The UK government has awarded £102.5m to four demonstrators for smart energy systems that aim to use technology to optimise how we use electricity and heating
From charging electric vehicles and managing heating through machine learning to using a virtual power station to predict supply and demand, new smart energy systems could revolutionise how we consume power.
Four demonstrators in the UK have been announced by the government to showcase how the latest innovation could provide cheaper, cleaner energy.
They are backed by the £102.5m Prospering from the Energy Revolution Challenge project, which is part of the Industrial Strategy Challenge Fund.
Slated for launches in the early 2020s, they will help towns and cities become “hubs” to spur the low-carbon transition across the electricity, heat, cooling and transport sectors at a larger scale.
Energy and clean growth minister Claire Perry said: “We are at the start of a green revolution, as we move to more digital, data-driven smart systems that will bring us cleaner and cheaper energy.
“These projects, backed by government funding, are set to spark a transformation and change the way we interact with energy for the better as part of our modern Industrial Strategy.
“We’re excited to see how these businesses and project partners reveal how innovative tech, such as energy storage, heat networks and electric vehicles, can set us on the path to a smarter energy future. This is tomorrow’s world, today.”
Rob Saunders, deputy director for the challenge project at UK Research and Innovation, added: “We all need energy systems that are cheaper, cleaner and consumer-friendly.
“We have a great opportunity with these demonstrators to show just how innovation can deliver this energy ambition for the future.
“Supported by the Industrial Strategy Challenge Fund, these projects can drive investment, create high-quality jobs and grow companies with export potential.”
Smart energy systems demonstrators
The projects must demonstrate new, smarter, local energy approaches at scale, which can:
Provide cleaner, cheaper, more desirable energy services for the end user
Lead to more prosperous and resilient communities
Prove new business models that are suitable for investment and can grow and replicate in the 2020s
Provide evidence on the impacts and efficiency of novel energy system approaches by the early 2020s
The funded demonstrators are:
The Energy Superhub Oxford
The £41m Energy Superhub project will be built in Oxford to host the world’s largest commercial hybrid energy storage facility.
It will feature the world’s first transmission-connected 50 megawatts (MW) lithium ion and redox-flow hybrid battery systems, with the aim of balancing more intermittent renewable energy on the grid.
There will also be the potential for up to 100 electric vehicle rapid charging points installed across the city to encourage a greater uptake of clean cars and the electrification of public transport.
A network of 320 ground source heat pumps will be installed within or nearby social housing developments to help residents conserve energy and save money by controlling heating with their smart phones.
Artificial intelligence and cloud-hosted software will use algorithms to forecast and optimise energy supply and demand – which the project leader hopes will be reduced by 25% each year – as well as manage battery degradation.
A consortium led by London-based energy firm Pivot Power – also including Habitat Energy, Kensa, redT Energy and the University of Oxford – will work with Oxford City Council to lead the project.
It will support the city’s efforts to create the world’s first zero-emission zone by 2020.
A pioneering virtual energy system will be created in Orkney, an archipelago off the north-eastern coast of Scotland, in order to establish the “energy system of the future”.
It aims to interlink local electricity, transport and heat networks into a single controllable, overarching digital system – thereby optimising efficiency and lowering emissions.
The government says Orkney uses a greater mix of renewable energy than the rest of the UK but struggles to maximise usage of this generation due to a limited grid capacity.
The £28.5m ReFLEX project will deliver an extensive new pool of flexible demand technologies at regional scale.
Up to 600 batteries, 200 vehicle-to-grid chargers, 600 electric vehicles and 100 flexible heating systems will be introduced to the “smart energy island”, alongside an electric bus and e-bike transport system.
Orkney’s new FlexiGrid software platform will charge flexible energy assets during periods of peak local renewable generation and release stored energy during times of peak demand.
A new peer-to-peer trading service will be created so individuals can sell energy they generate with each other to incentivise the consumption or storage of energy when generation is high – and encourage uptake of low-carbon heating and transport.
The European Marine Energy Centre will lead the project in a consortium also involving Aquatera, Community Energy Scotland, Doosan-Babcock, Heriot-Watt University, Orkney Islands Council and Solo Energy.
Project Leo – or Local Energy Oxfordshire – is a smart energy system that utilises a local, responsive electricity grid with improved flexibility.
The £40m project – which includes £26m in private funding – will explored technologies such as battery storage, electric vehicles and demand-side management.
By creating a local energy marketplace, it will enable energy loads to be virtually aggregated ad dispatched flexibly across about 90 participating projects.
It will also involve peer-to-peer trading, forecasting of energy demand and testing investment models in various markets.
Project Leo aims to replicate and trial aspects of the distribution system operator (DSO) models being explored by industry, government and the energy regulator.
National energy supplier Scottish and Southern Electricity Networks (SSEN) will lead the project alongside EDF Energy, Nuuve, Open Utility, Origami Energy, Oxford Brookes University, Oxford City Council, Oxfordshire County Council, The Low Carbon Hub CIC and University of Oxford.
Smart Hub SLES
Based in West Sussex, the Smart Hub SLES project will integrate smart energy management across council housing, private homes, transport infrastructure and commercial properties.
A hybrid hydrogen and electric vehicle filling station, along with mesh networks for power management, will be among the technologies deployed.
A virtual power plant will also be established to optimise heat networks, solar and storage assets, and both electric and hydrogen-fuelled transport.
It will integrate several platforms that can dynamically monitor and respond to energy demand and generation, thereby improving the grid’s resilience to overloading.
The consortium will include Advanced Infrastructure, Connected Energy, Flexitricity, Honda Motor Europe, ITM Power, ICAX, Moixa Technology, Passiv- Systems, Switch2 Energy, The Carbon and Energy Fund and West Sussex County Council.