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BRIGHT · Project

Community Demand Response Platform Turning Residential Consumers Into Grid Flexibility Assets

energyPilotedTRL 7
brightproject.eu

Imagine a neighborhood where every household's smart thermostat, EV charger, and heat pump automatically coordinate to balance the local electricity grid — and people actually get paid for it. BRIGHT built the software that makes this happen, combining blockchain-based peer-to-peer energy trading with AI that predicts when each home can shift its power use. They tested it with around 1000 real households across four countries — Slovenia, Italy, Belgium, and Greece — running two rounds of trials in each. The result is a toolkit that lets energy companies and cooperatives unlock flexibility from ordinary homes, not just big factories.

By the numbers
~1000
residential consumers engaged in pilot trials
4
demo sites across 4 EU countries
16
consortium partners
7
SMEs in the consortium
75%
industry ratio in the consortium
63
total project deliverables produced
8
demo pilot deliverables with validation results
7
countries represented in the consortium
The business problem

What needed solving

Residential energy flexibility is a massive untapped resource — households with heat pumps, EVs, and smart devices could help balance the grid, but today almost none of that potential is captured. The barriers are technical (no easy way to aggregate thousands of small loads), economic (individual savings are too small to motivate action), and social (consumers don't trust or understand demand response). Energy companies and cooperatives need a turnkey platform that handles all three problems at once.

The solution

What was built

BRIGHT delivered a community-centred demand response platform combining AI-powered digital twins for predicting household flexibility, blockchain-based peer-to-peer energy trading via smart contracts, and multi-market flexibility management algorithms. The platform was validated through 8 demo deliverables across pilots in Slovenia (smart home demand response), Italy (flexibility management aggregation), Belgium (cooperative multi-market aggregation), and Greece (virtual community energy management), each completing two rounds of real-world trials with around 1000 consumers total.

Audience

Who needs this

Demand response aggregators looking to unlock residential flexibility at scaleEnergy cooperatives and local energy communities wanting to offer members new revenue streamsSmart home platform companies seeking to add energy services to their productDistribution system operators (DSOs) needing local flexibility solutionsUtilities launching community energy programs for residential customers
Business applications

Who can put this to work

Energy retail and aggregation
mid-size
Target: Demand response aggregators and flexibility service providers

If you are a flexibility aggregator struggling to unlock residential demand response at scale — BRIGHT developed a multi-layered virtual power plant platform tested across 4 pilot sites with around 1000 consumers. It uses AI-driven digital twins to predict household flexibility and blockchain-based smart contracts to automate peer-to-peer trading, letting you stack value across multiple electricity markets simultaneously.

Local energy communities and cooperatives
SME
Target: Energy cooperatives and community energy organizations

If you are an energy cooperative looking to offer members more than just green electricity — BRIGHT built and validated community-driven aggregation tools in Belgium specifically for local energy cooperative multi-market centralized aggregation. The platform handles both real-time balancing services and intraday DSO services, giving your members new revenue streams from their existing smart home devices.

Smart home and building technology
mid-size
Target: Smart home platform providers and home automation companies

If you are a smart home technology company wanting to add energy flexibility services to your product — BRIGHT developed and tested demand-response aggregation integrated with smart home systems across 4 EU countries. The Slovenian pilot specifically validated non-energy services alongside demand response in decentralized virtual communities of smart home users, opening new service revenue on top of existing hardware.

Frequently asked

Quick answers

What would it cost to license or deploy this platform?

The project data does not include specific licensing fees or deployment costs. BRIGHT was coordinated by Engineering Ingegneria Informatica SPA, a major IT services company, suggesting commercial packaging is plausible. Contact the coordinator to discuss licensing terms for the platform components.

Can this scale beyond the pilot sites to thousands of households?

BRIGHT was tested with around 1000 residential consumers across 4 demo sites in 4 countries (Slovenia, Italy, Belgium, Greece), each running two rounds of trials with KPI evaluation. The multi-layered architecture with peer-to-peer blockchain and centralized aggregation options was specifically designed for different community configurations, suggesting scalability was a design goal.

Who owns the IP and how can I access the technology?

With 16 consortium partners including 12 industry organizations and 7 SMEs, IP ownership is likely shared across the consortium under standard EU grant terms. The coordinator Engineering Ingegneria Informatica SPA (Italy) would be the first point of contact for licensing discussions. Based on available project data, specific patent filings are not documented.

Does this comply with EU energy market regulations?

BRIGHT was funded under the LC-SC3-EC-3-2020 topic specifically addressing consumer engagement in demand response, and the Belgian pilot explicitly validated multi-electricity market algorithms including real-time balancing and intraday DSO services. The platform was designed to work within current EU Clean Energy Package requirements for energy communities.

How long would integration take with our existing systems?

The Slovenian pilot report describes integration with existing operational platforms, and the project ran two rounds of trials (1st and 2nd) at each of the 4 sites, suggesting iterative integration refinement. With 63 total deliverables produced over the 3-year project, substantial technical documentation should be available to support integration planning.

What types of community setups does this support?

BRIGHT validated four distinct community configurations: Local Energy Communities (LEC), Citizen Energy Communities (CEC), Virtual Energy Communities, and Communities on the Move. This covers both geographically bounded cooperatives and virtual aggregations of distributed consumers across different locations.

Is this only for electricity or does it cover heating and transport too?

The platform operates across energy (power, heat, gas), mobility, and smart home domains including comfort and personal safety. The objective explicitly targets the interplay among these sectors, and the increasing electrification of heat and transport was a core motivation for the project.

Consortium

Who built it

The BRIGHT consortium is heavily industry-oriented with 12 out of 16 partners (75%) from the private sector, including 7 SMEs — a strong signal that the technology was built with commercial deployment in mind, not just academic publication. The coordinator, Engineering Ingegneria Informatica SPA, is one of Italy's largest IT and software companies with deep experience in energy systems, giving the project a credible path to market. The 7-country spread (Belgium, Estonia, Greece, Italy, Netherlands, Romania, Slovenia) with only 1 university partner means the consortium prioritized real-world testing over theoretical research. Four distinct pilot sites ran two rounds of trials each, producing 8 dedicated demo deliverables with KPI-based evaluation — an unusually thorough validation effort even for an Innovation Action.

How to reach the team

Engineering Ingegneria Informatica SPA (Italy) — a major IT services company. Reach out to their energy or smart grid division for licensing and partnership discussions.

Order a report on this consortiumSee ENGINEERING - INGEGNERIA INFORMATICA SPA profile →
Next steps

Talk to the team behind this work.

Want an introduction to the BRIGHT team to discuss licensing the demand response platform or adapting it for your energy community? SciTransfer can arrange a direct meeting with the coordinator.

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