HT Panels Are Forecast to Outgrow All Major Panel Types

HT Panels, operating at 11 kilovolts (kV) to 33 kV, are forecast to grow at a compound annual growth rate (CAGR) of 11.0% from FY25 to FY30F, the fastest rate among the major categories in India’s Power Distribution Panels and Compact Substation Market. Their value is projected to rise from Rs 1,490 crore to Rs 2,510 crore.

Why are HT Panels forecast to grow faster than other panel types?

HT Panels are forecast to grow fastest because the report links their demand to transmission upgrades, renewable integration and state-level Smart Grid initiatives. The 11.0% FY25-FY30F CAGR exceeds the 9.4% forecast for compact substations, 8.9% for soft starters and variable-frequency drive panels, 6.4% for low-tension panels, 5.8% for medium-tension panels and 3.4% for busbar extension panels.

The forecast is tied to planned expansion of the electricity network. The National Electricity Plan for 2023-2032 targets transmission-line expansion from 4.85 lakh circuit kilometres to 6.48 lakh circuit kilometres and transformation capacity growth from 1,251 gigavolt-amperes to 2,342 gigavolt-amperes. The plan also provides for 33 gigawatts of high-voltage direct-current lines and evacuation of 280 gigawatts of renewable energy, which would require grid equipment and connections if delivered as planned.

How large will the panel and compact substation market become by FY30F?

The panel and compact substation market is projected to reach Rs 20,910 crore in FY30F, compared with Rs 14,450 crore in FY25, at a 7.7% CAGR. India’s Power Distribution Panels and Compact Substation Market measures domestic value from the assembly and installation of HT and low-tension distribution panels and compact substations, including equipment used in engineering, procurement and construction projects and standalone supply to contractors.

The projected FY25-FY30F CAGR of 7.7% is higher than the 6.6% rate recorded from FY20 to FY25, when the market rose from Rs 10,510 crore to Rs 14,450 crore. The report identifies renewable-energy parks, electric-vehicle infrastructure and Make in India manufacturing as forecast-period demand supports. It also identifies financial stress among distribution companies, slower electric-vehicle adoption and transmission bottlenecks affecting renewable-energy evacuation as constraints on the pace of growth.

Which categories will remain larger than HT Panels?

Low-tension panels will remain the largest category despite HT Panels recording the highest growth rate. Low-tension panels, defined as operating at up to 1.1 kV, accounted for 35.1% of the market and Rs 5,070 crore in FY25; they are forecast to reach Rs 6,900 crore in FY30F at a 6.4% CAGR. Their FY25 value was about 3.4 times that of HT Panels.

Medium-tension panels, operating from 1.1 kV to 11 kV, were valued at Rs 2,860 crore in FY25, while compact substations were valued at Rs 2,140 crore. Compact substations are projected to reach Rs 3,350 crore by FY30F, supported by smart-city projects, metro rail and distributed solar installations in space-constrained locations. HT Panels’ projected Rs 1,020 crore increase is therefore faster in percentage terms, but does not make them the largest category by FY30F.

What demand channels support the wider panel and compact substation market?

Electrification, utility investment and industrial expansion support demand across voltage categories, not only for HT Panels. The Ministry of Heavy Industries has sanctioned more than 9,000 public electric-vehicle charging stations under Faster Adoption and Manufacturing of Electric Vehicles Phase II, while the report cites estimates that India may require more than 13 lakh charging stations by 2030. Those charging installations are identified as a source of demand for low-tension and medium-tension panels.

Industrial projects provide another demand channel because the report identifies cement, metals and data centres as users of power-distribution equipment. Renewable-energy parks require equipment to connect generation, substations and end users, while domestic manufacturing is linked in the report to foreign direct investment inflows and Make in India support. The overall FY30F forecast depends on utility, industrial, charging and renewable projects progressing to installation and integration work despite the stated grid bottlenecks.

How does the industry structure affect delivery of HT Panels?

HT Panels are delivered through a chain of original equipment manufacturers, panel integrators and engineering, procurement and construction contractors. Original equipment manufacturers produce core components including circuit breakers, relays, transformers and switchgear; panel integrators procure those components and assemble panels to customer configurations. Engineering, procurement and construction contractors manage design, procurement, installation and commissioning within larger electrical projects.

The panel and compact substation market is structurally larger than standalone switchgear because a panel also incorporates busbars, relays, meters and enclosures. The report states that the panel market has consistently been at least three times the size of the standalone switchgear market. In FY25, the panel and compact substation market was Rs 14,450 crore, compared with Rs 4,800 crore for the switchgear market, illustrating the additional value represented by integration and project execution.

Conclusion

HT Panels are forecast to outgrow all other major panel categories through FY30F, with an 11.0% CAGR and a projected value of Rs 2,510 crore. The wider panel and compact substation market is expected to add Rs 6,460 crore from FY25 to FY30F, while low-tension panels remain the largest category and compact substations also grow faster than the overall market.

The key item to watch is execution of the National Electricity Plan’s 2023-2032 targets for 6.48 lakh circuit kilometres of transmission lines, 2,342 gigavolt-amperes of transformation capacity and 280 gigawatts of renewable-energy evacuation. The report’s stated constraints, including distribution-company financial stress, slower electric-vehicle adoption and renewable evacuation bottlenecks, remain unresolved factors that could affect the conversion of planned infrastructure into panel demand.