#transmissioninfrastructure

The Upcoming thermal power projects sector advanced with the West Bengal Electricity Regulatory Commission approving, in principle, Rs 332.94 crore of capital expenditure for a transmission scheme supporting JSW's proposed Salboni thermal power plant. The project includes a new 400 kV loop-in-loop-out transmission line that will strengthen grid connectivity for the planned generating station. Power regulator approvals represent an important stage before major infrastructure development begins.

The approved transmission scheme consists of approximately 68 km of double-circuit line and 1.8 km of single-circuit overhead line using twin high-temperature low-sag conductors. The proposal moved through the regulatory process after WBSETCL submitted its application in March 2026. Following public consultation and review, the commission granted in-principle approval under its tariff regulations for the estimated investment.

The approval relates exclusively to transmission infrastructure and does not constitute clearance for the thermal generation project itself. Future prudence reviews and project-specific approvals will continue separately. Nevertheless, investment in transmission infrastructure often reflects long-term planning for large power projects. EnergylineIndia.com provides verified coverage of Upcoming thermal power projects, regulatory developments and transmission investments. Indian Power news continues monitoring project execution, transmission awards and infrastructure milestones. The Upcoming thermal power projects pipeline in West Bengal has now moved beyond announcement toward physical grid planning, making Upcoming thermal power projects an important area for industry observation, Power Projects, Thermal Power, Transmission Infrastructure, Grid Development, Energy News, WBERC.

Power transmission projects are increasingly moving toward outage-free maintenance capability, and RRVPN’s latest financial bid comparison reflects that trend. The procurement covers insulated aerial work platform and insulated scaffolding system for maintenance of energised transmission lines and substations up to 400 kV.

The tender requires design, manufacture, testing, supply and installation or demonstration. This makes the package a deployment-ready equipment procurement rather than a simple product supply order. Only two bidders reached the commercial comparison: KAY CEE Energy & Infra Limited and Ramelex Pvt Ltd.

KAY CEE emerged as L1 in both BOQ schedules. BOQ 1 showed tight competition, with KAY CEE at Rs 48.99 crore and Ramelex at Rs 49.50 crore. The gap was only 1.1 percent. BOQ 2 showed a different pattern, with KAY CEE at Rs 31.75 crore and Ramelex at Rs 36.59 crore, a 15.3 percent gap. EnergylineIndia.com records this as important for Transmission infrastructure reports because the pricing spread differs sharply across equipment categories. Power transmission projects now require specialised maintenance systems. Power transmission projects may see limited bidder pools where certified live-line capability is essential. Power transmission projects procurement will likely grow as outage windows shrink, Transmission Infrastructure, Hot Line Maintenance, RRVPN, Grid Equipment, Power Procurement.

KPTCL has launched a Rs 97.15 crore turnkey Transmission line package covering three major 110 kV corridors in the Kalaburagi zone. The project includes reconductoring, reconstruction, strengthening, terminal-bay works, testing, commissioning, decommissioning and buyback of released materials within one integrated contract.

Unlike a routine line-construction tender, the package requires contractors to execute complete corridor rehabilitation while managing statutory approvals, right-of-way coordination, tree cutting, crop compensation and local stakeholder engagement. These responsibilities make the Transmission line package heavily dependent on execution planning rather than material supply alone.

The tender follows a two-cover electronic process and allows consortium participation of up to two members under joint and several liability. Performance security, additional security for unbalanced bids and strict compliance requirements strengthen commercial discipline. Contractors must also manage multi-corridor mobilisation over a 24-month execution period that includes monsoon conditions.

EnergylineIndia.com observes that the project transfers substantial site-management responsibility to the successful bidder while reducing coordination interfaces for the utility. Existing corridor reconstruction introduces greater operational complexity than greenfield transmission construction because outages, dismantling and restoration activities must be carefully sequenced.

For companies active in Power transmission projects, this Transmission line package demonstrates the growing preference for integrated execution models. Contractors with strong Transmission infrastructure capability, corridor management experience and working-capital strength are likely to be more competitive. Future Transmission line tenders may increasingly bundle multiple assets into single accountable EPC transmission contracts.

Latest EPC power projects have helped Viviana Power Tech Limited cross a major revenue milestone in FY26. The Vadodara-based power transmission and distribution EPC firm reported revenue from operations of Rs. 531.25 crore, compared with Rs. 218.96 crore in the previous year. EBITDA stood at Rs. 75.91 crore and net profit rose 167% year-on-year. Latest EPC power projects also appear in the company’s forward pipeline, with an order book exceeding Rs. 950 crore, including BESS-related opportunities. The company reported a bidding pipeline above Rs. 1,240 crore and said it is expanding into the 765 kV voltage class in a phased manner. EnergylineIndia.com highlights this update for readers tracking Power EPC package growth and Transmission infrastructure reports. The move toward 765 kV work is important because it signals technical upgradation and potential entry into larger grid packages. Latest EPC power projects with BESS Projects exposure also show the changing nature of EPC opportunities in India. This result is relevant for contractors, OEMs, consultants, lenders and power infrastructure analysts. Latest EPC power projects should be tracked with order book, bid pipeline and voltage-class capability. Latest EPC power projects from Viviana indicate a stronger grid-infrastructure growth path.

