The demands on the energy system are increasing, driven by changes in our consumption and usage. The Future Power System Architecture project is, with the support of several key organisations from across the energy sector, working to understand how the system should move forward to meet these changes in demand by 2030.
By Eric Brown, Innovation Director, Energy Systems Catapult
In 2015 we embarked on a project with a 2030 horizon, focussing on the transformation of the GB electricity system to enable the country to respond to the challenges of decarbonisation. By we, I mean the Energy Systems Catapult (for whom I work), and the Institution of Engineering and Technology (IET); but we were not alone. Yes, we led, managed and supported the project but we didn’t do this in isolation; there was a broad range of organisations from across the power sector involved*, in this example of genuinely collaborative working.
The outcomes of the Future Power System Architecture Project – FPSA for short, were made public last July at an event in Central London. At the event, we also made six key recommendations:
- To align the development of the power system architecture with major policy commitments.
- To create an implementation framework for delivery of the required functionality.
- To deepen and extend the functional analysis through further refinement of functional requirements.
- To develop a transition route map to ensure market mechanisms are maximised and the need for intervention by the government being minimal.
- To extend the evaluation and identification of R&D and innovation requirements.
- To maintain the momentum developed in the FPSA project by formalising and supporting cross-industry and inter-agency working.
So here we are in early 2017, six months after the report launch and only 13 years away from the 2030 target. It’s quite daunting when you consider how much can and must change in this timeframe. Such dramatic change is possible and there are some good examples from the last decade or so that have had a great impact on the way we live. We’ve gone from watching television in our living rooms through a black box at times defined by broadcasters to now watching what we want, when we want through extremely powerful pocket-sized gadgets. This gives some idea of the scale of energy system change and behavioural change required to ensure we meet the 2030 target.
We have now been given the green light to push ahead with FPSA2 thanks to funding from Innovate UK. The vision for FPSA2 is to work across the energy industry to understand more fully what is required and how the sector could work together to advance the implementation of the change in a coordinated way. The objective remains – assuring the power systems will be able to to respond to the challenges presented by the energy trilemma: decarbonisation; security of supply and; affordability.
In line with our and the IET’s approach to the energy challenge, FPSA2 is taking a whole systems approach, considering not only the networks but also the customer, enabling us to understand and determine the opportunities for users- people like you and I, in our homes.
Addressing some of the lessons from the first phase, FPSA2 will engage more widely across the industry, including with new and emerging players. We are also working with a number of external experts and specialists to deliver the project. Timescales are tight so it’s demanding, but also an exciting challenge. We have organised the work in various packages to manage the project more effectively. As mentioned, this project is a good example of collaborative working and I am pleased this approach has continued in FPSA2.
So, if you’re interested, why not read the summary report, and if you feel you can add value to the project then please get in touch. Our focus in the coming months is to deliver FPSA2 and we are aiming to circulate our findings in the Spring, so watch this space.
* Steering Group Members
Atkins Global; Chiltern Power; BEIS; EDF Energy; Electricity North West; Elpower Renewable Power; Energy Network Association; Energy Systems Catapult; Global Smart Transformation; Imperial College; Institute of Engineering and Technology; Millhouse Power; Mott MacDonald; National Grid; Ofgem; P2 Analysis Limited; PA Consulting; Smarter Grid Solutions; University of Cardiff; University of Lancaster; University of Reading.