SP Energy Networks, expressed the importance of this new initiative, stating: “We have recognized the ambition within communities to engage in community energy projects, but many lack the resources and support to progress. Through our dedicated team, we aim to break down barriers and help more local groups unlock the benefits of community energy.”

Zoë Holliday, CEO at Community Energy Scotland, commended SP Energy Networks for taking the lead in establishing a dedicated community energy team. She highlighted the importance of this support in enabling local communities to develop and implement sustainable energy projects, contributing to Scotland’s reputation as a frontrunner in renewable energy.