08 passive solar part 2 slides

CliC Climate Construction in Architecture Lecture 8.

Passive Solar Design

6) Passive Solar Design Strategies Direct, Trombe-wall and Sun Space

CliC: Climate Construction Lecture Series by Asst. Prof. Matyas Gutai PhD

6) Passive Solar Design Strategies 3 Tiers and Solar Design

CliC: Climate Construction Lecture Series by Asst. Prof. Matyas Gutai PhD

7) Passive Solar Design Strategies: Direct Gain Greenhouse effect and Thermal Mass

CliC: Climate Construction Lecture Series by Asst. Prof. Matyas Gutai PhD

7) Passive Solar Design Strategies: Direct Gain Importance of Thermal Mass

CliC: Climate Construction Lecture Series by Asst. Prof. Matyas Gutai PhD

6) Passive Solar Design Strategies: Direct Gain Thermal Mass utilization of inner walls

CliC: Climate Construction Lecture Series by Asst. Prof. Matyas Gutai PhD

6) Passive Solar Design Strategies: Direct Gain Percentage of South Faรงade Transparent Surface (tropical climate: New Orleans, Houston)

CliC: Climate Construction Lecture Series by Asst. Prof. Matyas Gutai PhD

7) Passive Solar Design Strategies: Direct Gain Required Thermal Mass in Direct Gain Systems

CliC: Climate Construction Lecture Series by Asst. Prof. Matyas Gutai PhD

8) Passive Solar Design Strategies: Trombe walls Edward S. Morse and Felix Trombe

CliC: Climate Construction Lecture Series by Asst. Prof. Matyas Gutai PhD

8) Passive Solar Design Strategies: Trombe walls

CliC: Climate Construction Lecture Series by Asst. Prof. Matyas Gutai PhD

8) Passive Solar Design Strategies: Trombe walls Water Trombe wall by Alvaro Malo

CliC: Climate Construction Lecture Series by Asst. Prof. Matyas Gutai PhD

8) Passive Solar Design Strategies: Trombe walls Energy Efficient Building at Kansas University

CliC: Climate Construction Lecture Series by Asst. Prof. Matyas Gutai PhD

8) Passive Solar Design Strategies: Trombe walls Energy Efficient Building at Kansas University

CliC: Climate Construction Lecture Series by Asst. Prof. Matyas Gutai PhD

8) Passive Solar Design Strategies: Trombe walls Shelley Ridge Girls Scout Center Philadelphia

CliC: Climate Construction Lecture Series by Asst. Prof. Matyas Gutai PhD

8) Passive Solar Design Strategies: Trombe walls Shelley Ridge Girls Scout Center Philadelphia

CliC: Climate Construction Lecture Series by Asst. Prof. Matyas Gutai PhD

8) Passive Solar Design Strategies: Trombe walls Shelley Ridge Girls Scout Center Philadelphia

