Khavda Renewable Energy Park
The world's largest single-location RE park — five times the size of Paris — where solar, wind and storage co-location is redefining hybrid RTC design at gigawatt scale.
Footage · NDTV Profit · YouTube
30 GW
Planned capacity
Hybrid solar + wind at single location
approx 538 sq km
Site area
Roughly five times the size of Paris
Solar+Wind+Hybrid
Capacity type
Co-located for RTC firming
approx 2 GW
Commissioned by 2023
Early operational blocks
2027-29
Target completion
Publicly stated build-out horizon
ISTS-connected
Grid interface
Multiple new substations/lines planned
2019-20
Gujarat government and central agencies begin allocating large tracts of Rann of Kutch wasteland for renewable park development.
2021-22
Site development, land leveling and internal road/transmission corridor works begin at scale in Khavda.
2022-23
First solar and hybrid wind-solar blocks commissioned and synchronised, with approx 2 GW capacity operational.
2023-24
Capacity additions accelerate; project widely reported as largest single-location RE park globally, ahead of full build-out.
2024-25
Progressive commissioning continues toward interim capacity milestones; associated ISTS transmission augmentation reported by CEA/POSOCO-linked planners.
2027-29 (target)
Full 30 GW hybrid capacity targeted for completion, per public project disclosures.
Khavda is the world's largest single-site renewable energy park under development, planned for 30 GW of co-located solar, wind and hybrid capacity across roughly 538 sq km of Kutch's salt desert. For Indian developers and lenders it is a live case study in gigawatt-scale land banking, ISTS-linked transmission planning, and round-the-clock (RTC) hybrid design — showing both the opportunity and the execution risk of concentrating national-scale generation in one remote, ecologically sensitive corridor.
Khavda demonstrates how India's push for RTC renewable supply is shifting tenders toward hybrid solar-wind-storage bundling rather than standalone plants, aligning with recent CERC/MNRE hybrid and RTC tender frameworks. It underlines the need for ISTS transmission planning to move in lockstep with generation bids, and shows lenders that phased, milestone-linked financing structures are essential for multi-GW single-site parks. State-central coordination on land and evacuation infrastructure, as seen in Gujarat, is a template other states pursuing large RE parks should study before launching similar mega-tenders.
Engineering, procurement and finance lessons
01
Land aggregation is the real bottleneck
Assembling contiguous desert/wasteland at gigawatt scale required years of state-led allocation before EPC could mobilise. Developers should treat land title consolidation and revenue-record cleanup as a critical-path item, not a formality, especially in border and ecologically sensitive zones.
02
Transmission must be planned ahead of generation
A 30 GW single-site cluster needs pooling substations and dedicated ISTS corridors sized years in advance. Projects of this scale should sequence transmission capex and approvals (CTU/STU coordination) before signing generation EPC contracts to avoid stranded capacity.
03
Hybrid co-location changes engineering assumptions
Sharing land, roads and evacuation infrastructure between solar and wind reduces per-MW balance-of-plant cost, but requires unified SCADA, forecasting and grid-code compliance design from day one rather than retrofitting two separate systems.
04
Phased commissioning de-risks financing
Bringing capacity online in GW-scale tranches (rather than an all-or-nothing single COD) lets lenders tie disbursement and DSCR covenants to operating cash flows, improving bankability for very large hybrid parks.
05
Remote, sensitive sites need environmental and community diligence early
Border-zone, desert-ecology locations invite scrutiny on biodiversity, security clearances and local livelihoods; early, transparent stakeholder engagement reduces delay risk for projects of national visibility.
Sources · Reuters · Ministry of New and Renewable Energy (MNRE) · Central Electricity Authority (CEA) · PIB India · Mercom India
- Structuring phased financing and PPA/PPP models for gigawatt-scale hybrid parks to match lender covenants with commissioning tranches.
- Advising on ISTS transmission sequencing and grid-code compliance for large co-located solar-wind-storage clusters.
- Supporting land aggregation, environmental clearance strategy and stakeholder engagement for remote, large-footprint RE sites.