Develop an interoperable, DR-ready BMS extender that is compatible with at least 90% devices and systems—to integrate with existing BMSs, additional appliances and sensors currently deployed in buildings, and to the grid or campus like management systems—utilising the corresponding APIs, protocols, and standards.
Maximize building flexibility to improve building demand response capabilities up to a factor of 2, by:
- Integrating building inertia as a flexible load through advanced energy control schemes (Model Predictive Control);
- Exposing all building flexible loads for demand response; and
- Ensuring beneficial impact (cost and energy saving) for building stakeholders.
Enable standards-based semantic exchange of information between secure web database of home appliances, and BMS and smart-grid—for seamless system integration, allowing:
- The identification of connected hardware (BMS), devices and appliances for flexibility assessment;
- On-demand, device-specific update of interfaces, and DR operating protocols and signals;
- Specific interface encapsulation with an MQTT client and existing BMS or appliance networks; and Context-aware communication with smart grid.
Demonstrate TABEDE technologies and functionalities through extensive simulation-based testing, and prove the feasibility of the proposed solutions through deployment of TABEDE on three test sites that are representative of EU conditions in terms of climate, building occupancy and energy infrastructure.