BSES Rajdhani: India’s First Multi-Site Virtual Power Plant (VPP)

India’s First Multi-Site Virtual Power Plant (VPP)BSES Rajdhani Overview The BSES Rajdhani DT-ESS project is a pioneering initiative in the Indian power sector, marking the country’s first successful implementation of a Virtual Power Plant (VPP). Executed by AmpereHour Energy in collaboration with battery partner Coslight, the project consists of six distributed Battery Energy Storage Systems (BESS) integrated into the low-voltage side of distribution transformers across South and West Delhi. This network is centrally managed to provide peak shaving and grid stability, serving as a high-tech blueprint for urban energy management. Project Profile Client: BSES Rajdhani Power Limited (BRPL) Partner: Coslight (Battery Partner) AmpereHour Scope: Turnkey BESS (End-to-end design, implementation, and central software) Commissioning Date: First week of December 2021 Location: 6 Sites in Delhi (Vasant Kunj, Tughlakabad, Janakpuri B3 & B6, Pratap Market, and Lajpat Nagar) Total Power Capacity: 0.51 MW (510 kW) Total Energy Capacity: 1.05 MWh (Installed as 1.25 MWh to ensure committed delivery) Technical Excellence & “Virtual” Integration The project’s most innovative feature is its centralized control architecture, which transforms six physically separate sites into a unified utility asset. ELINA-Server EMS: All sites are connected to AmpereHour’s proprietary ELINA-Server, hosted at the BSES Rajdhani SCADA centre. This allows the utility to monitor and control all six sites simultaneously as a single Virtual Power Plant. Operational Versatility: The systems operate in multiple remote-configurable modes, including Energy Shift, Peak Shaving, and Manual Mode. Resilience in Extreme Conditions: The BESS proved its technical durability by operating successfully in ambient temperatures ranging from 16°C to 56°C during the intense Delhi summer. Key Applications: 6 DT Connected BESS The system was specifically designed to address local grid constraints at the Distribution Transformer (DT) level: Peak Load Shaving: In the summer months, the BESS discharges to shave peak loads whenever DT loading exceeds 70%, effectively preventing transformer overloads. Energy Arbitrage: During winter months, the system utilizes energy cost arbitrage to maximize economic value for the utility. Power Quality Enhancement: The project successfully demonstrated Power Factor Improvement and Phase Balancing by providing unbalanced reactive power from the Power Conversion System (PCS). Infrastructure Deferral: By managing local peak stress, the BESS allows the utility to defer expensive capital expenditure on transformer and cable upgrades in congested urban areas. Strategic Significance Completed despite the logistical hurdles of the COVID-19 pandemic, this project achieved a high overall system availability of 96.1%. It stands as a “first-of-its-kind” proof of concept, demonstrating that distributed storage can be aggregated via software to provide grid-scale benefits, paving the way for larger utility-scale BESS deployments across India. Back to Blogs Share: Join us at our next event We will be there at India Energy Storage Week (IESW)2026 is scheduled for July 8–10, 2026, atYashobhoomi (IICC) in New Delhi. Yashobhoomi (IICC) July 8–10, 2026 | New Delhi Get the latest The latest industry news, interviews, technologies, and resources. View All Posts BLOG The Kilokari BESS Project: A Blueprint for Urban Energy Resilience The Kilokari BESS Private Limited (KBPL) project stands as a landmark in India’s March 2025 BLOG Cummins PHP: Strengthening Industrial Resilience in Phaltan The Cummins PHP project represents a significant advancement in Behind-the- February 2025

