BNC Power Projects wins Rs 7.23 billion STATCOM package for Maharashtra grid

Contracts and scope

BNC Power Projects Limited has secured two turnkey engineering, procurement and construction contracts for static synchronous compensator (STATCOM) systems in Maharashtra through a consortium with Siemens Energy India Limited. The combined contract value is approximately Rs 7.23 billion, awarded by Maharashtra State Electricity Transmission Company Limited (MSETCL).

The awards cover installation of STATCOM equipment alongside associated 400 kV switchgear bays at specific substations. The first contract is valued at approximately Rs 3.94 billion and includes a ±300 MVAr STATCOM plus a 400 kV air-insulated switchgear bay for the 400 kV Lonikand-II substation in Pune.

A second contract is valued at approximately Rs 3.29 billion and includes a ±200 MVAr STATCOM plus a 400 kV outdoor gas-insulated switchgear bay for the 400 kV Dhule substation in the Nashik zone.

Why it matters to electrical balance-of-plant supply chains

While the work described is for transmission grid support rather than nuclear plant construction, it reflects demand for high-voltage power-system components and turnkey delivery of reactive power support equipment.

For supply-chain professionals focused on electrical balance-of-plant categories, these contracts touch on procurement and integration elements typically associated with large grid modernization projects, including STATCOM systems and 400 kV switchgear arrangements.

Groundwater study results support planned EMDF landfill design at Oak Ridge

What was studied

The Oak Ridge Office of Environmental Management and a contractor, United Cleanup Oak Ridge, collected groundwater-level data during two wet seasons as part of a groundwater field demonstration study at the planned Environmental Management Disposal Facility (EMDF) site in Oak Ridge, Tenn. The study results have now been released.

Key finding

The study indicates groundwater levels fell at a slower-than-expected rate. This outcome provides site-specific information intended to support design decisions for the EMDF landfill.

Implications for EMDF landfill design

According to the released study summary, the two-wet-season dataset will help inform the final design of the EMDF landfill. For supply-chain and planning teams supporting nuclear waste facilities, the main signal in this update is that the landfill design is being refined using demonstrated groundwater behavior rather than assumptions.

DOE funding supports fusion breeding blanket test facility at Oak Ridge, with Kyoto Fusioneering HQ relocation

DOE commitment and facility scope

Oak Ridge National Laboratory announced that the Department of Energy has committed funding to develop a fusion breeding blanket test facility at the lab. The facility is being developed in partnership with Kyoto Fusioneering.

Kyoto Fusioneering headquarters relocation and state support

In a related announcement, Kyoto Fusioneering said it will be relocating its U.S. headquarters to Oak Ridge, Tenn.

The company’s move includes support from the state of Tennessee’s Nuclear Energy Supply Chain Investment Fund.

Why it may matter to the nuclear supply chain

While the project is focused on fusion, it involves bringing together test infrastructure and specialized supply needs that can influence broader R&D and advanced manufacturing planning in the region.

The reference to Tennessee’s Nuclear Energy Supply Chain Investment Fund signals that state-level support is being tied to nuclear-related industrial development connected to the Knoxville/Oak Ridge corridor.