FEIAP Green Design Guide – Residential Building
Click Here to View Example 6

Click Here to View Example 7

(a) Artificial lighting in common areas

(30% more energy saving than those conventional lighting)
Fluorescent lamps
Click Here to View Example 8

(b) Daylighting in the following areas

(i) Lift lobbies and corridors

(ii) Staircases

(iii) Carparks
Click Here to View Example 9

1-5 Ventilation in Carparks

Encourage the use of energy efficient design and control of ventilation systems in carparks.

(a) Carparks designed with natural ventilation.

Click Here to View Example 10

(b) CO sensors are used to regulate the demand for mechanical ventilation (MV).

There are two types of CO sensors which are

  • It is sensitive to a wide variety of gases but can be tuned to have preference for certain gases
  • The accuracy of measurement of these devices can be significantly affected by changes in temperature and humidity
  • Long life span of 2 to 10 years


  • High accuracy
  • Low power requirement

1-6 Lifts

Encourage the use of lifts with the following energy efficient features :

(a) AC variable voltage and variable frequency (VVVF) motor drive or equivalent.

(b) Sleep mode features or equivalent.

  • lift can be programmed to hibernate after a determined amount of time.
  • Use LED light or fluorescent lamp

(c) MRL (machine room-less)

  • A gearless lift uses up to 50% less energy than traction drive and 70% less energy than a hydraulic drive

1-7 Energy Efficient Features

Encourage the use of energy efficient features which are innovative and/or have positive environmental impact.


  • Heat recovery devices
  • Cool paints
    • Infra cool technology- which will reflect 50% of the sun total light energy in invisible infrared.
    • Motion sensors at staircase half landing
    • Heat elevators
    • Gas heaters
    • Sun pipes