Coca-Cola Chennai: Transforming Industrial Reliability with Intelligent BESS

Transforming Industrial Reliability with Intelligent BESSCoca-Cola, Chennai Overview The Coca-Cola South India facility project represents a major milestone in sustainable industrial energy management. Developed for Hindustan Coca-Cola Beverages (HCCB), this high-performance Battery Energy Storage System (BESS) moves beyond traditional backup power to act as a multi-functional grid-stabilizing asset. By replacing conventional diesel-based systems with an intelligent, Li-ion-based architecture, the plant has enhanced its operational resilience while making measurable progress toward its global Net-Zero ambitions. Project Profile Client: Coca-Cola Partner: Hindustan Coca-Cola Beverages (HCCB) AmpereHour Scope: Turnkey BESS (End-to-end design, implementation, and commissioning) Commissioning Date: March 2024 Location: Chennai, Tamil Nadu Power Capacity: 0.5 MW Energy Capacity: 0.645 MWh Technical Excellence & “Elina” Intelligence Executing a turnkey storage project for a high-speed beverage manufacturing plant required precise engineering and sophisticated software control. Critical Load Integration: The BESS is strategically installed on the plant’s most critical loads, ensuring that sensitive bottling and processing equipment remain operational during grid fluctuations. Li-ion Technology: The system utilizes high-density Lithium-ion batteries, providing the rapid response time and thermal stability required for the industrial climate of Chennai. Powered by Elina™: The entire system is operated through AmpereHour’s intelligent Elina Energy Management System (EMS), which automates complex energy decisions in real-time to optimize plant performance. Multi-Stream Value Creation Unlike standard backup systems, this BESS unlocks several high-value applications simultaneously: DG Replacement & Minimization: By providing instantaneous power during outages, the system significantly reduces the need to start or run Diesel Generators (DGs), lowering fuel costs and emissions. Voltage Regulation: The BESS actively monitors and stabilizes voltage levels, protecting machinery from the wear and tear associated with unstable grid power. Power Factor Improvement: Through intelligent reactive power management, the system improves the plant’s power factor, enhancing overall electrical efficiency and preventing utility penalties. Path to Net-Zero: The reduction in DG utilization directly contributes to the facility’s sustainability targets by lowering its Scope 1 carbon footprint. Strategic Significance The Coca-Cola Chennai installation serves as a “first-of-its-kind” proof of concept for the FMCG sector in South India. It proves that energy storage is not just a secondary backup tool, but a primary driver of industrial efficiency and decarbonization. By integrating the Elina EMS, HCCB has secured a future-ready energy architecture that can adapt to changing grid conditions and evolving corporate sustainability mandates. Back to Blogs Share: Join us at our next event We will be there at India Energy Storage Week (IESW)2026 is scheduled for July 8–10, 2026, atYashobhoomi (IICC) in New Delhi. Yashobhoomi (IICC) July 8–10, 2026 | New Delhi Get the latest The latest industry news, interviews, technologies, and resources. View All Posts BLOG The Kilokari BESS Project: A Blueprint for Urban Energy Resilience The Kilokari BESS Private Limited (KBPL) project stands as a landmark in India’s March 2025 BLOG Cummins PHP: Strengthening Industrial Resilience in Phaltan The Cummins PHP project represents a significant advancement in Behind-the- February 2025

