The infrastructure requirements of modern digital and industrial applications are increasingly defined by energy. DWat builds the platforms where large-scale power meets scalable execution.
DWat approaches infrastructure from the starting point of power availability, land, water, connectivity, and execution capability to create sites that can support large-scale hyperscale development.
Grid connectivity and dedicated on-site power infrastructure designed around large-load requirements, dual-feed line routing, and substation integration.
Water infrastructure considered alongside power and cooling requirements from day zero, optimizing closed-loop cycles and grey-water recycling.
Strategic site selection with direct access to emerging telecommunication corridors, high-capacity dark fibre paths, and data-centre clusters.
Large, contiguous development parcels that allow phased expansion, robust security setbacks, and clear regulatory zoning for heavy industrial loads.
A coordinated delivery approach spanning land title acquisition, statutory approvals, government interfaces, and integrated MEP/civil construction.
Engineered for 120 MW per building with liquid-cooling distribution, resilient dual-bus electrical architecture, and zero single-points-of-failure.
A 120.23-acre master-planned campus at Machanpalle / Chandanvelly extension in Ranga Reddy district, Telangana.
The master plan is organized as a coordinated, contiguous campus with dedicated security perimeters:
Each building is engineered for high-density hyperscale requirements:
Chandanvelly is emerging as one of Telangana's foremost data-centre clusters. The site study highlights immediate proximity to existing and planned hyperscale campuses, including AWS and CtrlS.
Administrative sanction has been issued for the construction of Radial Road-2 from ORR at Kothwalguda to NH-167N near Nacharam, covering approximately 81.15 km with a sanctioned budget of ₹5,060 crore. The DWat Chandanvelly campus features contiguous site frontage along this future arterial corridor.