IEA TECHNOLOGY COLLABORATION PROGRAMME ON HEAT PUMPING TECHNOLOGIES (HPT TCP)

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1 IEA TECHNOLOGY COLLABORATION PROGRAMME ON HEAT PUMPING TECHNOLOGIES (HPT TCP) Research, Development, Demonstration and Deployment of Heat Pumping Technology Stephan Renz, Chairman IEA HPT TCP

2 OUTLINE About IEA & HPT TCP Expected energy developments Strategic plan

3 ABOUT IEA & HPT TCP TCP on Heat Pumping Technologies 16 Participating Countries Austria Belgium Canada Denmark Finland France Germany Italy Japan Netherlands Norway South Korea Sweden Switzerland United Kingdom United States

4 HPT TCP AND OTHER TCPS IETS TCP Industrial Technologies and Systems

5 Inter national Energy Agency HEAT PUMPING TECHNOLOGIES Technology Collaboration Pr ogramme on Heat Pumping Technologies - HPT TCP Technology Collaboration Programme on Heat Pumping Technologies Technology Collaboration Programme on Heat Pumping Technologies (HPT TCP) Annex 39 A Common Method for Testing and Rating of Residential HP and AC Annual/Seasonal Performance Executive Summary Operating Agent: Sweden 2016 HPT-AN39-SU M ORGANISATION AND MANAGEMENT OF HPT TCP Creating new Annexes NT National Teams Every 3 years Ideas Executive Committee Heat Pump Centre Elaborating knowledge in Annexes Annex 50 mandate Industry Annex 49 Industry Annex 48 Universities Industry Annex 47 Universities Industry Annex 46 Universities Industry Annex 45 Universities Industry Annex 44 Universities Industry Annex 43 Universities Industry Annex 42 Universities Industry Annex 41 information/reports Universities Industry Universities management/control Universities Proposals better technology IOC ExCo-Members Collaborating, Exchange Contribution to Conference Publications Industry & Market incl. Associations NOC ANNUAL REPORT 2015

6 COMPILATION OF ALL ANNEXES (PROJECTS) HPT TCP widens the scope to include other applications than buildings

7 THE HEAT PUMP CENTRE Information dissemination Website Publications (e.g. project/annex reports) HPT Magazine (digital publishing) media: LinkedIn and Program Support to ExCo and workshop organizers in host countries to National Teams and Project leaders And Generation of new activities (Annexes) National Experts meetings Outreach activities

8 13 th IEA HEAT PUMP CONFERENCE 2020 Heat Pumps Mission for the Green World May 11-14, 2020, at Jeju, South Korea Organizing Committee of HPC2020 The Society of Air-conditioning and Refrigerating Engineers of Korea (SAREK) Prof. Min Soo KIM (Seoul National University)

9 OUTLINE About HPT TCP Expected energy developments Strategic plan

10 EXPECTED ENERGY DEVELOPMENTS (1) IEA ETP 2017 shows that heat pumping technologies are a critical enabler to reach climatic ambitions and their deployment needs to be increased more than tenfold Evolution of heating equipment in buildings to 2060 Inner to outer ring RTS 2DS B2DS Heat pumps Coal and oil boilers Gas boilers Efficient gas technologies Heat pumps Electric resistance District heat Solar thermal Efficient biomass Source: IEA ETP 2017

11 EXPECTED ENERGY DEVELOPMENTS (2) Global demand for cooling and refrigeration is growing quickly - rapidly emerging economies, developing countries, IEA member countries Source: IEA Futur of Cooling

12 EXPECTED ENERGY DEVELOPMENTS (3) Heat pumps are one of the prioritized areas within the Mission Innovation Challenge #7: Affordable Heating and Cooling of Buildings (Innovation to low-carbon heating and cooling affordable for everyone) Heat pumps have been selected because. 1. They heat and cool so widely applicable across countries 2. Low-carbon technology and key enabler of decarbonisation 3. Heat pumps are very efficient 4. Heat pumps can be integrated into div. solutions

13 SUMMARY OF EXPECTED ENERGY DEVELOPMENTS Heating demand will remain significant Cooling demand will grow Heat pumping technologies are efficient and renewable Both IEA s ETP and Mission Innovation identifies heat pumps as a connecting and enabling technology for the future Heat pumping technologies can contribute to fulfil IEA s mission to ensure secure, affordable and clean energy

14 OUTLINE About HPT TCP Expected energy developments Strategic plan

15 STRATEGIC PLAN FOR HPT TCP Perform RDD&D activities within the areas of heating, cooling and refrigeration for the building, community, transport and industrial sectors a. Affordable and competitive technologies for heating b. More efficient cooling and air-conditioning, especially in warm and humid climates c. Flexible, sustainable and clean system solutions (e.g. in urban areas) using combinations of heat pumping technologies with energy storage, smart grid, solar and wind energy, thermal networks, energy prosumers, etc

16 STRATEGIC PLAN d. Possibilities offered by the developments in the area of digitalisation and Internet of Things e. New or special markets and applications, including automotive, industry and consumer products (e.g. white goods) f. New, alternative or natural refrigerants with lower global warming potential, high thermodynamic potential and low toxicity for both new and existing applications

17 WELCOME TO CONTACT US Heat Pump Centre Monica Axell (General Manager) Caroline Haglund Stignor (Assitant Manager) IEA HPT Executive Committee Stephan Renz (Chairman)