Sustainable Living at Tru Aquapolis — Built Green, Whitefield Bangalore
Sustainable Living
Sustainability Starts With What You Choose
Not to Build.
The most significant sustainable decision at Tru Aquapolis was made before a single foundation was dug: to use only 22% of 8.25 acres for construction, leaving 78% as open green space, landscaping, and outdoor living areas. Every other sustainability feature — solar, STP, rainwater harvesting, EV infrastructure — is built on top of that foundational commitment. You cannot green-wash your way to 78% open space. You either build it or you do not.
Environmental Design Features
78% Open Space
22% of land used for building footprint, 78% for landscape, outdoor amenities, and open areas
Environmental Benefit
Reduces urban heat island effect; preserves permeable ground surface; supports biodiversity
Rainwater Harvesting
Collection and underground storage of rooftop and surface rainwater for reuse in landscaping, flushing, and groundwater recharge
Environmental Benefit
Reduces municipal water consumption; supports groundwater table in the Whitefield aquifer zone
Sewage Treatment Plant (STP)
On-campus STP processes grey water for reuse in landscaping and flushing systems — closes the water recycling loop
Environmental Benefit
Reduces wastewater discharge; treats 100% of campus wastewater; reduces freshwater demand
Solar-Powered Common Areas
Photovoltaic panels power common area lighting, campus streetlights, and select amenity area power loads
Environmental Benefit
Reduces grid electricity consumption; lowers maintenance charges; reduces carbon footprint of common areas
EV Charging Infrastructure
EV charging points provisioned in basement parking — ready for Bangalore's growing electric vehicle population
Environmental Benefit
Reduces carbon emissions from resident transport; future-proofs parking infrastructure
Native Landscape Planting
Landscaping design prioritising native and locally-adapted plant species over exotic or water-intensive plantings
Environmental Benefit
Reduces irrigation demand; supports local pollinators; lower maintenance requirement
LED Lighting Throughout
LED technology in all common area lighting, campus pathways, and external fixtures
Environmental Benefit
60–75% lower energy consumption vs conventional lighting; longer replacement cycles
Piped Natural Gas
PNG (Piped Natural Gas) to all apartments replaces LPG cylinders
Environmental Benefit
Lower carbon intensity than LPG; safer; eliminates cylinder delivery logistics for residents
How Sustainability Reduces Your Cost of Living
Sustainable building features are not just environmentally beneficial — they directly reduce the cost of living for residents. The financial case for sustainable design at Tru Aquapolis:
Solar Common Area Power
Reduces maintenance charges by lowering the campus's electricity bill — the reduction is passed directly to residents.
Learn moreSTP-Treated Water Reuse
Reduces the campus's municipal water consumption, significantly reducing water charges in maintenance costs.
Learn moreRainwater Harvesting
Reduces dependency on municipal water supply during Bangalore's dry season — reducing supply interruption risk.
Learn moreEV Charging Infrastructure
Supports lower-cost electric vehicle ownership directly from your parking spot — no external charging dependency.
Learn morePNG Connection
Eliminates the ₹900–1,200/month cost of LPG cylinders and the complete inconvenience of cylinder delivery.
Learn more100%
Fibre Coverage
50+
EV Charging Points
30%
Energy Savings
24/7
Smart Monitoring
The 78% Open Space Standard
To contextualise 78% open space: BBMP's typical FAR (Floor Area Ratio) regulations and development control rules in Bangalore do not mandate this level of open space preservation for high-rise projects. Tru Aquapolis's 78% open space allocation is a voluntary commitment that exceeds regulatory requirements — a developer choice, not a regulatory constraint.
It reflects a philosophy about what a residential campus should feel like to live in.
RERA Registered & Developer Trust
PRM/KA/RERA/1251/446/PR/040625/007808
Everything you need to know about TRU Aquapolis location
Frequently Asked Questions
Tru Aquapolis is built with green design principles including rainwater harvesting, STP water recycling, solar common area power, and EV infrastructure. Green certification status can be confirmed with the sales team.
Rooftop rainwater and surface runoff are collected, filtered, and stored in underground tanks for reuse in landscape irrigation, toilet flushing, and groundwater recharge. This reduces the campus's municipal water consumption significantly.
78% of the 8.25-acre campus is open space — landscape, outdoor amenities, gardens, sports zones, and walking paths. Only 22% is used for the building footprints of the 7 towers and 2 clubhouse buildings.
Yes. EV charging stations are provisioned across basement parking levels for resident use, supporting both current and future electric vehicle ownership.