6th IEA-Tsinghua Joint Workshop: Sustainable Recovery in Building Sector
Background information
The workshop explored and discussed key technical, economic and policy issues faced by the building sector to support the transformation of the energy system. In particular it focused on the unprecedent growth of demand for cooling and the active role played by buildings to integrate renewable energy sources.
The workshop, outcome of the longstanding collaboration between IEA and the Building Energy Research Centre of Tsinghua University, involved more than 20 invited international speakers with the objective to exchange lesson learned in terms of policies, programme design and implementation and to exchange knowledge and experience in terms of the most recent technology advancements.
Presentations
- Overview of IEA E4 cooling programmes in Asia
- Sustainable Approach for Building Cooling Yi Jiang
- Global climate change and building cooling
- Sustainable Space Cooling: how ready are we?
- New Technologie Applied in VRF System
- Chinese cooling technology progress phase down HFCs
- Co‐benefits of global HFC phase‐down under the Kigali Amendment
- Indirect Evaporative Cooling
- Leapfrogging to Energy Efficient and Climate Friendly Air Conditioners
- MEPS and Energy Labeling for Room AC in China
- Cooling Policy and Information to enable Cooling for All
- Insights from Energy Technology Perspectives 2020
- Clean Urban/Rural Heating in China: the Role of Renewable Energy
- How sustainable energy stimulus can rebuild the global economy
- EU Energy Efficiency Policies for the Decarbonisation of the Building Sector
- Low carbon transition of China's power sector
- BIPV: Responsibility of building in the future
- Policy trends for accelerating energy efficiency and renewable energy in buildings
- Role of Private Sector in Promoting Greener Buildings
- Integration of Energy Efficiency and Renewables for Maximum Benefit
- Make Solar Energy Greener in buildings
- Practice of Low Voltage Direct Current in Rural Areas of Shanxi Province