Indian Infrastructures and Capabilities
The G1 facility, inaugurated in August 2025, was designed as an initial production and technology qualification unit with a processing capacity of approximately 500,000 semiconductor units per day. It supports the development of manufacturing processes, testing capabilities and customer qualification procedures.
Located at Kantakari, near the University of Ladakh’s Kurbathang Campus, the facility was inaugurated by Ladakh Member of Parliament Haji Mohammad Haneefa Jan. It introduces modern food preservation technology to a region where short growing seasons, difficult terrain and limited processing infrastructure have traditionally restricted agricultural earnings.
The initiative forms part of India’s expanding energy cooperation with ASEAN and aligns with efforts to develop interconnected electricity networks across Asia. It also reflects the growing importance of cross-border electricity trade as countries increase renewable energy generation and seek more reliable power supplies.
Located in the Arabian Sea, approximately 160 kilometres west of Mumbai, the Mumbai High oilfield has been a cornerstone of India’s offshore petroleum industry for several decades. Discovered in 1974, the field began commercial production in 1976 and has played a major role in developing India’s domestic oil production capabilities.
Under the EPC arrangement, the company undertook the design and engineering work, equipment procurement, installation, testing and commissioning of the battery storage facility. Such projects require the integration of battery modules, power conversion equipment, electrical protection systems, thermal management infrastructure and automated controls.
India installed 6.05 GW of wind power capacity during FY2025–26, surpassing its previous annual record of approximately 5.5 GW achieved in FY2016–17. According to the Ministry of New and Renewable Energy (MNRE), the latest addition represented an increase of nearly 46% over FY2024–25, when approximately 4.15 GW was installed.
According to Bandyopadhyay, NVVN expects to synchronise its initial 500 MWh battery storage capacity within days. Grid synchronisation will allow the system to be connected and tested under operational conditions before commercial service begins.
The development comes as Indian Railways expands the use of dedicated freight infrastructure to improve goods transportation, reduce congestion on conventional railway lines and strengthen connectivity between industrial centres, ports and major consumption markets.
NTPC’s proposed nuclear expansion covers three geographically distinct regions, with sites identified in Madhya Pradesh, Bihar and Odisha. Reports indicate that the company is considering facilities with generating capacities ranging from 2 GW to 4 GW at each location, potentially creating a combined development pipeline of up to 12 GW.
The development comes as India prepares to introduce a new generation of satellite-based connectivity capable of complementing existing fibre-optic and mobile networks. Satellite broadband offers opportunities to connect remote villages, mountainous regions, islands and industrial locations where conventional telecommunications infrastructure is difficult or expensive to establish.
