SP Energy Networks to use new technology in Wrexham

SP Energy Networks’ first live network deployment of smart transformers will happen at a substation in Wrexham.

 


SP Energy Networks to use new technology in Wrexham

Image for illustration purposes.

UK, Wrexha: SP Energy Networks’ first live network deployment of smart transformers will happen at a substation in Wrexham, in order to aid the connection of low carbon technologies such as electric vehicles and heat pumps as part of a £8.3 million innovation project. LV Engine, forming part of wider works by SP Energy Networks to investigate ways of adapting the network to best meet the needs of customers and funded by Ofgem’s Network Innovation Competition, will carry out the demonstration to investigate how power electronics can improve the quality and efficiency of power supply and reduce the need for disruptive and costly network reinforcement.

LV Engine will use power electronic technology with the goal to demonstrate greater voltage control at a substation level. The smart control system will recognise where electricity capacity can be shared between itself and other transformers on the network to maximise space on the network, allowing more low carbon technologies to be connected, while smart meter data will help tailor voltage in line with demand to ensure a high quality of supply. The data will aid operational planning and increase capacity on the grid.

Graham Campbell, Director of Processes and Technology of SP Energy Networks said: “Power electronics are playing a critical role in enabling our decarbonisation journey. This has become increasingly critical at distribution level to increase capacity and stability of the network as demand increases, while providing more flexibility for customers. Being a global first, LV Engine is developing engineering solutions that will enable a sustainable and efficient energy future by helping to shape future network design and make our LV network more flexible, adaptable, and ready for our low carbon future.”

Source: SP Energy Networks