Matchmaker
| Funding mechanism | Strategic Innovation Fund (SIF) |
|---|---|
| Duration | Jun 2026 - Sep 2026 |
| Estimated expenditure | £167,970 |
| Research area | Challenge Accelerate grid expansion by developing solutions that improve public support and reduce opposition to infrastructure |
Opposition to renewables and new grid infrastructure is growing. People can see turbines and pylons in the landscape, but they don't see the benefits flowing back to their community.
What's more, securing a grid connection for new generation can be especially challenging for communities - and shared ownership projects are few and far between.
That's why we're developing Matchmaker. It's a service that connects developers with communities to explore shared ownership of new generation. This project will test whether better coordination could help unlock shared ownership at scale, build local support and reduce risk for the networks.
Problem(s)
The need for new grid infrastructure and the benefits it brings are not widely understood, which can lead to public opposition to grid expansion. Tangible local benefits need to be felt and seen, rather than just explained. This requires more than simply being able to connect their EV charger or heat pump in a timely manner. Broader financial, social and environmental benefits, such as those realised from community ownership of renewables, could help increase public engagement and support for necessary grid expansion.
A substantial body of research indicates that community-owned renewables can enhance trust, legitimacy and public acceptance of renewable energy projects. A newer but growing body of literature also suggests that similar mechanisms can support the acceptance of grid infrastructure. We want to test this further through this project.
Barrier: Congested connections queue
However, the connections queue for projects 'needed' for CP30 is full, which creates challenges for new community-owned energy initiatives. Shared ownership of projects in the queue is a logical solution that enables communities to feel engaged and directly benefit from the transition. However, there is currently no easy way for communities and commercial developers to connect and explore potential partnerships. This project aims to validate the need and business case for a digital "matchmaker" service to accelerate shared ownership schemes.
Solution: National matchmaker service
The main users of the matchmaker service will be community groups and commercial developers. In addition to searching for geographical matches for shared ownership schemes, the service could also streamline the process and provide easier access to the guidance and support people need to set up schemes. We will take an agile, user-centred approach to developing this service based on the needs identified. There is potential for DNOs to also use the service to identify community groups to partner with on engagement campaigns, e.g. where new grid infrastructure is to be built. These groups can act as trusted local intermediaries and advise on appropriate engagement techniques.
Discovery objectives
The desired outcomes of the Discovery are to validate the need for the service, define the core service features, identify any policy or regulatory barriers, develop the business case and recommend a suitable business model. This project will build on research by Regen and others on the value of community-owned generation, different shared ownership models and how shared ownership can support a just transition.
Innovation Justification
The Project demonstrates novel and ambitious innovation by applying a digital matchmaking approach to shared ownership of renewable energy -- an area where uptake remains limited despite strong policy intent, evidence of increased local benefits and growing public acceptance of the energy transition (see appendix). The core innovation lies in adapting proven digital matchmaking techniques to the energy networks context and combining them with a user-centred design approach.
This approach represents a clear step-change through:
- Active matching and support: While organisations such as Community Energy England have recommended creating a public register of projects to support matching, no such register exists. The proposed service goes further by actively matching parties and providing tailored support to establish successful partnerships, addressing wider barriers including lack of clarity and trust.
- Wider engagement: We will test whether shared ownership appeals beyond established community energy organisations by exploring interest from non-energy community groups, helping to engage harder-to-reach parts of society and broaden participation in the energy transition.
- Grid acceptance research: We will investigate the relationship between community ownership of renewables and acceptance of wider grid infrastructure. The Project builds on Regen's previous research into shared ownership and leverages this evidence to move beyond research into a practical, testable service that could unlock delivery at scale.
Digital matchmaking and information platforms are established technologies (TRL6--7), but their application to shared ownership in energy networks is novel. The Project will explore integration readiness by identifying interface points (e.g. with GB Energy, consultants and DNOs) at IRL 1--3 and advance commercial readiness by assessing demand, delivery models and scalability, targeting CRL 2--3 by the end of the Discovery phase.
The proposed size and scale for Discovery is the NGED licence area. NGED already supports community energy organisations and is committed to new connections to its network, making it an ideal initial partner. However, the Project addresses a national challenge aligned with the government's ambition to support1,000 community energy projects, with clear potential to scale across Great Britain.
The Project is not suitable for funding through BAU activities, as it goes beyond established stakeholder engagement or connections advice and introduces a fundamentally new way for DNOs to engage with customers, with network benefits that are plausible but unproven. The Discovery phase will test this assumption, explore counterfactual approaches and assess alternative models, ensuring SIF funding is used to de-risk innovation before wider adoption.