Part 1 of 3: Since 2019, SP Energy Networks (SPEN) has procured flexibility services on Piclo Flex from a variety of assets and companies (Flex Providers) connected to their networks. In Part 1, we take a look at a market overview of their flexibility market data.
Flexibility is used by Distribution System Operators (DSOs) such as SPEN to mitigate the need for traditional reinforcement and reduce costs for their customers on the transition to Net Zero.
Flex Providers (FPs) upload their assets to Piclo Flex, after which they qualify and bid to win flexibility contracts. SPEN receives these bids from qualified FPs and will either accept or reject bids based on considerations such as price. After accepting the bids, SPEN and the FP enter into a Flexibility Services Agreement.
The data in this case study provides a snapshot of SPEN’s flexibility procurement 2019-2021 and the bids from FPs that were accepted. The data does not include information on Flexibility Services Agreements or flexibility services delivered. All data is publicly available on Piclo Flex and the files are linked below.
View or download the full case study here.
SP Energy Networks own and operate the electricity transmission and distribution network in Central & Southern Scotland, Merseyside, Cheshire, North Wales and North Shropshire. Check out their System Operator profile page.
Read here for more information.
We call the companies or organisations with assets providing flexibility services Flex Providers. These must:
DSO flexibility services can be provided by assets that are connected to the networks and able to modify its generation or consumption patterns in response to a signal.
When a DSO accepts bids from an FP based on factors such as location and price, this results in the DSO offering them a contract for them to provide flexibility services. Only when the contracts are signed by both parties are the services binding. Other UK DSOs refer to accepting bids as awarding contracts.
Flexibility is widely acknowledged as having an essential role in the Net Zero transition and provides a cost-effective alternative to physical network reinforcement. Flexibility is critical to reliable, decarbonised networks and key to unlocking capacity for new technologies such as EVs, renewables and heat pumps to connect to the grid.