CliC: Climate Construction Lecture Series by Asst. Prof. Matyas Gutai PhD

9) Passive Solar Design Strategies: Sun space Attached, Semi-enclosed, Enclosed

CliC: Climate Construction Lecture Series by Asst. Prof. Matyas Gutai PhD

9) Passive Solar Design Strategies: Sun space Energy exchange

CliC: Climate Construction Lecture Series by Asst. Prof. Matyas Gutai PhD

9) Passive Solar Design Strategies: Sun space Balcomb house

CliC: Climate Construction Lecture Series by Asst. Prof. Matyas Gutai PhD

9) Passive Solar Design Strategies: Sun space Energy exchange and storage

CliC: Climate Construction Lecture Series by Asst. Prof. Matyas Gutai PhD

9) Passive Solar Design Strategies: Sun space Design Variations

CliC: Climate Construction Lecture Series by Asst. Prof. Matyas Gutai PhD

9) Passive Solar Design Strategies: Sun space Sun space in Winter and Summer

CliC: Climate Construction Lecture Series by Asst. Prof. Matyas Gutai PhD

9) Passive Solar Design Strategies: Sun space Sun space in extreme climates

CliC: Climate Construction Lecture Series by Asst. Prof. Matyas Gutai PhD

9) Passive Solar Design Strategies: Sun space Required Thermal mass

CliC: Climate Construction Lecture Series by Asst. Prof. Matyas Gutai PhD

10) Passive Solar Design Strategies Comparison

CliC: Climate Construction Lecture Series by Asst. Prof. Matyas Gutai PhD

11) Passive Solar Design Considerations Orientation

CliC: Climate Construction Lecture Series by Asst. Prof. Matyas Gutai PhD

11) Passive Solar Design Considerations Orientation

CliC: Climate Construction Lecture Series by Asst. Prof. Matyas Gutai PhD

11) Passive Solar Design Considerations Reflectors

CliC: Climate Construction Lecture Series by Asst. Prof. Matyas Gutai PhD

11) Passive Solar Design Considerations Reflectors

CliC: Climate Construction Lecture Series by Asst. Prof. Matyas Gutai PhD

11) Passive Solar Design Considerations Reflectors

CliC: Climate Construction Lecture Series by Asst. Prof. Matyas Gutai PhD

11) Passive Solar Design Considerations Material choice of thermal mass Insulation, Time lag, Volumetric Heat storage capacity

CliC: Climate Construction Lecture Series by Asst. Prof. Matyas Gutai PhD

11) Passive Solar Design Considerations Material choice of thermal mass Insulation, Time lag, Volumetric Heat storage capacity

CliC: Climate Construction Lecture Series by Asst. Prof. Matyas Gutai PhD

11) Passive Solar Design Considerations Material choice of thermal mass Insulation, Time lag, Volumetric Heat storage capacity

CliC: Climate Construction Lecture Series by Asst. Prof. Matyas Gutai PhD

11) Passive Solar Design Considerations Material choice of thermal mass Insulation, Time lag, Volumetric Heat storage capacity

CliC: Climate Construction Lecture Series by Asst. Prof. Matyas Gutai PhD

11) Passive Solar Design Considerations Material choice of thermal mass Insulation, Time lag, Volumetric Heat storage capacity

CliC: Climate Construction Lecture Series by Asst. Prof. Matyas Gutai PhD

11) Passive Solar Design Considerations Material choice of thermal mass Insulation, Time lag, Volumetric Heat storage capacity

CliC: Climate Construction Lecture Series by Asst. Prof. Matyas Gutai PhD

11) Passive Solar Design Considerations Material choice of thermal mass Insulation, Time lag, Volumetric Heat storage capacity

CliC: Climate Construction Lecture Series by Asst. Prof. Matyas Gutai PhD

11) Passive Solar Design Considerations Material choice of thermal mass Insulation, Time lag, Volumetric Heat storage capacity

CliC: Climate Construction Lecture Series by Asst. Prof. Matyas Gutai PhD

11) Passive Solar Design Considerations Material choice of thermal mass Insulation, Time lag, Volumetric Heat storage capacity

CliC: Climate Construction Lecture Series by Asst. Prof. Matyas Gutai PhD

11) Passive Solar Design Considerations Material choice of thermal mass Insulation, Time lag, Volumetric Heat storage capacity

CliC: Climate Construction Lecture Series by Asst. Prof. Matyas Gutai PhD

11) Passive Solar Design Considerations Material choice of thermal mass Insulation, Time lag, Volumetric Heat storage capacity

CliC: Climate Construction Lecture Series by Asst. Prof. Matyas Gutai PhD

12) Thermosiphon

CliC: Climate Construction Lecture Series by Asst. Prof. Matyas Gutai PhD

12) Thermosiphoning Steve Baer: Davis house, New Mexico

CliC: Climate Construction Lecture Series by Asst. Prof. Matyas Gutai PhD

12) Thermosiphoning Moveable Thermal mass

CliC: Climate Construction Lecture Series by Asst. Prof. Matyas Gutai PhD

12) Thermosiphoning Moveable Thermal mass Harold Hay House (Roof Pond House)

CliC: Climate Construction Lecture Series by Asst. Prof. Matyas Gutai PhD

12) Thermosiphoning Moveable Thermal mass Harold Hay House (Roof Pond House)

CliC: Climate Construction Lecture Series by Asst. Prof. Matyas Gutai PhD

12) Thermosiphoning Moveable Thermal mass Harold Hay House (Roof Pond House)

CliC: Climate Construction Lecture Series by Asst. Prof. Matyas Gutai PhD