Om Power Transmission Limited FY30 Grid Target Supports EPC Demand

OPTL presents India’s planned expansion from 4.94 lakh circuit-kilometres of 220 kilovolt and above transmission in FY25 to 5.70 lakh circuit-kilometres by FY30 as a multi-year source of line and substation engineering, procurement and construction demand. The presentation also identifies Rs 9.15 lakh crore of planned transmission and distribution investment during 2023-32.

How fast is India’s transmission network expanding?

India’s 220 kilovolt and above transmission network is planned to rise by 0.76 lakh circuit-kilometres from FY25 to FY30P, according to OPTL’s presentation. The network grew from 4.42 lakh circuit-kilometres in FY21 to 4.71 lakh in FY23 and 4.94 lakh in FY25, before the FY30P figure of 5.70 lakh circuit-kilometres. Circuit-kilometres measure the route length of transmission circuits, while FY30P is the presentation’s planned FY30 measure.

The implied addition between FY25 and FY30P is larger than the 0.52 lakh circuit-kilometres added between FY21 and FY25. OPTL frames this as a sustained transmission and distribution, or T&D, investment cycle rather than a single-project opportunity. Its cited National Electricity Plan outlook puts planned T&D investment at Rs 9.15 lakh crore between 2023 and 2032, linking network expansion to demand for transmission lines and substations.

The planning case also includes rising electricity demand and a national capacity target. Peak demand is presented as increasing from 289 gigawatts in FY27 to 459 gigawatts in FY36, a 6% compound annual growth rate. India’s 2030 target of 500 gigawatts of non-fossil capacity adds a second source of grid requirements because renewable generation must be connected to consumption centres through evacuation corridors and substations.

What is driving transmission and distribution spending?

Renewable integration, distribution reform, higher-voltage infrastructure and urbanisation are the four drivers identified by OPTL. The Green Energy Corridor Phase II adds 10,750 circuit-kilometres and 27,500 megavolt-amperes of capacity, while more than Rs 2.5 lakh crore of interstate transmission strengthening is described as connecting renewable-energy-rich clusters. A megavolt-ampere is a measure of transformer and substation capacity.

Distribution spending is also part of the opportunity described in the presentation. The Revamped Distribution Sector Scheme, or RDSS, is a Rs 3.04 lakh crore programme under which more than 200 million smart meters have been sanctioned, within a total target of 250 million installations. The scheme also covers feeder separation and urban underground cabling, with the stated objective of reducing aggregate technical and commercial, or AT&C, losses to 12-15%.

Higher voltage classes provide a separate mechanism for project demand. India’s 765 kilovolt network expanded from 44,851 circuit-kilometres in FY20 to 56,955 circuit-kilometres in FY25, an increase of 12,104 circuit-kilometres over five years. OPTL associates this one-nation-one-grid build-out with demand for extra-high-voltage, or EHV, and ultra-high-voltage, or UHV, lines and large substations.

The presentation links these drivers to five delivery areas: large-scale power evacuation projects, EHV transmission lines, air-insulated and gas-insulated substations, underground cabling, and long-term operations and maintenance. This mapping matters because the 500-gigawatt non-fossil target is not solely a generation target. It requires the transmission corridors, switching equipment and distribution upgrades needed to move and manage the added electricity.

Why is Gujarat material to OPTL’s opportunity?

Gujarat is material because it combines an established state transmission network with a planned move into 765 kilovolt infrastructure. As of FY24, Gujarat had erected 76,482 cumulative circuit-kilometres of transmission lines, installed 2,311 substations and built 1,70,537 megavolt-amperes of transformation capacity. OPTL is headquartered in Ahmedabad and describes Gujarat Energy Transmission Corporation, or GETCO, as the state transmission utility serving its home market.

GETCO’s FY24-FY29 plan includes 506 additional substations, equivalent to roughly 100 a year, and 54,030 megavolt-amperes of extra transformation capacity. The plan also includes Gujarat’s first four 765 kilovolt substations and transmission lines under renewable-energy integration and system-strengthening schemes. The addition of that voltage class distinguishes the upcoming programme from the network metrics already recorded in FY24.

The Gujarat Green Energy Corridor III is valued at Rs 29,000 crore and is intended to evacuate renewable power from Kutch, Jamnagar and central Gujarat. OPTL states that its AA-class GETCO accreditation supports its ability to compete for work in the state, including the move to 765 kilovolt infrastructure. That is a company assessment of positioning, while the disclosed state build-out supplies the underlying project pipeline.

How does OPTL fit into the EPC value chain?

OPTL says it operates across all six stages of the turnkey EPC value chain, from engineering and design through procurement, construction and civil work, installation and commissioning, project management and quality assurance, and operations and maintenance. The presentation says utilities are increasingly awarding turnkey contracts for speed and single-point accountability, shifting the market toward integrated and specialised providers.

Its disclosed operating scope is transmission and substation work up to 400 kilovolts, while it is eligible up to 765 kilovolts. OPTL identifies specialised demand in 765 kilovolt lines, high-voltage direct current, or HVDC, projects, gas-insulated substations and underground cabling. The difference between its current disclosed work scope and eligibility is relevant as the sector adds higher-voltage projects.

The company’s existing capabilities include EHV transmission lines, air-insulated substations, gas-insulated substations, underground cable projects and long-term operations and maintenance. Its management commentary cites an October 2026 order from PGVCL to convert 11 kilovolt high-tension and low-tension overhead networks, including consumer service lines, into underground cable networks. It also cites a 66 kilovolt underground cable project from GETCO and a 220 kilovolt air-insulated switchyard for NTPC’s 600 megawatt solar plant at Bhuj.

Management said on 30 September 2026 that the order book stood at Rs 565.99 crore, and said orders worth Rs 273.21 crore were won during October. These figures are company-specific rather than measures of the national market, but they illustrate the mix of distribution cabling, state-utility work and renewable-linked substation projects that the presentation associates with the broader T&D cycle.

Conclusion

The presentation’s central finding is that India’s move from 4.94 lakh circuit-kilometres in FY25 to a planned 5.70 lakh circuit-kilometres in FY30P creates a defined transmission construction requirement alongside distribution reform and renewable evacuation. The Rs 9.15 lakh crore planned T&D investment outlook, 500-gigawatt non-fossil capacity target and Gujarat’s 506 planned substations together describe the programme behind OPTL’s stated EPC addressable market.

The next factors to watch are execution of GETCO’s FY24-FY29 additions, including its first four 765 kilovolt substations and lines, and progress on Green Energy Corridor III’s Rs 29,000 crore programme. Management has also said it intends to move into 765 kilovolt and HVDC projects; whether its eligibility up to 765 kilovolts converts into awarded work is an unresolved part of that plan.