PowerGen Nigeria: Transforming Community Energy Access in Ondo State

Transforming Community Energy Access in Ondo StatePowerGen Nigeria Overview The Ondo State Microgrid project represents a transformative step toward sustainable rural electrification in Nigeria. Developed by PowerGen Nigeria Assets in partnership with PowerGen Nigeria, this initiative integrates high-capacity battery storage with solar photovoltaics (PV) to provide reliable, 24/7 renewable energy to local communities. By replacing or supplementing traditional energy sources with a clean energy microgrid, the project directly enhances the quality of life and economic potential for residents in the region. Project Profile Client: PowerGen Nigeria Assets Partner: PowerGen Nigeria AmpereHour Scope: Turnkey BESS (End-to-end design, supply, and integration) Commissioning Date: May 2024 Location: Ondo State, Nigeria Total Power Capacity: 1.25 MW Total Energy Capacity: 2.9 MWh (delivered as 3 separate systems) Technical Excellence & Microgrid Integration The project required a robust, modular energy storage solution capable of operating in a remote, distributed environment. AHE Integrated Solution: AmpereHour Energy (AHE) delivered a complete turnkey package consisting of three separate 1 MWh-class LFP battery-based energy storage systems. Modular Hardware: Each system is housed in a 20-foot container, designed for durability and ease of transport to remote community sites. PV Co-location: The BESS is co-located with solar PV arrays, creating a self-sustaining Microgrid that captures solar energy during the day for use throughout the night. LFP Chemistry: The use of Lithium Iron Phosphate (LFP) technology ensures a high safety rating and long cycle life, which are critical for maintaining infrastructure in off-grid community settings. Key Applications & Social Impact The primary objective of the Ondo State systems is to provide comprehensive energy services for the village/community: Community Powering: The 2.9 MWh of stored energy provides a stable power supply for residential lighting, small businesses, and community services, independent of the national grid. Solar Maximization: By storing excess solar generation during peak sunlight hours, the BESS ensures that the renewable energy produced is utilized to its full potential rather than being wasted. Grid Independence: The microgrid setup provides a reliable alternative to diesel generators, significantly reducing fuel costs and environmental pollution within the community. Strategic Significance This project serves as a scalable model for rural electrification across Sub-Saharan Africa. By proving the efficacy of containerized, turnkey BESS in the Nigerian context, PowerGen and AHE are demonstrating how modular renewable technology can bypass traditional infrastructure hurdles to deliver immediate energy access to underserved populations. Back to Blogs Share: Join us at our next event We will be there at India Energy Storage Week (IESW)2026 is scheduled for July 8–10, 2026, atYashobhoomi (IICC) in New Delhi. Yashobhoomi (IICC) July 8–10, 2026 | New Delhi Get the latest The latest industry news, interviews, technologies, and resources. View All Posts BLOG The Kilokari BESS Project: A Blueprint for Urban Energy Resilience The Kilokari BESS Private Limited (KBPL) project stands as a landmark in India’s March 2025 BLOG Cummins PHP: Strengthening Industrial Resilience in Phaltan The Cummins PHP project represents a significant advancement in Behind-the- February 2025

Solen Renewable Energy: Utility-Scale Solar Integration in Gabon

Utility-Scale Solar Integration in Gabon Solen Renewable Energy Overview The Solen Gabon project represents a landmark shift toward energy independence in Central Africa. Developed as a skid-based solution co-located with a utility-scale Photovoltaic (PV) plant, this project serves a major Utility Company to bridge the gap between intermittent solar generation and consistent grid demand. By deploying a high-capacity Battery Energy Storage System (BESS), Solen is demonstrating how African utilities can stabilize their grids while accelerating the transition to carbon-neutral power. Project Profile Client: Solen Renewable Energy End-User: Utility Company Commissioning Date: December 2024 Project Location: Gabon, Africa Project Size: 2 MW / 9.79 MWh System Type: Skid-based BESS co-located for PV integration Technical Excellence & System Integration The project utilizes a specialized System Integration approach designed for the high-demand environment of a utility grid. AHE Integrated Solution: The project features an AmpereHour Energy (AHE) integrated 2 MW / 9.79 MWh LFP battery-based system. Containerized Hardware: The energy storage is housed in two 20-foot containers, optimized for durability and rapid onsite deployment. Skid-Based Architecture: To streamline onsite installation and thermal management, the Power Conversion System (PCS) and Transformer are mounted on a pre-engineered SKID, ensuring a “plug-and-play” connection to the solar array. High-Density Storage: The system features a 9.79 MWh LFP battery capacity, providing a deep energy reservoir to manage long-duration discharge cycles required by the utility. Co-location Synergy: By being physically and electrically co-located with the PV plant, the BESS minimizes transmission losses and allows for real-time smoothing of solar variability. Battery Chemistry: The use of Lithium Iron Phosphate (LFP) technology provides superior thermal stability and a long cycle life, essential for the demanding environmental conditions of Gabon. Strategic Impact for the Utility The integration of this system provides three critical services to the Gabonese energy sector: Solar Maximization: It captures excess energy during peak solar irradiance, allowing the utility to supply clean power long after the sun has set. Grid Stabilization: The BESS provides instantaneous response to grid frequency fluctuations and voltage dips, a common challenge in expanding regional grids. Power Factor Correction: The integrated AHE technology improves overall grid efficiency, reducing the strain on existing transmission infrastructure. Back to Blogs Share: Join us at our next event We will be there at India Energy Storage Week (IESW)2026 is scheduled for July 8–10, 2026, atYashobhoomi (IICC) in New Delhi. Yashobhoomi (IICC) July 8–10, 2026 | New Delhi Get the latest The latest industry news, interviews, technologies, and resources. View All Posts BLOG The Kilokari BESS Project: A Blueprint for Urban Energy Resilience The Kilokari BESS Private Limited (KBPL) project stands as a landmark in India’s March 2025 BLOG Cummins PHP: Strengthening Industrial Resilience in Phaltan The Cummins PHP project represents a significant advancement in Behind-the- February 2025

