Utility-scale solar project developer launching a mega-watt park.
Contextual Background
The project required aligning complex land aggregation laws, rigid state power purchase agreements (PPAs), and turnkey EPC contracts to confidently secure project finance.
Strategic Complexity
The mandate required navigating the high-stakes intersection of Indian infrastructure law, state-specific energy policies, and international project finance standards. At its core was the challenge of "bankability"—ensuring that every component of the project, from land title to equipment supply, met the rigorous scrutiny of tier-one institutional lenders. This involved harmonizing disparate state-level land conversion regulations with national-level open access and transmission guidelines. Furthermore, as the energy landscape shifted toward competitive bidding, we managed the risk allocation between the developer and state utility offtakers, particularly regarding "change-in-law" protections and payment security mechanisms. The complexity peaked during the integration of turnkey EPC (Engineering, Procurement, and Construction) contracts with multi-tiered supply chains, requiring a "mirrored-indemnity" architecture to prevent valuation leakage.
Key regulatory, commercial, and execution issues addressed during the mandate.
CELA Mandate
Acting as Lead Project & Finance Counsel, CELA functioned as the strategic architect of the project’s bankability from inception. We moved beyond drafting contracts to become designers of the project’s risk-mitigation logic. Our role was to provide the "regulatory foresight" required to navigate the volatile energy landscape, ensuring that the asset’s contractual foundation was resilient to both political and technological shifts.
Execution Strategy
01
Land Aggregation & Title Fortress
We orchestrated a massive land aggregation exercise, conducting deep-trace title diligence across hundreds of contiguous acres. This involved navigating complex agricultural land ceiling laws and negotiating conversion leases that satisfied the unyielding security requirements of project lenders, ensuring an unencumbered site for the multi-decade operational life of the asset.
02
Bankable Offtake & PPA Engineering
We negotiated long-term Power Purchase Agreements (PPAs) that served as the primary collateral for the project. Our role was to engineer "robust" force majeure and change-in-law clauses, ensuring that the project’s revenue stream remained resilient to future regulatory or tariff volatility. We also structured payment security mechanisms to mitigate the risk of utility-side payment delays.
03
EPC Risk Allocation Architecture
We drafted a comprehensive turnkey EPC contracting stack that shifted material construction and delay risks explicitly to the contractors. This "back-to-back" risk allocation was designed to match the performance warranties required by the project lenders, ensuring that any technical failure or timeline slippage was covered by liquid indemnities rather than the developer’s equity.
04
Financing Alignment & Security Creation
In the final lead-up to financial close, we led the alignment of the project SPV with lender covenants. This included structuring "Direct Agreements" with third-party vendors and utility offtakers to provide lenders with "step-in rights" in the event of default, effectively creating a well-organized security structure that unlocked significant institutional capital.
Quantifiable Outcomes
Financial
Close Achieved
Fulfilled all lender conditions precedent.
100%
Land Titling
Verified Contiguous ownership cleared.
Secured
Off-Take
Long-term bankable PPA fully executed.
The project reached financial close successfully, unlocking construction mobilization and lender drawdowns. By addressing completion-risk and regulatory-uncertainty issues early, we helped the developer secure financing on bankable terms and preserve long-term asset value.
Strategic Impact
This energy case study shows that in the cleantech sector, legal bankability is the primary determinant of capital velocity and project success.