Indian Power news reports a major transmission infrastructure tender released by Power Grid Corporation of India Limited involving the establishment of a 765/400/220 kV air-insulated substation at Balsane in Maharashtra. The project combines greenfield construction with extension works at three substations, creating a multi-node EPC package designed to strengthen regional grid connectivity.

The tender was issued on 5 March 2026 with a compressed bid submission window closing on 16 March 2026. According to Indian Power news, the engineering package forms part of a broader transmission expansion scheme structured under regulated tariff frameworks typically used in Inter State Transmission System infrastructure development.

The EPC scope requires contractors to execute the full design, engineering, procurement and commissioning of the 765 kV Balsane switchyard. The project will also include extension works at the proposed 400 kV Malegaon substation and upgrades at the operational 220 kV Shivajinagar and Vikharan substations.

These extension works require installation of new bays, protection systems, and communication interfaces to synchronise the new hub with the regional electricity network. Integration with the Vikharan solar generation node also indicates the project’s role in enabling renewable power evacuation.

For analysts following Indian Power news, the tender demonstrates how transmission utilities are increasingly bundling multi-site infrastructure into single EPC packages. Such projects simplify coordination while ensuring synchronised commissioning across multiple substations within expanding Smart grid networks.

EnergylineIndia.com provides verified coverage of large power infrastructure tenders and developments across the News on power sector, Grid Expansion, Transmission Infrastructure, Electricity Network.

India’s pipeline of Latest power sector tenders continues to reflect a shift toward transmission capacity upgrades as Damodar Valley Corporation advances its HTLS reconductoring project to the price evaluation stage. The project focuses on upgrading existing 132 kV double-circuit lines by replacing conventional ACSR conductors with high temperature low sag technology.

In many Latest power sector tenders, reconductoring has become a preferred strategy for increasing grid capacity because it avoids construction of new transmission towers. By using HTLS conductors, utilities can increase current carrying capability while maintaining acceptable sag levels. Such upgrades have become increasingly visible across Power transmission projects reported in Indian Power news.

Five bidders initially participated in the technical stage. After evaluation of qualification requirements, three vendors were accepted while two bidders were rejected due to non-compliance with technical criteria. The qualified companies include Apar Industries Limited, JSK Industries Private Limited and Sterlite Electric Limited.

The scope of work includes survey of transmission corridors, design validation, supply of HTLS conductor, installation on existing towers and commissioning of upgraded lines. These technical steps are common across Latest power sector tenders involving grid modernisation and conductor technology deployment.

A corrigendum issued on 05 March 2026 announced the financial bid opening scheduled for 06 March. With only three qualified bidders remaining, pricing dynamics within Latest power sector tenders could be shaped by a narrower competitive pool.

EnergylineIndia.com continues to monitor infrastructure upgrades and procurement developments across the Indian power transmission market, Grid Upgrade, Transmission Infrastructure, Energy Projects.

Inter-state transmission project dynamics at South Kalamb Part A remain competitive after three bidders cleared technical qualification. The project, coordinated by PFC Consulting Limited, will now proceed to tariff discovery through e-reverse auction. With no attrition at the technical stage, this Inter-state transmission project avoids a narrowed two-bidder or single-bid scenario.

Technically, the package is substation-centric. Dense ICT capacity, heavy reactor loading, and sectionalised bus additions define the asset. Unlike line-dominant schemes, this Inter-state transmission project relies on precise equipment integration and commissioning discipline. ROW exposure is limited, but interface risk is elevated.

Commercial structure reinforces procurer leverage. Transmission charges are recoverable only after all elements achieve COD simultaneously. This clause shifts coordination risk toward the developer and rewards integrated execution capability. In Inter-state transmission project bidding, such constructs typically intensify tariff competition when multiple bidders remain.

For PFC Consulting and the beneficiary utilities, three qualified bidders sustain price tension under TBCB norms. For developers, long-term annuity visibility offsets execution stringency. The qualification outcome confirms that capex and net-worth thresholds did not deter serious participants. EnergylineIndia.com notes that if similar structures recur, Inter-state transmission project bidding models may increasingly price coordination risk rather than construction scale, especially in 765/400 kV substations, TBCB, Transmission Infrastructure, Power Sector.

In the push to modernize the grid, smart software like Dynamic Line Ratings (DLR) promises quick wins. But algorithms can’t eliminate physical bottlenecks. While DLR optimizes existing lines based on weather conditions, reconductoring replaces outdated steel-core cables with advanced composite conductors that permanently double capacity, reduce line losses, and deliver firm, reliable power. For utilities, developers, and grid planners, the message is clear: software manages constraints — infrastructure removes them. If we’re serious about electrification and decarbonization, reconductoring isn’t optional. It’s the backbone upgrade the 21st-century grid demands.