You know how a building's energy bill almost never matches what the architect promised? That gap between "should use" and "actually uses" is a huge problem — it can mean millions wasted over a building's lifetime. MOEEBIUS built simulation and monitoring software that tracks what's really happening in a building in real time, figures out where energy is leaking away, and tells managers exactly what to fix. Think of it like a fitness tracker for buildings — it spots the bad habits and suggests the workout plan.
Buildings routinely consume 20-40% more energy than their design specifications predict — a costly gap that erodes the business case for energy efficiency investments. ESCOs lose money on performance contracts when savings fall short of guarantees, facility managers can't pinpoint which building systems are wasting energy, and retrofit contractors struggle to prove that renovations will actually pay off because their prediction models don't reflect how buildings really operate.
MOEEBIUS built an integrated suite of simulation, monitoring, and optimization tools for building energy performance. This includes real-time self-diagnosis for operating buildings, improved retrofit decision-making tools using life-cycle cost and assessment models, district-level peak-load management, and occupant behavior models. The validated MOEEBIUS-PIPE platform was fine-tuned through testing at the KUBIK facility and 3 large-scale pilots, producing 37 deliverables in total.
If you are an ESCO guaranteeing energy savings through performance contracts — this project developed real-time simulation and monitoring tools validated across 3 pilot sites that let you accurately predict energy use before signing a contract, then continuously verify savings during operation. That means fewer costly surprises when actual consumption overshoots your guaranteed figures.
If you are a facility manager struggling with buildings that consume far more energy than their design specs promised — this project built self-diagnosis tools that pinpoint exactly which building components are underperforming and by how much. The system was tested with 16 partners across 10 countries covering diverse building types and climates.
If you are a retrofit contractor trying to justify renovation investments to building owners — this project created life-cycle cost and life-cycle assessment tools that give accurate before-and-after energy predictions. With validation from 3 large-scale pilots in Portugal, UK, and Serbia, you can show clients reliable payback calculations instead of optimistic estimates.
The project did not publish specific licensing or implementation costs. As an Innovation Action funded with EUR 6,036,468 across 16 partners, the tools were developed to production-readiness level. Contact the coordinator (Tecnalia) for current pricing or licensing terms.
MOEEBIUS was validated in 3 large-scale pilot sites in Portugal, UK, and Serbia, covering diverse building types, energy systems, and climatic conditions. A dedicated validation was also completed at the KUBIK test facility. This goes well beyond laboratory testing.
The IP is held by the consortium of 16 partners led by Fundación Tecnalia Research & Innovation (Spain). With 8 industry partners and 7 SMEs in the consortium, there is likely commercial interest in licensing. Contact Tecnalia directly for IP and licensing discussions.
The project directly addresses the EU Energy Performance of Buildings Directive by providing measurement and verification tools. It was funded under the EeB-07-2015 topic specifically targeting energy-efficient buildings for urban sustainability.
Based on available project data, the full development and validation cycle took about 3.5 years across 37 deliverables. Deployment timelines for individual buildings would depend on building complexity and existing sensor infrastructure. The project includes building energy management system (BEMS) integration capabilities.
Yes — the project specifically addresses BEMS (Building Energy Management Systems) integration and includes sensor-based real-time monitoring. The tools were designed for ESCOs, aggregators, maintenance companies, and facility managers working with existing building infrastructure.
The project ended in April 2019. However, with 8 industry partners including 7 SMEs, several consortium members may offer commercial versions of the tools. Tecnalia, the coordinator, is a major applied research organization that regularly commercializes project outputs.
The MOEEBIUS consortium is well-balanced for commercial follow-through: 16 partners from 10 countries with a 50% industry ratio (8 out of 16). Seven of those are SMEs — the kind of agile companies that typically push research outputs to market fastest. Led by Tecnalia, one of Spain's largest applied research organizations with a strong track record of technology transfer, the consortium includes 3 universities and 4 research institutes providing the scientific backbone. The geographic spread across Central, Western, and Southern Europe (CZ, DE, EL, ES, IE, NL, PL, PT, RS, UK) means the tools were designed to work across different regulatory environments, climates, and building traditions — a real advantage for any company looking to deploy across European markets.
Fundación Tecnalia Research & Innovation (Spain) — use Google AI Search to find the project coordinator's direct contact details
Want an introduction to the MOEEBIUS team? SciTransfer can connect you with the right person for licensing discussions or pilot partnerships. Get in touch.