Cummins PHP Strengthening Industrial Resilience in Phaltan

Strengthening Industrial Resilience in Phaltan Cummins PHP Overview The Cummins PHP project represents a significant advancement in Behind-the-Meter (BTM) energy storage for high-precision manufacturing in India. Located at the Cummins facility in Phaltan, Maharashtra, this utility-scale Battery Energy Storage System (BESS) is designed to provide mission-critical power security. By integrating a large-scale LFP battery solution, Cummins has fortified its operational continuity against grid instabilities while optimizing its energy consumption patterns through advanced peak shaving. Project Profile Client: Cummins PHP  Location: Phaltan, Satara, Maharashtra  AmpereHour Scope: Turnkey BESS (End-to-end design, integration, and commissioning)  Commissioning Date: February 2025  Power Capacity: 1.5 MW (1500 kW)  Energy Capacity: 4 MWh (Installed) / 3.5 MWh (Operational) Technical Excellence & System Integration Delivering a multi-megawatt storage solution within an active industrial high-horsepower (PHP) manufacturing site required rigorous engineering standards. AHE Integrated Solution: AmpereHour Energy (AHE) delivered a robust 1.5 MW / 3.5 MWh LFP battery-based system tailored for heavy industrial loads. Advanced LFP Chemistry: The system utilizes Lithium Iron Phosphate (LFP) technology, chosen for its superior safety profile and thermal stability—critical for the industrial climate of Satara. Turnkey Execution: The project encompassed the full lifecycle from system engineering and procurement to final site activation, ensuring a seamless “plug-and-play” integration with Cummins’ existing electrical infrastructure. Key Applications The Cummins BESS serves as a dual-purpose energy asset, providing both emergency resilience and economic optimization: Mission-Critical Backup Power: As a Behind-the-Meter (BTM) asset, the system provides near-instantaneous backup power, protecting sophisticated manufacturing equipment from grid outages and voltage fluctuations. Industrial Peak Shaving: The system is programmed to discharge during periods of peak demand, reducing the facility’s maximum demand charges from the utility and lowering overall operational expenditure. Grid Resilience: By smoothing out load profiles, the BESS reduces the stress on the local distribution network, contributing to a more stable electrical environment for the entire industrial cluster. Strategic Significance The Phaltan installation demonstrates how global manufacturing leaders like Cummins are leveraging energy storage to de-risk their operations. By moving away from a total reliance on the grid and fossil-fuel backup, this project provides a scalable blueprint for the “Factory of the Future”—one that is resilient, cost-effective, and aligned with modern sustainability goals. Back to Blogs Share: Join us at our next event We will be there at India Energy Storage Week (IESW)2026 is scheduled for July 8–10, 2026, atYashobhoomi (IICC) in New Delhi. Yashobhoomi (IICC) July 8–10, 2026 | New Delhi Get the latest The latest industry news, interviews, technologies, and resources. View All Posts BLOG The Kilokari BESS Project: A Blueprint for Urban Energy Resilience The Kilokari BESS Private Limited (KBPL) project stands as a landmark in India’s March 2025 BLOG Cummins PHP: Strengthening Industrial Resilience in Phaltan The Cummins PHP project represents a significant advancement in Behind-the- February 2025

