| Annex 33
| Compact Heat Exchangers in Heat Pumping Equipment
|
Austria, Japan, Sweden, UK and USA |
| Annex 32 |
Economical Heating and Cooling Systems for Low Energy Houses |
Austria, Canada, France Germany, Japan, the Netherlands, Norway, Sweden, Switzerland and USA |
| Annex 31 |
Advanced Modeling and Tools for Analysis of Energy Use in Supermarkets |
Canada, Germany, Sweden, UK and USA |
| Annex 30 |
Retrofit Heat Pumps for Buildings |
Germany, France and the Netherlands |
| Annex 29 |
Ground-Source Heat Pumps Overcoming Market and Technical Barriers |
Austria, Canada, Japan, Norway, Sweden and USA |
| Annex 28 |
Test Procedure and Seasonal Performance Calculations for Residential Heat Pumps with Combined Space and Domestic Hot Water Heating |
Austria, Canada, France, Germany, Japan, Norway, Sweden, Switzerland, USA |
| Annex 27
| Selected Issues on CO2 as Working Fluid in Compression Systems |
Japan, Norway, Sweden, Switzerland, UK, USA |
| Annex 26 |
Advanced Supermarket Refrigeration/Heat Recovery Systems
|
Canada, Denmark, Sweden, UK, USA |
| Annex 25 |
Year-Round Residential Space Conditioning Systems using Heat Pumps |
France, the Netherlands, Sweden, USA |
| Annex 24 |
Absorption Machines for Heating and Cooling in Future Energy Systems |
Canada, Italy, the Netherlands, Norway, Japan, Sweden, UK, USA |
| Annex 23 |
Heat Pump Systems for Single-Room Applications |
Canada, France, Switzerland, Sweden, USA |
| Annex 22 |
Compression Systems with Natural Working Fluids |
Canada, Denmark, Japan, the Netherlands, Norway, Switzerland, UK, USA |
| Annex 21 |
Global Environmental Benefits of Industrial Heat Pumps |
Canada, France, Japan, the Netherlands, Norway, Sweden, UK, USA |
| Annex 20 |
Working Fluid Safety |
Belgium, Japan, the Netherlands, Norway, Switzerland |
| Annex 19 |
Cancelled |
|
| Annex 18 |
Thermophysical Properties of Environmentally Acceptable Refrigerants |
Austria, Canada, Germany, Japan, Sweden, UK, USA |
| Annex 17 |
Experiences with New Refrigerants in Evaporators |
Canada, the Netherlands, Norway, Sweden, Switzerland |
| Annex 16 |
IEA Heat Pump Centre |
Austria, Japan, the Netherlands, Norway, UK, USA |
| Annex 15 |
Heat Pump Systems with Direct Expansion Ground Coils |
Austria, Canada, Japan, USA |
| Annex 14 |
Working Fluids and Transport Phenomena in Advanced Absorption Heat Pumps |
Belgium, Denmark, Germany, Japan, Sweden, USA |
| Annex 13 |
State and Transport Properties of High Temperature Working Fluids and Non-Azeotropic Mixtures |
Canada, Germany, Japan, Norway, Sweden, USA |
| Annex 12 |
Modelling Techniques for Simulation and Design of Compression Heat Pumps |
Austria, Belgium, Germany, Italy, Japan, Switzerland, USA |
| Annex 11 |
Stirling Engine Technology for Application in Buildings |
Japan, Sweden, USA |
| Annex 10 |
Technical and Market Analysis of Advanced Heat Pumps |
Sweden, USA |
| Annex 9 |
High-Temperature Industrial Heat Pumps |
Belgium, Germany, Finland, Japan, the Netherlands, Sweden, Switzerland, USA |
| Annex 8 |
Advanced In-Ground Heat Exchange Technology for Heat Pump Systems |
Canada, Germany, Switzerland, USA |
| Annex 7 |
New Development of the Evaporator Part of Heat Pump Systems |
Canada, Denmark, Finland, Norway, Sweden |
| Annex 6 |
Study of Working Fluid Mixtures and High-Temperature Working Fluids for Compressor-Driven Systems |
Austria, Denmark, Finland, Germany, Japan, USA |
| Annex 5 |
Integration of Large Heat Pumps into District Heating and Large Housing Blocks |
Denmark, Germany, Italy, Sweden |
| Annex 4 |
IEA Heat Pump Centre |
Austria, Belgium, Canada, Finland, Germany, Italy, Japan, the Netherlands, Norway, Sweden, USA |
| Annex 3 |
Heat Pump Systems Applied in Industry |
Austria, Belgium, Canada, Denmark, Finland, Germany, Italy, Japan, the Netherlands, Sweden |
| Annex 2 |
Vertical Earth Heat Pump Systems |
Austria, Canada, Denmark, Sweden, USA |
| Annex 1 |
Common Study of Advanced Heat Pumps |
Austria, Belgium, Canada, Denmark, Germany, Italy, Japan, the Netherlands, Spain, Sweden, Switzerland, UK, USA |