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Decommissioning
Safe, responsible and systematic decommissioning of ageing renewable assets.
Wind · Solar · Hybrid · BESS — Full Lifecycle
Transforming end-of-life renewable assets into the next generation of clean energy infrastructure — across mountains, plains and grid.
01 — 07 · The Manifesto
Every asset we touch moves through one continuous loop. Nothing is scrapped thoughtlessly; every stage feeds the next.
Safe, systematic dismantling of ageing wind and solar assets at end-of-life.
Responsible recovery of blades, towers, modules, metals and rare materials.
Land, grid and infrastructure evaluation to unlock the site's next chapter.
Modern, higher-capacity technology engineered onto proven sites.
Fresh wind, solar and hybrid generation comes online.
Long-term operations, storage integration and performance management.
Materials and value loop back — nothing wasted, everything renewed.
Capabilities
Six disciplines, one integrated lifecycle — from first dismantling survey to round-the-clock hybrid generation.
Safe, responsible and systematic decommissioning of ageing renewable assets.
Transform existing sites with modern technology for higher performance.
Utility-scale solar projects designed for long-term reliability.
Repowering and developing wind assets on proven ridgelines.
Integrated wind, solar and storage for optimized generation.
Battery Energy Storage Systems engineered for a flexible, resilient grid.
On The Ground
25 MW decommissioned across 15 sites, 7 projects in active execution, and a 55 MW repowering pipeline taking shape.
Completed
Tamil Nadu
25 MW across 15 sites
In Development
Western Ghats
55 MW under development
Ongoing
Gujarat
20 MW feasibility to execution
Ongoing
Karnataka
Wind, solar and storage hybridisation
Rooted in Nature
Every site we decommission is restored, re-greened and readied for its next chapter.
Who We Are
Regra approaches renewable infrastructure as a complete lifecycle. We responsibly decommission and dismantle ageing assets, recover valuable materials, evaluate land and infrastructure, and identify opportunities for redevelopment and repowering.
From end-of-life assets
To new energy infrastructure
Circularity in practice
Nothing wasted. Everything renewed.
Sustainability
Steel, copper, aluminium and composites are segregated at source and returned to the circular economy — audited, not assumed.
Every decommissioned site is levelled, re-soiled and re-vegetated, ready for its next chapter — energy or agriculture.
Repowering multiplies output per hectare: fewer towers, larger rotors, the same roads and grid lines already in place.
The Journal
Thinking from the field — repowering economics, storage engineering and the circular future of renewable assets.
Behind every ageing turbine is a proven site, an existing grid connection, and a decade of wind data waiting to be redeployed.
The anatomy of a repowering pipeline, and the five decisions that determine whether a project clears.
Wind peaks at night, solar peaks at noon — hybrid plants with battery storage close the gap.
A single turbine holds tonnes of steel, copper and composites — recovery turns cost into resource.
Contact
Decommissioning an ageing asset, exploring repowering, developing a new project or collaborating on storage — start the conversation.