Available IEA SHC Task 55 Fact Sheets
| SUBTASK A - Network Analyses and Integration (Lead AIT, Austria) |
| A-D1.1 - D-D3 |
Identification and preparation of best practice examples (combined fact sheets Subtask A and D) |
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| A-D1.2 |
Techno-economic comparison of collected best practice examples |
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| A-D2.1 |
The future of district heating and the roll of solar thermal energy |
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| A-D2.2 |
SWOT analysis of solar thermal integration in district heating and cooling |
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| A-D2.3 |
Feasibility analysis of hybrid technologies for district heating and cooling including solar thermal |
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| A-D3.1 |
Integration concepts of central solar thermal systems in district heating and cooling |
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| A-D3.2 |
Integration concepts of decentral solar thermal systems in district heating and cooling |
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| A-D3.3 |
Large scale thermal energy storages systems to increase the solar thermal share in district heating and cooling |
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| A-D4.1 |
Supervisory control of large scale solar thermal systems |
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| A-D4.2 |
Control of district heating and cooling networks and reduction of the operating temperatures in district heating systems |
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| SUBTASK B - Components testing, system monitoring and quality assurance (Lead SUNRAIN, China) |
| B-D1 |
ELSEVIER paper: Improved in-situ performance testing of line-concentrating solar collectors |
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| B-D1.1 |
Application of PC Test Method to Large Collector Arrays |
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| B-D1.2 |
Review In Situ Test Methods for Solar Collectors and Solar Collector Arrays |
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| B-D2 |
Solar energy - collector fields - check of performance |
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| B-D3.1 |
Control of large scale solar thermal plants |
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| B-D3.2 |
Automated monitoring of solar thermal systems |
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| SUBTASK C - Design of the Solar Thermal System and of Hybrid Technologies (Lead PlanEnergi, Denmark) |
| C-D1.1 |
Long-term thermal performances of solar collector fields |
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| C-D1.2 |
Solar radiation modelling on tilted surfaces based on global radiation |
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| C-D1.3 |
Collector types for large collector fields thermal performance |
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| C-D1.4 |
CFD Models of different collector types |
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| C-D2 |
Seasonal pit heat storages - guidelines for material and construction |
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| C-D3 |
ELSEVIER paper: Thermal and hydraulic investigation of large scale solar collector fields |
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| C-D4 |
Modular conception and construction |
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| SUBTASK D - Promotion and dissemination of SDH/SDC and hybrid technologies in new markets (Lead Solites, Germany) |
| D-D1 |
Business Models of Solar Thermal and Hybrid Technologies |
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| D-D2 |
Investor Brochure - Solar heat for cities |
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| D-D3 - A-D1.1 |
Identification and preparation of best practice examples (combined fact sheets Subtask A and D) |
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| D-D4 |
Evaluation of divers global market development and country reports |
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| D-D4.1 |
ELSEVIER paper: Large Scale Solar Thermal Systems in Leading Countries_APEN |
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| D-5 |
EnRSIM calculation tool for renewable district heating |
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