Cummins PHP

Cummins PHP Strengthening Industrial Resilience in Phaltan Overview The Cummins PHP project represents a significant advancement in Behind-the-Meter (BTM) energy storage for high-precision manufacturing in India. Located at the Cummins facility in Phaltan, Maharashtra, this utility-scale Battery Energy Storage System (BESS) is designed to provide mission-critical power security. By integrating a large-scale LFP battery solution, Cummins has fortified its operational continuity against grid instabilities while optimizing its energy consumption patterns through advanced peak shaving. Project Profile Client: Cummins PHP  Location: Phaltan, Satara, Maharashtra  AmpereHour Scope: Turnkey BESS (End-to-end design, integration, and commissioning)  Commissioning Date: February 2025  Power Capacity: 1.5 MW (1500 kW)  Energy Capacity: 4 MWh (Installed) / 3.5 MWh (Operational) Technical Excellence & System Integration Delivering a multi-megawatt storage solution within an active industrial high-horsepower (PHP) manufacturing site required rigorous engineering standards. AHE Integrated Solution: AmpereHour Energy (AHE) delivered a robust 1.5 MW / 3.5 MWh LFP battery-based system tailored for heavy industrial loads. Advanced LFP Chemistry: The system utilizes Lithium Iron Phosphate (LFP) technology, chosen for its superior safety profile and thermal stability—critical for the industrial climate of Satara. Turnkey Execution: The project encompassed the full lifecycle from system engineering and procurement to final site activation, ensuring a seamless “plug-and-play” integration with Cummins’ existing electrical infrastructure. Key Applications The Cummins BESS serves as a dual-purpose energy asset, providing both emergency resilience and economic optimization: Mission-Critical Backup Power: As a Behind-the-Meter (BTM) asset, the system provides near-instantaneous backup power, protecting sophisticated manufacturing equipment from grid outages and voltage fluctuations. Industrial Peak Shaving: The system is programmed to discharge during periods of peak demand, reducing the facility’s maximum demand charges from the utility and lowering overall operational expenditure. Grid Resilience: By smoothing out load profiles, the BESS reduces the stress on the local distribution network, contributing to a more stable electrical environment for the entire industrial cluster. Strategic Significance The Phaltan installation demonstrates how global manufacturing leaders like Cummins are leveraging energy storage to de-risk their operations. By moving away from a total reliance on the grid and fossil-fuel backup, this project provides a scalable blueprint for the “Factory of the Future”—one that is resilient, cost-effective, and aligned with modern sustainability goals. Back to Blogs Share: Join us at our next event We will be there at India Energy Storage Week (IESW)2026 is scheduled for July 8–10, 2026, atYashobhoomi (IICC) in New Delhi. Yashobhoomi (IICC) July 8–10, 2026 | New Delhi Get the latest The latest industry news, interviews, technologies, and resources. View All Posts BLOG The Kilokari BESS Project: A Blueprint for Urban Energy Resilience The Kilokari BESS Private Limited (KBPL) project stands as a landmark in India’s March 2025 BLOG Cummins PHP: Strengthening Industrial Resilience in Phaltan The Cummins PHP project represents a significant advancement in Behind-the- February 2025

Kilokari BESS Private Limited (KBPL)

