energy saving design proposal.

strategic landscaping. for passive filtering of air & shade.

Tall vegetation such as trees can be planted to act as a natural shading device from the evening sun

for clean energy production & water heating.

solar panels.

Able to screen and reduce sunlight from direct exposure Both heat gain and ventilation issues can be solved to provide shade and cooling

low - e glass. to reduce solar heat gain.

Applied to windows help block infrared light from penetrating the glass to maintain thermal comfort of room temperature and improve energy efficiency

Change to Low-E Glass glazing to reduce solar heat gain

Panel systems certified by SEDA Malaysia 80%

Able to fully capitalized as Malaysia s climate is sunny all year round

Potential to save up to 80% of electricity

Reduce carbon footprint

Slanted roof exposes it to sun, allowing it to constantly gain energy

Excess energy can be sold back to TNB improved mechanical ventilation. inverter air conditioner.

Low-E Glass UValue of 0.26 Wm2K is lesser than normal glass of 1.2 Wm2K 22%

[ non-inverter unit. ] monthly power consumption = 0.91 kWh/hr x 250hrs

= 227.5 kWh cost / month = RM 52.80 / unit

[ inverter unit. ] monthly power consumption

= 0.86 kWh/hr x 250hrs

= 215 kWh cost / month = RM 48.6 / unit cost difference consumption of energy saved by :

= RM 52.80 - RM 48.6

= RM 4.20 / unit