ServicesPower Cuts.Help


Follow us

Twitter Icon Facebook Iconfbmessanger

Instagram Icon linkedIn Icon YouTube Icon

Million pound power upgrade completed in Sittingbourne

Britain’s biggest electricity distributor has completed a £1 million upgrade to the infrastructure that powers homes and businesses across Sittingbourne.

From Press releases - 25 February 2019 12:00 AM

UK Power Networks has installed new equipment at the town’s electricity substation so that it can keep providing safe and reliable electricity supplies to thousands of properties in future.

The work is among many schemes being delivered by the company’s £600 million investment programme this year, part of a £6.6 billion sum that will be invested over the eight years to 2023.

Tony Rogers, capital programme manager at UK Power Networks, said: “We have invested in the renewal of important equipment at the substation to ensure safe and reliable power supplies for the thousands of homes and businesses that we serve across Sittingbourne.

“The new transformer – a device which steps down the voltage so power can be safely delivered locally – will increase the capacity of the substation to meet the area’s growing demand for power and increase the flexibility of our network. It represents a significant investment to benefit our customers and is one of a number of projects we will carry out across the South East this year to maintain resilient electricity supplies.”

The 58-tonne transformer was delivered to the Borden area of Sittingbourne in the summer and a 500-tonne crane lifted it into position. Since then work has been progressing behind the scenes to connect it to the electricity network.

The site receives electricity from the national grid at 132,000-volts and the transformer that has recently started work, steps it down to 33,000-volts to be delivered to smaller local substations to serve individual homes and businesses.

UK Power Networks supplies electricity to 8.3 million homes and businesses across the South East, London and East of England through its network of cables, power lines and substations.