A Blueprint for Urban Energy Resilience Kilokari BESS Private Limited (KBPL) Overview The Kilokari BESS Private Limited (KBPL) project stands as a landmark in India’s energy transition, representing the nation’s first regulatory-approved, commercial grid-scale Battery Energy Storage System. While many storage projects exist in pilot phases or remote renewable hubs, KBPL is unique for its successful integration into one of the world’s most complex and densely populated urban environments: South Delhi. Project Profile Project Name: BSES Rajdhani Power Limited Commissioning Date: 30th March 2025 Project Location: Kilokri Substation, Delhi Project Size (in MWs): 21 Regulatory and Financial Innovation KBPL broke new ground by becoming the first project of its type to receive formal approval from the Delhi Electricity Regulatory Commission (DERC). Developed under a Build, Own, Operate, and Transfer (BOOT) model with a 12-year Battery Energy Storage Service Agreement (BESSA), it demonstrates a viable commercial framework for urban discoms. The project’s success was further bolstered by a unique collaborative ecosystem, involving IndiGrid, AmpereHour Energy, and BRPL, supported by concessional funding from the Global Energy Alliance for People and Planet (GEAPP). Technical Excellence and Grid Integration Executing a 20 MW / 40 MWh utility-scale project within a legacy substation in a congested metropolitan area presented extreme logistical hurdles. Despite these challenges, the team achieved commissioning in a record 11 months—ahead of schedule. The system utilizes AmpereHour’s proprietary AI-driven ELINA Energy Management Software, which allows for sophisticated energy arbitrage and real-time management of grid-specific issues like voltage dips and peak load spikes. Social and Environmental Impact Beyond technical metrics, the project serves a critical social function. By providing four hours of clean backup power daily, it directly enhances energy security for 100,000 residents and vital infrastructure, including Moolchand and Safdarjung hospitals. It effectively displaces fossil-fuel-based peaking power and reduces reliance on diesel generators, proving that BESS is not just a grid tool, but a tool for public health and urban sustainability. KBPL is a “first-of-its-kind” proof of concept that battery storage can defer massive capital expenditure in urban infrastructure while accelerating the transition to a carbon-neutral grid. Back to Blogs Share: Join us at our next event We will be there at India Energy Storage Week (IESW)2026 is scheduled for July 8–10, 2026, atYashobhoomi (IICC) in New Delhi. Yashobhoomi (IICC) July 8–10, 2026 | New Delhi Get the latest The latest industry news, interviews, technologies, and resources. View All Posts BLOG The Kilokari BESS Project: A Blueprint for Urban Energy Resilience The Kilokari BESS Private Limited (KBPL) project stands as a landmark in India’s March 2025 BLOG Cummins PHP: Strengthening Industrial Resilience in Phaltan The Cummins PHP project represents a significant advancement in Behind-the- February 2025

Gujarat BESS Private Limited (GBPL)India’s Largest Transmission-Connected Storage

