Hyderabad’s Nehru Outer Ring Road (ORR) Photo | Express
Hyderabad

Hyderabad’s Nehru Outer Ring Road to become 100 MW solar corridor

According to official sources, HGCL will appoint consultants to prepare a Detailed Project Report (DPR) for the 100 MW installation.

S Bachan Jeet Singh

HYDERABAD: Hyderabad’s Nehru Outer Ring Road (ORR), stretching 158 kilometres, is set to take on a new identity as a solar energy corridor. The Hyderabad Growth Corridor Limited (HGCL) has proposed installing a 100 MW rooftop solar power plant along the ORR’s central median to advance clean energy generation, reduce carbon emissions, and support climate goals.

According to official sources, HGCL will appoint consultants to prepare a Detailed Project Report (DPR) for the 100 MW installation. The initiative is expected to significantly offset carbon emissions while contributing to Telangana’s renewable energy targets and India’s broader climate commitments.

As part of the execution, the generated power will be integrated into the grid through TGSPDCL-managed substations, using either single or multiple feeders based on land availability and technical feasibility. The work will include laying 33 kV lines, constructing bays, and installing switchgear and metering equipment.

Each TGSPDCL substation can accommodate up to 8 MW, while TSPA substations are limited to 5 MW. Agencies interested in the project have been advised to inspect the ORR median and substations to evaluate site conditions and technical requirements before proceeding.

The Pied Piper of the digital age: Why India must shield young minds from algorithmic enchantment

Hindu man stabbed, set on fire in Bangladesh, escapes by jumping into pond; fourth attack in two weeks

Did candle held close to wooden ceiling spark blaze? Swiss ski resort town reels as 40 feared dead, 115 injured

Parliament in 2026: Will disruption once again overshadow deliberation?

RBI says economy resilient, banks stronger but warns of rising risks from unsecured loans, stablecoins

SCROLL FOR NEXT