1. ENERGY @ GROUP 5 F 01 TIFFANY KOH EE HUI JIE TAY KANG SHENG CHIN JOON KEAT

2. Our Ideation Process What consumes the most energy @ home?

3. Situation Analysis Current solutions in homes to keep cool : Air Conditioning Electric Fan Natural Ventilation through windows

4. Designing to consumer ’ s needs

5. Existing Precedents LIFELIKE COOLING FOR SUNBAKED WINDOWS - HARVARD RESEARCH

6. Homeostatic Façade System Double skin glass façade system Regulates indoor temperatur e by expanding and contractin g the skin to provide shade

7. FINDING THE GAPS OF PRECEDENTS Blinds / Curtains : Absorb heat and transfers heat to the interior Manual adjustment causes inconvenience PDMS window Window has to be closed for effective cooling of the house compromise natural ventilation Homeostatic Façade System Blocks out natural light to cool the roomcompromise on natural light

8. THE NEW WINDOW.

9. MICRO - WINDOWS : STRUCTURE Axis of rotation about center of individua l panes

10. MICRO - WINDOWS - PIXELS Pixilat ed windows panes allow for the ventila tion even when there is shade. Opening of window in emergenc y

11. BLADELESS FAN Re - using heat energy absorbed to operate the fan Saves space Safe for children Blade less Dyson fan Window pane

12. INTERACTIVE SMART GLASS Shape of tree will be dark