| No |
Deliverable |
Status |
Link |
| D3.1.1 |
Report describing the feasibility of heat recovery from waste water, PVT and heat storage in multi-family buildings and recommendations for demonstration including final design notes |
Completed |
Public |
| D3.1.2 |
Report on feasibility of the investigated technologies for utilising surplus heat from industry |
Completed |
Restricted |
| D3.1.3 |
Design note for implementing ORC technology |
Complteted |
Restricted |
| D3.2.1 |
Report with design notes on low-temperature district heating consumer substations for demonstration in multi- and single-family buildings |
Completed |
Restricted |
| D3.2.2 |
Report describing energy system benefits of low-temperature district heating |
Completed |
Restricted |
| D3.3.1 |
Guidelines for smart metering implementation and data collection for use in DH system optimization |
Completed |
Public |
| D3.3.2 |
Documentation of model development for optimised DH network operation based on smart metering data |
Completed |
Restricted |
| D3.4.1 |
Report with design notes and analysis of District Cooling (DC) demonstration projects in Växjö |
Completed |
Restricted |
| D3.4.2 |
Report describing the innovative solutions for DC developed and proposed for the district in Aarhus |
Completed |
Restricted |
| D3.4.3 |
Report describing the dissemination case study featuring the city of Kaunas |
Completed |
Restricted |
| D.3.5.1 |
Report describing the outcome of task 3.4.1-3.4.3 in relation to analysis of innovation level and suggestions for improvements in demonstration projects |
Completed |
Restricted |
| D3.5.2 |
Report describing the concept for holistic design of integrated energy systems for high performance-energy districts |
Completed |
Restricted |
| D3.5.3 |
Report describing the replication pilot for holistic design of integrated energy systems in Kaunas |
Completed |
Restricted |
| D3.5.4 |
Ph.D. thesis on pricing |
Completed |
Public |
| D3.5.6 |
Ph.D. thesis on optimization of building retrofit in an integrated energy system based on renewable energy |
Completed |
Public |
| D3.5.5 |
Ph.D. thesis on consumer incitements to be flexible in consumption patterns and the consequence of this on future renewable energy-based supply systems. |
Completed |
Public |
