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System operator innovation

We are working with innovation partners to adapt to changes in the energy system. New energy technologies and more renewables mean that we need to operate the grid in new and different ways. Our strategy outlines innovation opportunities that we want to solve in partnership with you.

System operator (SO) innovation strategy

Three mega-trends are shaping the future energy system. These are changing supply and demand patterns, creating opportunities for new players and new markets, and presenting challenges to the way the grid is operated.


The SO’s innovation strategy breaks down these mega-trends into sector issues and addresses them with 16 innovation priorities (below). Read our innovation strategy here.

01
Developing DSOs & whole system operability
02
Improving short-term generation/supply & demand forecasting
03
Managing volatility in a low-inertia system
04
Leveraging analytics in a data-enabled future
05
Delivering enhanced cyber security
06
Enabling more non-synchronous connections
07
Supporting voltage and reactive power
08
Optimising constraint management
09
Reimagining system restoration
10
Creating markets for the future
11
Harnessing a digitised grid
12
Understanding long-term behavioural change in consumption and generation
13
Enabling changing gas flows
14
Enhancing visibility of DER
15
Unlocking flexibility
16
Embracing gas specification diversity


Work with us

We work with industry and academic partners to develop and deliver innovation projects. The SO’s Innovation Team is here to connect stakeholders with the right people inside National Grid. We develop innovation projects from concept to implementation, collaborating internally and with suppliers to get projects off the ground. The innovation cycle shows you how and when to get involved. See the How we Work document for full details here.

Or get in touch by emailing [email protected].

 

Projects

Power Potential

Opening up new markets for distributed energy resources and generating additional capacity by alleviating constraints so that more renewable energy is connected to the network.

Find out more

Enhanced Frequency Control Capability (EFCC)

Facing the challenge of maintaining the 50 Hz frequency stability on the transmission system as new generation technologies come online, such as solar and wind.

Find out more