SciTransfer
GAIA · Project

Smart Energy Monitoring Platform That Cuts School Building Costs Through Behavior Change

energyPilotedTRL 7

Imagine giving every school a fitness tracker — but for electricity. GAIA built apps and sensors that show students, teachers, and parents exactly how much energy their school wastes, then turns saving energy into a game. Over 6,900 people across five European countries used it, and the whole thing runs on phones and web browsers so schools don't need expensive hardware. Think of it as Duolingo meets your electricity bill — except kids bring the habit home too.

By the numbers
6,900+
Users directly educated through trials
EUR 1,775,707
EU funding for R&D
9
Consortium partners
5
Countries involved in pilots
5
SME partners in the consortium
17
Total project deliverables
The business problem

What needed solving

Schools and public buildings waste significant energy because occupants — students, teachers, staff — have no visibility into consumption patterns and no incentive to change habits. Traditional energy efficiency measures focus on hardware upgrades (insulation, HVAC) but ignore the human factor, which can account for a large share of wasted energy. Building managers need a way to engage thousands of occupants in energy-saving behavior without disrupting educational activities.

The solution

What was built

GAIA built a complete ICT platform for energy behavior change: mobile apps (released on Google Play and Apple Store), a web platform, a sensor-based data acquisition system, an automated recommendation engine with energy profiling, and visualization tools. All components went through three release cycles (prototype, initial release, final release) with full technical documentation and installation manuals.

Audience

Who needs this

School districts and education authorities managing building energy costsEnergy service companies (ESCOs) adding behavioral programs to their portfolioSmart building and IoT companies seeking occupant engagement solutionsMunicipal governments responsible for public building energy efficiencyCorporate campus and facility managers with large occupant populations
Business applications

Who can put this to work

Education Technology / School Management
enterprise
Target: School districts, education authorities, and facility managers overseeing multiple school buildings

If you are a school district managing dozens of buildings and struggling with rising electricity bills — this project developed a complete ICT platform (web apps, mobile apps on Google Play and Apple Store, and sensor infrastructure) that engages students and staff in energy-saving behavior. It was piloted across 5 European countries and directly engaged over 6,900 users, turning energy reduction into an educational activity rather than a top-down mandate.

Energy Services / ESCOs
any
Target: Energy service companies offering efficiency programs to public buildings

If you are an energy service company looking to add a behavioral change layer to your technical efficiency solutions — GAIA built a ready-to-deploy recommendation engine and data profiling service that identifies wasteful patterns in building energy use. The platform includes automatic recommendations and visualizations, and was tested with real users across schools and universities in 5 countries. With 9 consortium partners including 5 SMEs, the technology was designed with commercialization in mind.

Smart Building / IoT Solutions
SME
Target: IoT and smart building startups seeking a proven engagement platform for occupant behavior

If you are a smart building company that has sensors and dashboards but struggles to get actual occupants to change their habits — GAIA developed a sensing and data acquisition layer connected to gamified apps that were downloaded from Google Play and Apple Store. The system bridges the gap between building data and human action, with a complete set of technical documentation and manuals ready for integration into existing building management setups.

Frequently asked

Quick answers

What would it cost to deploy this in our buildings?

The full R&D was supported by EUR 1,775,707 in EU funding across 9 partners. Deployment costs would depend on licensing terms from the consortium. The apps were released on Google Play and Apple Store with full technical documentation, suggesting a relatively low-barrier deployment model.

Can this scale beyond schools to commercial buildings?

The platform was designed for educational environments (primary, secondary, high schools, and universities) and piloted across 5 countries. The underlying data acquisition, profiling, and recommendation engine are building-type agnostic, but adaptation to commercial settings would require validation. Based on available project data, no commercial building pilots were conducted.

Who owns the IP and can we license the technology?

The consortium of 9 partners across 5 countries developed the technology. IP ownership is shared according to the EU grant agreement terms. Contact the coordinator (Institouto Technologias Ypologiston Kai Ekdoseon Diofantos, Greece) to discuss licensing. The apps and infrastructure software were publicly released with full documentation.

Was this actually tested with real users or just a lab demo?

This was tested with real users at scale. The project directly educated over 6,900 users through trials conducted in educational environments and homes across multiple countries. Final application releases were made available on public app stores, indicating production-grade software.

How does it integrate with our existing building management system?

The infrastructure includes a unified data acquisition layer and data profiling service, documented in multiple deliverable releases (initial, intermediate, and final). Full technical documentation and installation manuals were provided. Integration specifics would need to be discussed with the consortium partners.

Is there ongoing support or is this abandoned after the EU project ended?

The project closed in May 2019. The consortium included 5 SMEs (56% industry ratio), suggesting commercial interest in continuation. Apps were released on public app stores. Based on available project data, current maintenance status should be verified directly with the coordinator.

What regulations or standards does this comply with?

The project addressed EU energy efficiency objectives under the EE-11-2015 topic (energy efficiency in buildings). Based on available project data, specific certifications or compliance standards were not detailed in the deliverable descriptions. Regulatory alignment would need to be confirmed with the consortium.

Consortium

Who built it

The GAIA consortium is well-balanced for commercialization with 9 partners across 5 countries (Austria, Greece, Italy, Sweden, UK). The 56% industry ratio and 5 SME partners signal strong commercial intent — this wasn't a purely academic exercise. The coordinator is a Greek research and technology institute (DIOFANTOS), providing technical leadership, while the industrial partners likely handled application development and deployment. The mix of 2 universities ensures scientific rigor while the majority-industry composition suggests the technology was built with market needs in mind. The multi-country spread across Northern, Southern, and Western Europe provides diverse validation environments.

How to reach the team

The coordinator is Institouto Technologias Ypologiston Kai Ekdoseon Diofantos (Greece). SciTransfer can facilitate an introduction to discuss licensing and deployment options.

Next steps

Talk to the team behind this work.

Want to deploy energy behavior-change technology in your buildings? SciTransfer can connect you directly with the GAIA team and help negotiate licensing terms. Contact us for a free one-page brief.