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As India’s renewable capacity crosses 200 GW, the grid must evolve from intermittent to dependable supply.
Battery Energy Storage Systems (BESS) form that bridge. They enable firm power, smoother dispatch, and true round-the-clock (RTC) renewable generation.
Aright is integrating energy storage across its development platform.
All parks, from utility-scale projects such as Bikaner, Nokh, NkD, and the 2 GW Girajsar Solar Park to distributed feeder-level sites under PM-KUSUM, are designed with the infrastructure, space, and connectivity to enable seamless integration of 2–4 hour battery systems.
Rajasthan’s strong grid corridors and high solar potential make it an ideal proving ground for storage.
This design approach ensures faster adoption as policy, pricing, and offtake structures evolve.
India’s renewable sector is shifting from capacity growth to reliability.
With solar and wind generation now exceeding 200 GW, frequent curtailment by state and central utilities highlights a structural challenge: the grid’s limited ability to absorb daytime output. This imbalance between supply and demand is beginning to affect project returns and investor confidence.
By capturing surplus solar power and releasing it during evening or peak hours, it provides firm, dispatchable supply and improves utilisation of existing generation and transmission assets. Storage also opens new revenue opportunities through ancillary services, capacity markets, and hybrid power structures.
Storage readiness is now built into every park, giving flexibility to deploy grid-scale systems at both utility and feeder levels as technology costs decline and policy frameworks mature.
Aright treats storage as an essential part of renewable infrastructure, not a retrofit.
At the utility scale, storage enables generation to shift from high-irradiance hours to evening peaks, improving grid efficiency.
At the distributed scale, pilots under PM-KUSUM will demonstrate how storage can stabilise agri-loads and strengthen rural feeders.
As curtailment grows across high-generation states, Aright has been engaging with leading local and global technology providers to prepare for storage deployment. These discussions cover technical integration, engineering design, and commercial structuring to ensure rapid adoption as storage economics and policy support advance.
All Aright parks are designed with storage readiness built in. Each site includes the space, control systems, and grid connectivity needed for battery integration. Park clients also have the flexibility to apply for non-solar-hour connectivity, enabling future hybrid and RTC configurations.
Engagement with global and domestic storage technology providers for design and implementation readiness
Storage-ready layouts and grid connectivity built into all Aright parks
Optional non-solar-hour connectivity enabling future hybrid and RTC power delivery
By embedding storage into every stage of its development framework, Aright is aligning with India’s shift toward firm, dependable renewable power.