Technopark Seeks Approval for Power Network Expansion in Kerala

Technopark has submitted a request to the Kerala State Electricity Regulatory Commission for approval of a ₹2.14 crore capital investment. This investment is designated for extending the power distribution network to support the QUAD IT infrastructure within Technopark Phase IV. The proposal focuses on distribution assets up to the high-tension system, excluding downstream low-tension installations and transformers.

The project is planned for a duration of 41 months. Technopark intends to fund 30% of the cost, approximately ₹0.64 crore, through equity, with the remaining 70%, or ₹1.50 crore, to be financed via bank loans. The expanded network is designed to serve infrastructure encompassing 8.5 lakh sq ft, with a connected load of 8.74 MVA and a projected maximum demand of 4.79 MVA.

The work will proceed in two stages. The initial stage, estimated at ₹1.26 crore, involves laying 1,600m of 11kV high-tension cable, installing a ring main unit, and setting up a 500kVA compact substation. The second stage, costing ₹0.88 crore, includes an additional ring main unit, high-tension panels, 395m of 11kV cable, and statutory payments. Technopark anticipates recovering the investment by the end of the sixth year, projecting an annualized return on investment of 28.23%.

NTPC Limited Seeks Sodium-Ion BESS Pilot Project Proposals

NTPC Limited has invited a global expression of interest (EOI) for a pilot grid-connected battery energy storage system (BESS) that will use sodium-ion technology. The primary objective of this pilot project is to assess the technology's performance, safety, reliability, and commercial viability under Indian operating conditions.

Applicants are invited to propose either a standardized BESS with a usable capacity of 100 kWh or a suitable capacity that effectively demonstrates their specific technology. Proposals will be evaluated based on criteria including the technology readiness level.

NTPC Limited will provide the necessary land within its premises for the pilot installation. Additionally, it will supply a 415 V low-tension feeder connection, auxiliary power, and support for obtaining statutory approvals. The selected applicant will be responsible for the design, manufacturing, supply, erection, testing, and commissioning of the BESS.

The pilot project may be installed at an existing NTPC thermal power station or an office building, offering flexibility in deployment. This initiative represents a step towards exploring advanced energy storage solutions for grid integration.

Nuclear Industry Re-evaluates Technologies Amidst Rising Electricity Demand

The nuclear energy sector is experiencing a period of re-evaluation regarding reactor technologies, fuels, sizes, and applications. This shift is occurring at a scale not observed since the industry's early days. Concurrently, emerging technologies outside the nuclear sector are escalating electricity demand, creating an urgent need for clean, firm power.

This re-examination is evident in the variety of reactor concepts currently attracting significant investment and commercial interest. Beyond the large, light water-cooled, low enriched uranium-fueled reactors that constitute the current operational fleet, developers are advancing designs ranging from single-digit to hundreds of megawatts. These new designs incorporate various technologies, including TRISO fuels, molten salts, gas coolants, and liquid metals.

Fusion energy developers are also pursuing a diverse array of concepts. Numerous companies are exploring different fuels, confinement methods, materials, and pathways to commercialization, indicating a broad effort to innovate within the fusion sector.