The APEX (Alternative Power for Equitable Communities) project will introduce an innovative method for localised and community-centred energy systems. It aims to leverage the capabilities of power-to-hydrogen (PtH2) technology within community settings while exploring forthcoming whole systems future energy scenarios that optimise the utilisation of current gas infrastructure.
This concept revolves around harnessing excess, local renewable energy to produce hydrogen through electrolysis, strategically integrated to amplify energy flexibility and lower energy costs. The innovation will incorporate green hydrogen into the existing infrastructure, thus contributing significantly to sustainable development and the transition to low-carbon, place-based community heating schemes. The project will help with shaping the future of how hydrogen can integrate with community energy systems in line with the UK’s vision of a Just Transition to Net Zero.
Benefits
Future Network Planning
- Optimisation of existing gas distribution infrastructure and introduction of innovative pathways for networks to adapt and thrive in a sustainable energy landscape.
Network Resilience
- Integrating renewable energy storage capabilities through PtH2 technology, the energy network becomes more resilient. It can better manage fluctuations in energy supply and demand, reducing the risk of grid failures and ensuring a reliable energy supply for all consumers.
Whole Energy Systems
- The project encourages cross-sector integration by exploring the repurposing of gas infrastructure for electrification and other use cases. This promotes the efficient utilization of existing assets, leading to a more integrated and optimized energy network.
Reduced Strain on Electricity Grid
- The project's ability to utilise surplus local renewable energy and redistribute it as hydrogen eases the strain on energy grids during peak demand. This reduces the likelihood of overloading the grid and enhances its overall stability.
Community Partnerships
- The project fosters partnerships with local government bodies, research institutions, and community organizations. These collaborations bring valuable insights, technical expertise, and community engagement, strengthening the energy network's relationships and ensuring the project's success.
Reduced Energy Bills
- Integrating power-to-hydrogen (PtH2) technology into community heat networks, the project will explore optimal approaches to reducing reliance on conventional energy sources, with the aim of reducing pressure on energy bills for consumers.
- Exploring the efficient use of surplus local renewable energy for hydrogen production, the project will aim to reduce pressure on costs for heating and hot water, with the potential for cost savings.
Stable and Reliable Energy Supply
- One of the key benefits is the assurance of a stable and reliable energy supply. Even during peak demand, PtH2 technology ensures a consistent source of energy, guaranteeing that consumers have access to heating and hot water when they need it most. This reduces the inconvenience and discomfort associated with energy supply interruptions.
CO2 Reduction
- The project's focus on green hydrogen drastically reduces the carbon footprint of community heating systems. By transitioning from traditional fossil fuel heating to hydrogen, consumers contribute to a greener environment and a reduction in harmful emissions, making their communities healthier and more sustainable.
Inclusivity and Community Empowerment
- Community engagement is an integral part of the project. Consumers have the opportunity to actively participate in shaping the energy solutions for their communities. This inclusivity fosters a sense of ownership and empowerment, allowing residents to have a direct impact on their local energy systems.
