What sectors does Growthifye cover?

We work across the clean-energy value chain — utility-scale solar and wind, battery energy storage (BESS), power transmission networks, and the green financing structures that fund them.

Do you handle both engineering and financing?

Yes. Our differentiator is combining engineering-led advisory and EPC with an in-house green financing and debt syndication desk, so technical and financial workstreams stay aligned all the way to financial close.

Can you support transmission and grid connection?

Absolutely. We engineer HV substations and transmission lines, run grid connection and evacuation studies, and manage the interface with utilities and grid operators.

What does green financing include?

Sustainability-linked loans, green debt, blended finance and non-recourse project finance — structured, syndicated and negotiated to secure competitive, long-tenor capital.

How do we start working with you?

Share your project or mandate through the contact form or WhatsApp. We'll set up a discovery call and outline a tailored engagement across advisory, engineering, EPC or financing.

EPC

Landmark project · India · Wind EPC

Jaisalmer Wind Park

1.6 GWJaisalmer, Rajasthan

India's largest wind cluster — decades of turbine, foundation and crane logistics in desert terrain that inform every wind BoP contract.

Footage · Rajasthan Renewable Energy Corporation Limited · YouTube

Key numbers

approx. 1.6 GW

Cluster capacity

Cumulative installed wind capacity across the Jaisalmer belt

approx. 1,000+

Turbine count

Mixed vintages from sub-1MW to 3MW+ class machines

approx. 30-38%

Capacity utilisation

Among the highest onshore wind CUFs recorded in India

approx. 4-5 acres/MW

Land footprint

Typical spacing for desert-terrain wind strings

approx. 8-10 months

Turbine erection cycle

Per string, weather-window and crane-availability dependent

400kV/220kV

Evacuation voltage

Pooling substations aggregate multi-developer cluster output

Timeline

1990s
Early wind resource assessments and pilot turbine installations begin under state renewable energy programs.
2001-2008
State utility and early private IPPs commission first commercial wind farms, establishing the Jaisalmer belt as a wind hub.
2010-2015
Large-scale IPP capacity additions push cumulative installations across Jaisalmer-Barmer-Bikaner toward multi-GW scale.
2016
Rajasthan wind-solar hybrid policy encourages co-location of solar with existing wind assets in the belt.
2019-2020
Evacuation and pooling substation upgrades reinforced to handle aggregate cluster output during peak wind season.
2022-2023
Repowering and hybridization studies begin for early-generation turbines approaching end of PPA/contract life.

Why it matters

Jaisalmer's wind cluster is India's largest and oldest onshore wind hub, with layered vintages of turbines, foundations and evacuation infrastructure built over three decades. For developers and lenders it is a live case study in desert-terrain EPC risk, transmission sequencing and multi-vintage O&M — lessons directly transferable to other high-wind belts such as Kutch and Tuticorin, and central to underwriting new wind and hybrid capacity across India.

The India angle

The Jaisalmer experience is the template Indian regulators and lenders now apply to newer wind and hybrid clusters in Gujarat, Tamil Nadu and Karnataka: ISTS waiver timelines, CTU/state transmission planning ahead of turbine commissioning, DSM forecasting-scheduling compliance, and repowering policy for ageing wind assets. Tender designers and financiers increasingly ask for evacuation certainty and vintage-wise O&M plans modeled directly on this cluster's history.

What it teaches

Engineering, procurement and finance lessons

Desert micrositing drives yield variance

Wind shear, dust loading on blades and variable soil bearing capacity across sandy and rocky patches mean generic turbine layouts underperform. Site-specific micrositing and foundation design by soil zone materially reduce O&M costs and yield shortfalls versus P50 estimates.

Evacuation must be sequenced before turbine dispatch

Historic curtailment episodes in the belt trace back to pooling substation and transmission capacity lagging turbine commissioning. Lenders should condition disbursement on documented ISTS/state transmission tie-up milestones, not just PPA signing.

Crane logistics are a critical path item

Heavy-lift cranes for hub heights above 100m face desert road load limits and seasonal access constraints. EPC contracts should build in dedicated logistics corridors and crane mobilization float, not generic construction schedules.

Multi-vintage clusters need differentiated O&M strategy

Decades of layered installations mean spare-parts availability, OEM support and repowering economics vary sharply by turbine generation. Portfolio O&M contracts should segment by vintage rather than apply a single service-level template.

Land aggregation needs structured long-term leases

Fragmented desert landholdings require standardized lease templates and community engagement frameworks early, since land title disputes are a recurring cause of construction delay and refinancing friction.

Sources · Ministry of New and Renewable Energy (MNRE) · Central Electricity Authority (CEA) · Global Wind Energy Council (GWEC) · Rajasthan Renewable Energy Corporation (RRECL) · IEEFA

How Growthifye helps

Conduct site-specific wind resource, micrositing and foundation due diligence to de-risk capex assumptions for lenders.
Sequence evacuation infrastructure and transmission tie-up strategy in line with CTU/state transmission plans and ISTS timelines.
Structure repowering, hybridization and vintage-segmented O&M roadmaps to extend asset life and improve brownfield returns.

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