Project
ALIVE-DER (ref.
TED2021-129722B-C32)
and research network REDYD2050:
Updated: November 27th, 2019
- SOME EXAMPLES:
- Space Heating
- Air Conditioning
- Water
Heating and HEAT PUMP WH
- DEMONSTRATORS: Laboratory facilities (NEW 2023)
DEMAND AGGREGATION AND DISAGGREGATION
- Disaggregated and Aggregated Load
Residential database for NILM (Open Access
on request): four main loads (fridge, AC,
electric heater, weather heater) and overall
demand (January- August 2017). Granularity of data
5-10 seconds
- Control and Automation "last-mile" platforms (recommended)
- Standards for Automated Demand Response
- : OpenADR 2.0
- Tools and Developments:
For more information see Publications
and Results Page
- Matlab scripts (basic
algorithms to test models): PBLM for WH
Acknowledgment: This web was partially supported by the AEI/Ministerio de Ciencia y Universidades (Spanish Government) and FEDER (EU) funds under Research Projects TED2021-129722B-C32 & RED2018-102618-T, reference MCIN/AEI/10.13039/501100011033
- Results: Research Journals (Open Access)
-
-
- Load Modelling Laboratory facilities: demonstrators (NEW!)
- Heat Pump Water Heaters (HPWH), residential HVAC and Ceramic Thermal Energy Storage TES loads
- Some pictures
of HPWH 80 l
-
Some pictures of Thermal Heat Storage (Ecombi- Plus Appliance-Load by Elnur S.A.): Ceramic bricks (storage capacity 8kWh). Insertion of thermocouples for the management load response
SymBox (IPSymcon) and Z-Wave Sensors (CO2, temperature, VOC, humidity...)
Example of Thermal-electrical equivalents being used for PBLM
