Presentation is loading. Please wait.

Presentation is loading. Please wait.

Solar Insulation Techniques Jacob Chandler. Purpose of Solar Insulation solar principles in architectural design used to absorb and retain solar energy.

Published byOliver Bond Modified over 8 years ago

Similar presentations

Presentation on theme: "Solar Insulation Techniques Jacob Chandler. Purpose of Solar Insulation solar principles in architectural design used to absorb and retain solar energy."— Presentation transcript:

1 Solar Insulation Techniques Jacob Chandler

2 Purpose of Solar Insulation solar principles in architectural design used to absorb and retain solar energy more effective heating system increase energy efficiency

3 Basic Insulation Techniques window orientation insulated shutters awnings airtight and insulated envelope deciduous trees

4 Advanced Techniques transparent insulation advanced windows thermal masses (trombe walls)

5 References http://www.canren.gc.ca/tech_appl/index.asp?CaId=5&PgId=304#trombe_wall http://www.txses.org/epsea/suntemp.html http://en.wikipedia.org/wiki/Solar_power#Solar_design_in_architecture

Download ppt "Solar Insulation Techniques Jacob Chandler. Purpose of Solar Insulation solar principles in architectural design used to absorb and retain solar energy."

Similar presentations

Solar House Project APES 2014.

Solar House Project APES 2014.
Section 3 and 4 Science Journal

Section 3 and 4 Science Journal
Q5- U-Value 2010 HL 5. (a) Calculate the U-value of an uninsulated external solid concrete wall of a dwelling house built in the 1950s given the following.

Q5- U-Value 2010 HL 5. (a) Calculate the U-value of an uninsulated external solid concrete wall of a dwelling house built in the 1950s given the following.
Building Envelope. Energy Conservation House design and orientation Lifestyle changes Energy efficiency.

Building Envelope. Energy Conservation House design and orientation Lifestyle changes Energy efficiency.
Movable Insulation Jennifer Durham.  Usually insulation is used inside walls, ceilings, and floors to trap heat and create a thermal envelope.  Windows.

Movable Insulation Jennifer Durham.  Usually insulation is used inside walls, ceilings, and floors to trap heat and create a thermal envelope.  Windows.
Site Location: Site Location: Gap Site at Bath Street and Pitt Street Plot: Plot: 50m x 50m Building Area: Building Area: 4000m 2 maximum Building Height:

Site Location: Site Location: Gap Site at Bath Street and Pitt Street Plot: Plot: 50m x 50m Building Area: Building Area: 4000m 2 maximum Building Height:
Passive solar systems for building renovation

Passive solar systems for building renovation
Gas ammonia out to turbine poor mixture water/ ammonia rich mixture water/ ammonia Gas Assisted Solar Absorption Heat Engine GASAHE heat Diffusion absorption.

Gas ammonia out to turbine poor mixture water/ ammonia rich mixture water/ ammonia Gas Assisted Solar Absorption Heat Engine GASAHE heat Diffusion absorption.
Chapter 5: Designing for Heating and Cooling 5.1 Organizing the problem a) Fenestration How much is optimum for the building? What should the form of the.

Chapter 5: Designing for Heating and Cooling 5.1 Organizing the problem a) Fenestration How much is optimum for the building? What should the form of the.
Renewable Energy Project Analysis Course - Module 8 © Minister of Natural Resources Canada 2001 – 2002. Photo Credit: Pamm McFadden (NREL Pix) Passive.

Renewable Energy Project Analysis Course - Module 8 © Minister of Natural Resources Canada 2001 – Photo Credit: Pamm McFadden (NREL Pix) Passive.
CDAE 170 Solar Building Strategies Class #7 Oct. 18, 2003 Gary Flomenhoft BSME, MAPP, CEE Research Associate Gund Institute, SNR.

CDAE 170 Solar Building Strategies Class #7 Oct. 18, 2003 Gary Flomenhoft BSME, MAPP, CEE Research Associate Gund Institute, SNR.
1 Solar Thermal Systems ME 252 Thermal-Fluid Systems G. Kallio.

1 Solar Thermal Systems ME 252 Thermal-Fluid Systems G. Kallio.
Mitigation. Energy efficiency, is using less energy to provide the same level of energy service.

Mitigation. Energy efficiency, is using less energy to provide the same level of energy service.
Lecture 9 Solar Heating – Ch. 6 Solar Heating Today Domestic Water Heating Passive Solar Space Heating Active Solar Space Heating Thermal Energy Storage.

Lecture 9 Solar Heating – Ch. 6 Solar Heating Today Domestic Water Heating Passive Solar Space Heating Active Solar Space Heating Thermal Energy Storage.
Do Try This at Home!. Reducing energy consumption at home has many benefits.

Do Try This at Home!. Reducing energy consumption at home has many benefits.
Passive Heating. Uses the energy from the sun to keep occupants comfortable without the use of mechanical systems.

Passive Heating. Uses the energy from the sun to keep occupants comfortable without the use of mechanical systems.
 Reasons for proper heat insulation  Development of energy saving standards in Germany  Ways to achieve these goals  A look into the future.

 Reasons for proper heat insulation  Development of energy saving standards in Germany  Ways to achieve these goals  A look into the future.
Architecture. Importance of Orientation Placement of the home on the lot is just as important as the house. The house’s main length should face north.

Architecture. Importance of Orientation Placement of the home on the lot is just as important as the house. The house’s main length should face north.
Passive solar design Use of the natural movement of heat and air to maintain comfortable temperatures, operating with little or no mechanical assistance.

Passive solar design Use of the natural movement of heat and air to maintain comfortable temperatures, operating with little or no mechanical assistance.
Passive Solar House A passive solar house is heated by the sun’s energy.

Passive Solar House A passive solar house is heated by the sun’s energy.

Similar presentations

Ads by Google