Changing our energy landscape

Given the central role National Grid plays in the energy industry, we are committed to taking a leading position, alongside governments and regulators, in shaping and facilitating the future energy landscape. Acting as: an innovator in the development of ideas and technologies; partner to create and support a framework through which new technologies can be demonstrated; and contributing actively to the development of policy.

Operating the system  in 2020

Operating the system in 2020

As the UK energy industry works to ensure continued security of supply we will face new challenges in operating an electricity transmission system with intermittent renewable generation, new larger nuclear power stations and greater interconnection. We expect that: day-to-day operation of the transmission networks will become more complex; the way we operate and the way the electricity market operates are likely to change; and the way that consumers interact with the market may also change.

We have been working with other energy companies, the UK government and Ofgem to produce a vision of the network reinforcements, market and framework changes required to meet these challenges. In 2009, we published a document describing the likely issues relating to operating the electricity transmission networks in 2020, including the challenges we will face in our role as system operator and an indication of the services we are likely to require going forward. We believe we can address these challenges by building on our expertise in operating transmission networks and by seeking out innovative solutions, which allow more parties to play a role in securing energy supply in the UK.

Innovation

Innovation

The role of research and development is vital as we strive to be an innovative leader. In 2009, a new National Grid power systems research centre opened at the University of Manchester. The two new laboratories are designed to support research into the reduction of electricity consumption and the development of renewables, energy storage and clean technology. The University is already home to the National Grid High Voltage Research Centre, which is the largest university-based facility of its type in the UK.

Smart grid progress

We are developing a solution combining smart meters, integrated high speed communication, distribution automation and home energy management. This solution could potentially optimise the flow of distributed energy resources; enhance the performance of electricity transmission and distribution systems; and help customers to behave more energy efficiently. We have made significant progress in our plans for the evaluation of smart grid technology, investing in a dedicated smart technology centre to allow extensive testing prior to deployment. This gives us the opportunity to understand the capabilities of potential new solutions. Subject to regulatory approval, our next step is to commence demonstration programmes to learn more about the wider benefits of various smart grid applications.

Carbon capture and storage

Carbon capture and storage has the potential to play a vital role in the decarbonisation of electricity generation, involving the transportation of carbon dioxide produced during electricity generation to suitable storage sites. Having established key partnerships, we are now working on one of the world’s first demonstration projects, seeking to reuse one of our high pressure natural gas transmission pipelines. We are investigating how our expertise in gas pipelines can be applied to allow us to contribute to the definition and engineering of a transport and storage solution.

Renewable gas
Image source: © New York City
Department of Environmental Protection Archives

Renewable gas

Renewable gas has the potential to make a significant contribution to renewable energy targets, while also helping to provide diversity and security of supply. National Grid is working to facilitate this important innovation through the development of three renewable gas projects. Newtown Creek in the US, situated at a wastewater treatment plant, is expected to be operational in 2011, subject to regulatory approval. Our two UK projects, in Suffolk and Manchester, are expected to be operational in 2010 and 2011 respectively. Such projects are designed to facilitate the injection of gas from sustainable sources into our existing gas distribution networks, allowing it to be delivered to customers to heat their homes and businesses.

Back to top