India’s Electric Vehicle Charging Infrastructure (EVCI) Market Report estimates that, as of 2024, India had around 76,000 cumulative public and captive charging points, with a total installed charging capacity of approximately 1.3 GW. The report outlines the cumulative EV charging infrastructure requirements through 2032, analysing both charging point installations and total charging capacity in gigawatts. It offers a detailed assessment of private, captive, and public charging segments, using forecasted on-road EV volumes across various vehicle categories to estimate future infrastructure needs under three scenarios—Worst Case, Business as Usual (BAU), and National EV Targets (NEV), aligned with India’s EV30@30 goal. Moreover, the report provides a comprehensive analysis of market segmentation, evolving policies and standards, and industry developments, while also exploring key financial models, tariff structures, and demand-supply trends to offer stakeholders valuable insights into navigating this rapidly expanding sector.

Given the increasing complexity of power systems due to variable renewable energy sources and rising energy demands, long duration energy storage (LDES) emerges as a critical solution for enhancing grid stability, managing demand, and ensuring reliability. LDES technologies - including electrochemical to mechanical system - play a pivotable role in stabilizing grids, managing demand fluctuations and enabling decarbonization. They are essential for countries striving to meet ambitious net-zero goal and accelerating renewable energy deployment. The report classifies LDES technologies by discharge duration into short- and medium-term solution designed for specific use cases. It offers a comparative framework evaluating each technology’s performance parameter and commercial readiness. Key technologies include metal-air, redox flow, molten salt batteries on the electrochemical side, as well as mechanical systems like pumped hydro, compressed air, liquid air, and gravity-based energy storage. Each system has unique strength and limitations but can be integrated based on required duration, location and application. Molten metal batteries and gravity-based storage, in particular, show strong potential due to their efficiency and market maturity. The report highlights deployment challenges and underscores the need for customized solutions to improve energy access, sustainability, and resilience. Global case studies and insights into leading market players further enrich its comprehensive outlook on LDES.  

India Energy Storage Market Overview Part II: Behind the Meter(BTM) & Railways 2024-2033. · The report explores the current and projected growth of BTM stationary energy storage in India (2024–2033). · Highlights key battery technologies with a focus on advanced chemistry solutions like lithium-ion, nickel cadmium and vanadium redox flow for BTM applications. · Identifies major battery suppliers and technology providers active in the BTM space. · Provides a comparative analysis of battery technologies. · Covers application-specific insights for rooftop solar, inverters, telecom towers, UPS, railways, and decentralized installations

• India FTM Stationary Energy Storage Market Overview• Need For Energy Storage In The Indian Grid• Evolving Policy Framework For Energy Storage Adoption• Market Drivers For Growth• FTM Energy Storage Market Forecast By Megawatt Hour• FTM Energy Storage Market Application Split