Deliverables
- MoU, Innovationshub for flex energi i GC
- D1.3 Reporting and Administrative Plan
- D2.1a Data Infrastructure
- D2.1d Legal documents
- D2.2a and 2.2b Design specification and Commissioning Report
- D.2.3 SAT test report. Validation of automated meter readings and data collection system, according to specification from T2.1.
- D2.4 SAT test report
- D2.6a Specification of data collection system
- D2.6b Data Collection System SAT test
- D2.7a MTBF or similar system stability analysis report
- D2.7b System and data validation and warning tool manual
- D2.7d Report on system stability issues, solutions and future recommendations
- D3.3 & 3.4c Designing for thermal flexibility with recommendations to future building regulations
- D3.4b Findings published in scientific publications
- D3.5a1 Model predicative control based control algorithm for the smart buildings - PowerFlexHouses at PowerLabDK
- D3.8a Indicators and Interfaces
- D3.8b Demonstration of heating flexibility in smart homes
- D4.1 Smart Network Services
- D4.3a - Installation and SAT test report on Glen Dimplex storage space heating technology installed
- D4.4b Heat pump installations: air/water or water/water
- D4.4c Installation and SAT test report on domestic hot water heat pump in Showroom
- D4.4d Low-cost controllers specification, design and test report
- D5.1a A methodology for how to use buildings’ heat consumption data to improve the operation of a district heating network
- D5.1b(i) A manual for how to use existing buildings’ heat profiles to improve the design and operation of buildings
- D5.1b(ii) A proposal for a new energylabelling procedure for buildings based on measurements instead of calculations
- D5.2a Criteria for selecting between large heat pumps for district and small heat pumps for individual buildings
- Delivery no. 5.2 b: Analysis of the potential for storing heat in district heating pipelines
- D5.2c & D5.2d District heating flexibility – short term heat storage in buildings
- D5.2e District heating flexibility - Automation of short term heat storage in buildings - phase 2 of 5.2c (Analysis of the potential for storing heat at interruptible customers)
- D5.3 – Protocol for intelligent management of heat accumulators
- D5.4a Optimizing temperatures in low-temperature district heating networks
- D5.4b Installation and demonstration of domestic hot water circulation booster for reducing district heating return temperature
- D5.4c (i) Installation and demonstration of capacity limitation functionality for domestic hot water tank in a new building to reduce peak load, lower
return temperature and utilize thermal flexibility in domestic hot water tanks - D5.4c (ii) Installation and demonstration of capacity limitation functionality for domestic hot water tank in an old building to reduce peak load, lower
return temperature and utilize thermal flexibility in domestic hot water tanks - D5.5a Optimum supply of an island district heating grid by a local heat plant
- D 5.5b Manual for optimized operation of an island district heating grid
- D5.6 Scenarios and recommendations for heat supply to Nordhavn 2025, 2035 and 2050
- D.6.1.2b Operation-oriented application of the dynamic load profiling
- D6.3.1 Assessment of various battery types
- D6.3.2 Planning of installation
- D6.3.4 + D6.3.7 Results on Radius Elnet usage of Battery
- D6.3.6 The possibility of performing FNR with the BESS
- D6.4.1 – D6.4.4
Results on consumer insights regarding Flexibility product and use of Power tariffs - D7.2 eV Carshare & D7.3 charging Facilities
- D8.4a International experience on energy prices and tariffs
- D8.5c Overview of novel business models for heat and electricity
- D9.2 and 9.2b Business Case for physical showroom including development plan, concept for implementation, operation and anchoring
- D9.4 Real time Nordhavn visualizations
- D10.1c
1: Heat Booster Substation for Domestic Hot Water and
2: Circulation Booster for Domestic Hot Water - D10.2c Smart control of water-based heating services