India’s Flagship Standalone Battery Storage Project Gujarat Energy Transmission Corporation substation in Gujarat. Overview The landscape of the Indian energy sector just shifted. In a monumental milestone for clean energy, AmpereHour Energy and IndiGrid have officially commissioned a massive 180 MW / 360 MWh Battery Energy Storage System (BESS) at the GETCO substation in Charal, Sanand Industrial Area, Gujarat. Officially named Gujarat BESS Private Limited (GBPL), this project isn’t just India’s largest standalone utility-scale battery installation-it stands proud as one of the largest BESS capacities in all of Asia. With Gujarat Urja Vikas Nigam Limited (GUVNL) as the off-taker, GBPL serves as a replicable blueprint for the 10 GWh of transmission-connected BESS capacity expected to roll out across India. Here is a look behind the scenes at how this “lighthouse” project is redefining grid stability and paving the way for a 24/7 renewable energy future. Project Profile Project Name: Gujarat BESS Private Limited (GBPL)Project Location: GETCO Substation, Charal, Sanand Industrial Area, GujaratTotal Project Size: 180 MW / 360 MWhDeveloper: IndiGridTechnology Partner: AmpereHour Energy The Scale of the Innovation Building one of Asia’s largest standalone BESS facilities was nothing short of a mammoth task. To pull it off, the team at AmpereHour Energy had to scale up learnings from their previous 40 MWh project in Delhi into a massive 360 MWh reality. Strategically collocated at a Gujarat Energy Transmission Corporation (GETCO) substation, the project is classified as an integral part of the transmission system. How It Works: True Operational Flexibility The BESS facility acts like an intelligent green shock absorber for the electrical grid. Energy Shifting: It stores surplus solar and wind power during off-peak hours and discharges it during morning and evening peaks, ensuring grid stability. On-Demand Usage: The system is engineered for maximum flexibility, allowing GUVNL to cycle the battery twice daily to manage intense peak load spikes. Engineered for Longevity: Despite this high utilization, AmpereHour’s system is engineered to maintain an optimal battery lifespan over its 12-year contract period. Engineering with a “First Time Right” Principle Meeting GUVNL’s stringent grid requirements demanded precision engineering. AmpereHour’s R&D and engineering teams conducted advanced simulation studies to optimize the entire electrical chain—from the massive 220 kV grid connection all the way down to the DC systems. This meticulous planning ensured maximum usable energy and high Round Trip Efficiency (RTE). The flawless, “one-go” commissioning was powered by deep tech: ELINA EMS: AmpereHour’s proprietary Energy Management System integrated massive, complex data streams in real time. AH Suite: A software platform that maintained high-quality execution and collaboration across multiple contractors. Flexible Integration Architecture: An intelligent, hardware-agnostic technology layer that allowed IndiGrid to deploy a technically superior and commercially optimized system. Social, Strategic, and Environmental Impact Gujarat has firmly established itself as a frontrunner in the green energy transition, launching a collective 870 MW of battery storage projects statewide. Within this ambitious ecosystem, GBPL delivers impact on multiple fronts: Renewable Integration: Directly supports Gujarat’s goal of 100 GW of renewable capacity by 2030 by bridging the gap of intermittent green energy sources. Energy Security: Reduces dependency on fossil-fuel-based peaking plants, actively lowering the carbon footprint for the state’s industrial hubs. Market Leadership: Positions the IndiGrid and AmpereHour Energy partnership as a first-mover in the large-scale standalone storage market. Regulatory and Financial Innovation GBPL isn’t just a win for engineering; it’s a triumph of commercial design. The project was awarded to IndiGrid in March 2024 through a transparent Tariff-Based Competitive Bidding (TBCB) process conducted by GUVNL. Developed on a Build, Own, and Operate (BOO) basis, the project features a 12-year Battery Energy Storage Service Agreement (BESSA). Financial Breakdown: Tariff Structure: A fixed capacity charge of ₹449,996 per MW per month, translating to an annual tariff of over ₹97 crore. Global Backing: Supported by $55 million in long-term financing from the International Finance Corporation (IFC), which includes concessional funding from the Clean Technology Fund (CTF). Looking Ahead: The 500 GW Vision As the project developer, IndiGrid has set an entirely new benchmark for utility-scale storage infrastructure in India. This project does more than just balance today’s grid—it paves the way for the nation’s grander green goals. As the world watches the transition to clean energy, projects like GBPL prove that with the right combination of global financing, intelligent software, and bold engineering, a 100% renewable grid is actively being built. Back to Blogs Share: Join us at our next event We will be there at India Energy Storage Week (IESW) 2026 is scheduled for July 8–10, 2026, at Yashobhoomi (IICC) in New Delhi. Yashobhoomi (IICC) July 8–10, 2026 | New Delhi Get the latest The latest industry news, interviews, technologies, and resources. View All Posts BLOG The Kilokari BESS Project: A Blueprint for Urban Energy Resilience The Kilokari BESS Private Limited (KBPL) project stands as a landmark in India’s March 2025 BLOG Cummins PHP: Strengthening Industrial Resilience in Phaltan The Cummins PHP project represents a significant advancement in Behind-the- February 2025

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