Passive House team NO.1 Promising Passive House for Green Generation Prof. SeungjoonLee 이성준 KwangsuKim 김광수 Dept. Fine Chemical Engineering

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Presentation transcript:

Passive House team NO.1 Promising Passive House for Green Generation Prof. SeungjoonLee 이성준 KwangsuKim 김광수 Dept. Fine Chemical Engineering JiyounHa 하지윤 Dept. Civil Engineering YouraLee 이유라 Dept. Ship Engineering

1: The Context Buildings, Energy and the Environment 2: The Building Energy Solution Conservation and Renewable Resources 3: The Conclusion View on a Passive House

Annual Temperature Change of Korea ( ) *Korea Institute of Geological Survey

Residential Energy Use *Energy Information Administration/Energy Consumption of typical household, 2009

Korea Heating Fuels Oil 43.6% Coal 24.3% Nuclear energy 15.9% LNG 13.7% Others 2.5%

World Oil Demand

1: The Context Buildings, Energy and the Environment 2: The Building Energy Solution Conservation and Renewable Resources 3: The Conclusion View on a Passive House

Passive House

What is a Passive house? Body heat electrical devices heat Lighting heat Solar heat Calculate conditions of insulation to keep energy

Specific Energy Consumption Electronics 29kWh/m2a Lighting 11kWh/m2a Water cooling 2kWh/m2a Water heating76kWh/m2a Space heating11kWh/m2a Solar panels Solar battery Average in the Korea Building Stock Monitoring Results Passive House 3L 16L

Specific Energy Consumption Electronics 29kWh/m2a Lighting 11kWh/m2a Water cooling 2kWh/m2a Water heating76kWh/m2a Space heating11kWh/m2a Solar panels Solar battery Average in the Korea Building Stock Monitoring Results Passive House 3L 16L

Passive house principles

Triple pane window double low-e glazing

Passive house principles

Super insulation Super-Insulated Foundation Roof truss with large insulation space

The Effect Standard Construction Passive House

Models House residence built to Passive House standard in InchoenResidence built to Passive House standards in Paju-si, Gyeonggi-do.

Models House residence built to Passive House standard in Urbana IllinoisResidence built to Passive House standards in Vorarlberg, Austria.

1: The Context Buildings, Energy and the Environment 2: The Building Energy Solution Conservation and Renewable Resources 3: The Conclusion View on a Passive House

Promising Passive House for GREEN GENERATION 6 결론 Opinion At present, with the energy crisis getting more and more serious, it is anticipated that the building of a "Passive House"-type building and the reduction in energy use by about 90% will bring about many economic, environmental, and social benefits. Right now in South Korea, the rate of distribution and awareness of the "Passive House" are both at a low state, but if the importance of the "Passive House" is felt, then the idea successfully developed and established, not only will our natural resource-lacking country gain a competitive edge, but it will also become a good foundation for taking another step forward in becoming a "green nation".

“Passive House Institute Korea”,[Internet] availabel at : “Passive House Institute US”,[Internet] availabel at : “LG LOVE Generation”, [internet] available at : “International Passivehaustagung 2012”,[Internet] availabel at : “Korea Institute of Geological Survey”,[Internet] availabel at : “Ministry of Knowledge Economy“, [internet] available at : “Passivehouse-Korea ”, [internet] available at : “EGG hall”, [internet] available at :