Eindhoven University of Technology collaborates with Genius to solve grid congestion
The energy transition faces a major challenge: grid congestion. The electricity grid is becoming overloaded, making it difficult to efficiently utilize renewable energy. To tackle this issue, the European research project Genius was launched. This consortium, supported by the European Union and OPZuid, explores innovative solutions to better utilize available grid capacity on the campus. Within this prestigious project, Eindhoven University of Technology (TU/e) plays a key role. VBoptimum has been selected as an innovative startup to contribute to the intelligent and predictive control of the iconic Atlas building using a Digital Twin.
Atlas as a testing ground for smart control
As part of the Genius project, VBoptimum is developing a Digital Twin for the HVAC system of Atlas. This involves creating a digital replica of the installations, including the heat pump, air handling, and zone controls. These are intelligently managed via the Honeywell Building Management System (BMS), aiming for approximately 20% energy savings while mitigating grid congestion. VBoptimum’s role in this EU-backed Genius project underscores the startup’s expertise in advanced building optimization.
Smart collaboration across the campus
The Genius project brings together various partners, including Simpl Energy, which is developing an advanced Energy Management System (EMS). This system forecasts and regulates campus-wide energy consumption, taking batteries, charging stations, and solar panels into account. VBoptimum utilizes these insights to optimally manage the HVAC system of Atlas. If the EMS predicts insufficient grid capacity for the next morning, the algorithms trigger a strategy where the heat pump is activated earlier. This pre-heats the building, allowing the heat pump to be switched off during peak hours. In this way, Atlas serves as a thermal buffer within the campus, actively contributing to reducing grid congestion.
Additionally, Fudura, one of the project partners, has provided a 3.4 MW battery, which plays a crucial role in balancing the energy grid. This battery helps absorb peak loads and supports the campus’s intelligent energy management. More information on this can be found on the TU/e website: Genius reveals battery to balance campus grid.
The future of energy-intelligent buildings
The approach at Atlas demonstrates how Digital Twin technology and smart algorithms can transform buildings into active players in the energy system. By looking ahead and making data-driven decisions, buildings can not only save energy but also contribute to a more stable energy supply. This provides opportunities for other campuses and cities across Europe struggling with grid congestion and energy efficiency. Thanks to collaboration with renowned institutions such as TU/e and support from the European Union, VBoptimum actively contributes to the future of the energy transition.
The Genius project is a collaboration between TU/e, VBoptimum, Simpl Energy, Fudura, and other partners. More information on this project can be found on the Stimulus website, the executing subsidy provider on behalf of OPZuid and the European Union: TU/e campus tackles grid congestion with European funding.
VBoptimum specializes in the intelligent control of HVAC systems based on predictive algorithms. We use a Digital Twin and Priva ecoBuilding algorithms, branding this as VBoptimize, powered by ecoBuilding.
