been installed on-site. The landscape makes use of the Pebble drain concept, where all extra water from the podium's heart surface is discharged onto a Pebble drain. To stop soil erosion and collect extra water, drainage mats have been placed beneath every soft landscaping section on the stage. The goal of the project was to increase building water efficiency. These high-efficiency fixtures have been installed, such as dual flush toilets, urinals with hydronic urinal electronic sensors for automatic flushing, efficient flow plumbing fixtures pressure reducing devices, and water-conserving shower heads reusing storm water and greywater, which further reduces the burden on municipal water supply by reducing the demand for potable water and reusing waste water. The services for nonpotable uses, such toilet and urinal flushing, have also been connected with mechanical systems and custodial purposes. Different native or naturalized species with shallow water requirements and upkeep make up the landscape design. The use of native plants in the landscaping has helped to cut the need for irrigation by roughly 18%. By creating appropriate habitats for birds and butterflies, it aims to increase biodiversity in addition to taking into account the functional and psychological needs of humans. The ability of various native plant species to adapt to the soil and temperature of the area has been taken into consideration. The water usage of air conditioners has been cut by around 50% by using recycled or captured rainwater. Effective water chillers were chosen to achieve this. The projected amount of potable water needed for a cooling tower in the water-cooled chillers. For process water used in air conditioning systems, the view of storm water or grey water generated on the property has also been taken into consideration. A STP, a sewage treatment facility with a daily capacity of 120 kiloliters, is used to treat all wastewater produced in the buildings, including that from the kitchens, restrooms, and washing areas, to tertiary standards. The cleaned water is appropriate for flushing and HVAC uses in the landscape. These are some of the statistical data of reduction in water consumption at Suzlon one earth 65% reduction in building water consumption by use of low flow fixtures is achieved 55% of water is recycled and reused within the campus 50% reduction in landscape water consumption was attained by planting native species of trees and shrubs and by using efficient irrigation systems Energy Efficiency The Suzlon One