Powering India'sClean EnergyFuture
Renewable projects delivered end-to-end — development, EPC, C&I and storage — backed by Metalbook's industrial supply chain.
Projects
- Maharashtra80%
- Telangana100%
- Arunachal Pradesh100%
- 90+ MWUtility-scale projects executed
- 100+Verified OEM & component suppliers
- 100%Certified, OEM-verified components
- Pan-IndiaProjects and operations
One partner in every stage of the energy transition.
From land and approvals to commissioning and beyond — we collaborate across the full project lifecycle, backed by Metalbook's industrial supply chain.
High DemandProject Development
Site identification, resource assessment, grid connectivity and statutory clearances — the groundwork that makes a project bankable.
- Planning
- Financing
- Co-developing
Most RequestedEPC
Full-scope engineering, procurement and construction — back-to-back contracts and installation & commissioning, on one accountable contract.
- Back-to-Back
- I&C
- Commissioning
Fastest GrowingCommercial & Industrial
Captive, open access and group captive power models that cut tariffs and carbon for industrial and commercial consumers.
- Captive
- Open Access
- Group Captive
Moving TendersEmerging Technologies
BESS, hybrid, RTC & FDRE and AgriPV — the formats winning tenders today, delivered end to end.
- BESS
- Hybrid
- RTC
Featured Installation
Rajasthan 120 MW Utility Solar Park
Operational
- 120 MW
- Capacity
- JA Solar
- Modules
- 8 Months
- Delivery
Built on an industrial supply-chain backbone
MBookEnergy pairs Metalbook's supply-chain platform with full-scope project delivery — marketplace, financing, EPC and project development, backed by real-time pricing and pan-India operations.
- Price Discovery
- Quality Assurance
- Logistics
- Financing
- Project Tracking
One Contract, Start to Finish
Project development and turnkey EPC — one partner from land and approvals through to commissioning.
Energify, the Energy Marketplace
Certified components from verified OEMs, priced in real time and delivered pan-India — our B2B marketplace connecting OEMs & suppliers to Developers.
Power Evacuation Infra
From pooling substations to the last kilometre of HT line — we take evacuation infrastructure from design through to grid charging, statutory approvals included.
Innovation Engine
AI-driven forecasting, predictive maintenance and digital tech solutions across the energy ecosystem — where renewable energy is headed next. We are committed to affordability and accessibility at scale.
Perspectives on India's energy transition.
Analysis on solar, storage and grid infrastructure from the Metalbook desk.
Mannu Chaulia
Discover how preventive maintenance, solar panel cleaning and performance monitoring help Indian solar projects reduce losses and protect long-term returns.
- SOLAR
Pragati Tiwari
In 2025, India put out 69 battery storage tenders adding up to roughly 102 GWh. By the end of the year, only about 758 MWh had actually been commissioned. At first glance that looks like a failure. It isn't. It shows how quickly solar-plus-storage has gone from pilot projects to the standard way India buys new renewable capacity, so quickly that construction hasn't caught up yet. The reason is simple physics. Solar produces nearly all its power in a six-hour window around midday, but demand peaks after the sun goes down. Every tender that pairs solar with batteries, whether it's called hybrid, RTC or FDRE, is there to close that gap. Below we explain what each tender type asks for, the numbers behind the current boom, and why 2026 is the year storage stopped being optional for large developers.
- SOLAR
Pragati Tiwari
India has somewhere around 600 to 700 MW of floating solar installed today. According to a government assessment released in June 2026, its reservoirs and waterbodies could technically hold more than 102 GW. That means we've built less than 1 percent of what's possible. The report in question came out on 10 June 2026, when Union Minister for New and Renewable Energy Pralhad Joshi released the Report on Floating Solar PV Potential Assessment of India. It was prepared by the National Institute of Solar Energy (NISE). It puts floating solar potential at 102.18 GWp across about 1,946 sq km of usable reservoir surface. Add that to ground-mounted potential and India's total assessed solar potential comes to 3,445 GWp.
- SOLAR
Pragati Tiwari
Say two EPC quotes arrive for the same 1 MW ground-mount project. One comes in at Rs 32 per watt, the other at Rs 40. Most buyers react the same way. They assume the cheaper one cut corners on the module, so they pull both datasheets. Same tier-1 panel on both. The natural conclusion is that the cheaper contractor is simply more efficient. Usually, that's the wrong conclusion. Modules make up only about half of what a solar plant costs. The other half is the Balance of System, and that's where the gap between quotes almost always hides. It's also the part of the quote most buyers never ask to see itemised.
- SOLAR
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