ÖKO-OPT-AKTIV - Optimiertes Regelung- und Betriebsverhalten thermisch aktivierter Gebäude zukünftiger Stadtquartiere

Engineering

1. Operational Behavior 100%
2. Predictive Control Model 100%
3. Improvement Potential 100%
4. Thermal Model 100%
5. Energy Source 100%
6. Distributed Optimization 100%
7. Control Strategy 100%
8. Load Shifting 100%
9. Energy Systems 100%
10. Floors 66%
11. Load Profile 33%
12. Energy Engineering 33%
13. Economic Benefit 33%
14. Measurement Data 33%
15. Temperature Zone 33%
16. Thermal Zone 33%
17. Mathematical Model 33%
18. Individual Zone 33%
19. Individual Building 33%
20. Peak Demand 33%
21. Thermal Load 33%
22. Thermal Characteristic 33%
23. Operating Cost 33%