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Artificial Intelligence (AI) is transforming the energy sector. In this white paper we highlight key areas of impact both now and those that need to be transformed in the next five years.
At Energy Systems Catapult we work with a wide range of stakeholders to understand and communicate approaches to innovation and best practice within Energy, Machine Learning, Data Science and AI.
The Department Business, Energy and Industrial Strategy commissioned Energy Systems Catapult to review how innovation could enable low income and vulnerable (LIV) consumers to participate in a smart, flexible energy market.
Energy Systems Catapult’s new report Enabling Smart Local Energy Systems: Finance and Investment has found that local authorities can play a pivotal role in delivering Net Zero by leveraging public funding to scale up the private finance needed, however new approaches are needed to do so effectively.
Energy Systems Catapult has explored new techniques for electricity price forecasts using supply-demand data to support the development of local energy market business models and innovation. The Probabilistic Day-Ahead Wholesale Price Forecasting report outlines a proof of concept for three potential forecasting models to the GB wholesale market and compares them to better understand their capabilities and limits for probabilistic price forecasting.
The Energy White Paper launched in December was designed to present a vision for how government intends to make the transition to a Net Zero energy system by 2050. This insight article focuses specifically on the impact for Smart Local Energy Systems (SLES).
This report makes the case for a new ‘Carbon Regulator’ to oversee accurate and coherent monitoring, reporting, and verification of greenhouse gas emissions reduction and removal across the economy.
The Department for Education and the Department for Business, Energy and Industrial Strategy commissioned Energy Systems Catapult to carry out a short investigation with the aim of identifying the principal challenges and opportunities associated with decarbonising the English school estate – which is responsible for a quarter of carbon emissions from the public sector estate.
Energy Systems Catapult has identified 313 companies in the first scoping of the UK’s Electric Vehicle Energy Landscape. Produced as part of the Innovating for Clean Air (IfCA) project, our landscape maps the EV supply chain, from distribution & transmission to consumers.
Electric vehicle sales are rising from a very low level. Uptake needs to spread beyond early adopters to the entire market. But around 30% of UK households have no access to off-street parking. This paper reports research exploring charging options for these households.
Rethinking Electricity Markets is an Energy Systems Catapult initiative to develop proposals to reform electricity markets so that they best enable innovative, efficient, whole energy system decarbonisation.
To achieve the 2050 Net Zero target, 5.5 million socially rented homes need to be decarbonised. These homes represent a diverse portfolio of property types, and tenants with different needs, therefore a range of solutions will be required. This research provides insight on the drivers and challenges for social housing providers and the potential opportunities for Smart Local Energy System (SLES) services to help them meet their targets.
Leading Midlands social housing landlord whg led a consortium on the InnovateUK funded two year project exploring the potential of offsite modular housing construction. Energy Systems Catapult undertook dynamic modelling assessments using our Home Energy Dynamics tool-kit to calculate the building’s energy and thermal efficiency for various home configurations, building materials, power and heating systems, and occupancy profiles.