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FLEXCoop · Project

Smart Demand Response Platform That Turns Energy Cooperatives Into Market Aggregators

energyPilotedTRL 7
flexcoop.eu

Imagine a neighbourhood where everyone has solar panels and batteries, but nobody can actually sell their spare electricity back to the grid in a smart way. FLEXCoop built a complete toolkit — from smart plugs in homes to a marketplace platform — that lets energy cooperatives pool all that flexibility together and trade it like a single big power plant. Think of it like Uber for electricity: the cooperative bundles small contributions from hundreds of homes and sells grid-balancing services to energy markets. The whole system is designed so homeowners barely notice any changes to their comfort while earning money from their flexibility.

By the numbers
16
consortium partners across Europe
10
countries represented in the consortium
9
SMEs involved in the project
62%
industry partner ratio in the consortium
EUR 3,979,190
EU funding for R&D
40
total deliverables produced
8
demo-stage deliverables with pilot validation
The business problem

What needed solving

Energy cooperatives across Europe sit on untapped value: their members have solar panels, batteries, EVs, and flexible loads — but no way to bundle and sell that flexibility in wholesale energy markets. Without aggregation tools, cooperatives leave money on the table and grid operators miss out on cheap, distributed balancing capacity. The result is wasted renewable energy, grid instability, and cooperatives stuck in low-margin business models.

The solution

What was built

FLEXCoop built and pilot-tested a complete demand response platform: an Open Smart Box (hardware for homes), a big data middleware platform, a flexibility forecasting and aggregation engine, a real-time monitoring and control system, an open marketplace for flexibility trading, a DER registry, and a global demand manager — all validated through pilot deployment with real consumers across multiple countries.

Audience

Who needs this

Energy cooperatives wanting to become aggregators and trade flexibilityUtilities and DSOs needing distributed demand response capacitySmart home IoT companies looking to integrate with energy flexibility marketsMunicipal energy companies managing local microgridsEV charging network operators seeking grid-balancing revenue
Business applications

Who can put this to work

Energy Cooperatives & Community Energy
SME
Target: Energy cooperatives or community energy organizations managing distributed generation

If you are an energy cooperative struggling to monetize your members' solar panels and home batteries beyond simple feed-in tariffs — this project developed a complete aggregator platform with real-time monitoring, flexibility forecasting, and an open marketplace that was pilot-tested with real consumers. It lets you bundle member flexibility and sell balancing services to grid operators, creating new revenue from existing assets.

Utilities & Grid Operators
enterprise
Target: Distribution system operators or utilities needing demand-side flexibility

If you are a utility or grid operator dealing with rising grid instability from unpredictable renewable generation — this project built and piloted a demand response optimization platform across 10 countries with 16 partners. The system includes automated load management, EV charging coordination, and a DER registry that can integrate with your existing infrastructure without vendor lock-in.

Smart Home & Energy IoT
SME
Target: IoT device manufacturers or smart home integrators

If you are a smart home technology company looking to expand into energy flexibility services — this project developed an Open Smart Box (OSB) hardware prototype and middleware platform designed for interoperability. The open architecture means your devices can plug into demand response programs without being locked to a single aggregator, opening access to a growing market for residential flexibility.

Frequently asked

Quick answers

What would it cost to deploy this platform for our cooperative?

The full R&D behind the platform was backed by EUR 3,979,190 in EU funding across 16 partners. Deployment costs would depend on the number of connected households and existing infrastructure. Contact the consortium — particularly Fraunhofer — for licensing or partnership pricing.

Has this been tested at real-world scale?

Yes. Multiple deliverables reference a pilot roll-out phase with real residential prosumers. The Open Smart Box hardware was installed in pilot consumer homes, and all major platform modules (forecasting, marketplace, monitoring) went through integration testing and pilot validation. The consortium spanned 10 countries.

What is the IP situation — can we license this technology?

The project was funded as a Research and Innovation Action (RIA) under Horizon 2020. IP is typically shared among consortium partners per their consortium agreement. Fraunhofer, as coordinator, would be the first contact point for licensing discussions. The platform was designed with open and interoperable principles.

Does this platform work with existing smart meters and home devices?

The system was specifically designed for end-to-end interoperability between energy networks, management systems, and devices. The Open Smart Box acts as a bridge to connect existing home equipment. The open architecture also guarantees easy switching between service providers and avoids vendor lock-in.

How quickly could we go live with this?

The platform went through full pilot validation between 2017 and 2021. Key modules — forecasting, aggregation, marketplace, and monitoring — are at final prototype stage. Based on available project data, deployment timeline would depend on regulatory requirements in your market and integration with local grid infrastructure.

What regulations does this address?

The platform was designed to enable energy cooperatives to participate in EU energy markets as aggregators, aligned with the EU Clean Energy Package. It supports transparent settlement, objective remuneration, and easy provider switching — all requirements under evolving European demand response regulations.

Consortium

Who built it

The FLEXCoop consortium is unusually strong for commercial follow-through: 10 of 16 partners are industry players, and 9 are SMEs, giving a 62% industry ratio — well above average for EU research projects. Led by Fraunhofer (Germany's largest applied research organization), the consortium spans 10 countries including major energy markets (Germany, Netherlands, Denmark, Spain, Ireland). This geographic spread means the platform was designed and tested against diverse regulatory environments and grid conditions. The high SME count suggests multiple companies were involved specifically because they see a market opportunity, not just a research exercise. For a potential buyer or licensee, this means there are likely multiple commercial partners already positioned to offer deployment services.

How to reach the team

Fraunhofer Gesellschaft (DE) — Germany's leading applied research organization. Use SciTransfer's coordinator lookup service to get the project lead's direct contact.

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Next steps

Talk to the team behind this work.

Want an introduction to the FLEXCoop team? SciTransfer can connect you with the right technical contact and prepare a tailored briefing for your specific use case.

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