Site

• Located in close vicinity of basic amenities like school, restaurant, clinic, medical shop, temple, gym, park, playground etc.
• Design landscape with vegetation to the maximum extent
• Braille and audio assistance in the lifts for the visually impaired people.
• Green roof terrace to reduce heat island effect

Water

• Rainwater harvesting system to capture 100% roof and non-roof rainwater.
• Extensive use of draught tolerant species that requires less water
• Efficient irrigation management system such as drip irrigation
• Minimization of usage of water by utilizing water conserving fixtures

Energy

• Efficient VRF system to maintain thermal comfort with low energy consumption
• Highly efficient PVC framed insulated windows to reduce energy consumption
• Insulation on wall and roof to reduce energy consumption
• Energy efficient lighting fixtures to reduce energy consumption
• Lighting controls to reduce energy consumption
• Solar water heating system to reduce the usage of geysers.
• BEE 4 star rate electrical appliances such as TV, refrigerators, washing machine, geysers and ceiling fans.

Materials

• Separate bins to collect dry waste (paper, plastic, metals, glass, etc.,) and wet waste (organic).
• On site Organic waste converter to convert waste food into manure.
• 100% FSC certified wood used.

Indoor Air Quality

• Orientation of the building(s) can be such that maximum day lighting to all the spaces.
• Proper fresh air ventilation in all occupied areas
• Low VOC paints, adhesives and sealants for better indoor quality
• Proper exhaust system in bathrooms and kitchens for preserving the indoor air quality within homes.
• Adequate cross ventilation in the design thereby, providing a healthy environment.