Buying a wind power plant in Turkey? Learn the key legal risks foreign investors should check before acquisition, including EMRA generation licenses, land and turbine rights, grid connection, YEKDEM, environmental permits, EPC and O&M contracts, project finance and hidden liabilities.

Buying an operating wind power plant in Turkey can allow a foreign investor to enter the renewable energy market without assuming the entire development and construction cycle of a greenfield project. The investor may acquire a project with established turbines, operating history, land rights, grid infrastructure, regulatory approvals and existing electricity revenues. However, an operational wind farm can also carry years of hidden legal liabilities. A project that appears attractive on the seller’s financial model may have unresolved generation-license issues, incomplete land rights, grid limitations, turbine warranty disputes, environmental litigation, lender security, expropriation proceedings or contractual liabilities capable of materially reducing the value of the investment.

The most important principle is that a foreign buyer is not merely purchasing wind turbines. The investor is acquiring a regulated electricity-generation business supported by a network of licenses, land rights, grid agreements, permits, contracts and financing arrangements. Each element should therefore be independently verified before closing.

Turkey’s electricity generation sector operates principally under Electricity Market Law No. 6446 and secondary legislation administered by the Energy Market Regulatory Authority (“EMRA”). EMRA’s licensing framework provides for generation licenses authorizing legal entities to conduct electricity generation activities. EMRA electricity licensing information

What Is the Foreign Investor Actually Buying?

The first due diligence question should identify the transaction perimeter. The investor may acquire all shares in the licensed project company, a controlling stake, an indirect interest through a holding company or, in a more complicated structure, selected project assets. These structures have different regulatory and liability consequences.

In a share acquisition, the project company normally continues to exist after closing. Its assets and contractual rights remain with it, but its historical liabilities generally remain there as well. This means the investor may indirectly acquire regulatory violations, tax exposure, environmental liabilities, employee claims, contractor disputes and litigation originating years before the acquisition.

An asset transaction may isolate some corporate liabilities, but licenses, permits, land rights, grid agreements and project contracts cannot automatically be assumed to transfer simply because the physical turbines are sold. Transaction structure should therefore be determined only after preliminary regulatory analysis.

1. Verify the EMRA Generation License

The generation license should be the starting point. The buyer should confirm the identity of the license holder, generation source, facility, installed capacity, location, license duration and current status. These details should correspond with the wind farm actually being acquired.

EMRA maintains electricity-generation licensing information that can be used as part of this verification process. EMRA licensing procedures

A seller’s representation that the project is “fully licensed” should never replace independent verification.

2. Compare the License With the Physical Wind Farm

Legal and technical due diligence should be coordinated. Confirm that the number and characteristics of operating turbines, installed capacity and project configuration correspond with the regulatory approvals.

If turbines have been replaced, uprated or materially modified, determine whether all necessary regulatory steps were completed.

A technical improvement can create a regulatory problem if the physical project no longer corresponds with the authorized configuration.

3. Review Historical EMRA Compliance

A currently valid generation license does not establish perfect historical compliance. Request all material EMRA correspondence, warnings, information requests, investigations, administrative fines and compliance proceedings.

This is particularly important in a share deal because the investor acquires the existing licensed company rather than a newly created business.

4. Investigate Pending Regulatory Proceedings

The buyer should specifically ask whether any unresolved investigation could result in a license amendment, administrative fine or other sanction. The absence of a final penalty does not mean there is no regulatory risk.

Representations in the SPA should therefore cover both existing sanctions and pending or threatened regulatory proceedings.

5. Analyze Change-of-Control Requirements

The acquisition itself may trigger energy regulatory requirements. A direct or indirect ownership change should be examined under the rules applicable to the licensed company before signing.

The investor should establish whether any EMRA approval, notification or other action is required and incorporate necessary regulatory steps into the transaction timetable.

6. Review the Pre-License History Where Relevant

For projects developed through the pre-license regime, historical development documentation can reveal whether material obligations were satisfied properly. This can be relevant where disputes remain concerning project development, land rights or earlier regulatory commitments.

The operating license should therefore not always be treated as the only relevant regulatory document.

7. Verify Every Parcel Used by the Wind Farm

Land due diligence is particularly important for wind projects because the project may extend across numerous parcels rather than a single compact site. Turbines, access roads, cables, substations and transmission infrastructure may each involve different land rights.

A complete project map should be reconciled parcel by parcel with title and contractual records.

8. Determine Whether Land Is Owned, Leased or Subject to Other Rights

The buyer should identify the legal basis for occupation of every essential project area. Some parcels may be owned by the project company, others leased and others used under easements or public-law arrangements.

No critical turbine or infrastructure component should depend on an undocumented land arrangement.

9. Review Wind Turbine Land Leases

Where turbines stand on leased property, examine lease duration, rent, escalation, renewal, termination, assignment and change-of-control clauses.

The lease term should be compared with the remaining expected operational life of the turbines.

A wind farm valued on fifteen years of future cash flow should not depend on an essential land lease expiring substantially earlier without a reliable renewal mechanism.

10. Verify Access Road Rights

Wind turbines require substantial access for maintenance, blade replacement, cranes and heavy equipment. An informal road arrangement may become a serious problem when a neighboring landowner objects.

Verify legal rights over every essential access route.

11. Check Underground Cable Rights

Wind farms can contain extensive underground cable networks crossing several parcels. Determine whether the project has permanent legal rights for those cables and associated maintenance access.

12. Review Transmission Line Easements

The project may depend on transmission infrastructure extending beyond the turbine sites. Easements and other rights necessary for transmission lines, substations and connection infrastructure should be independently verified.

13. Investigate Expropriation

Energy projects can involve expropriation and other public-law mechanisms concerning project land or transmission infrastructure. Review completed and pending procedures and identify compensation litigation.

An unresolved landowner challenge may become a significant post-closing issue.

14. Check Forestry Rights

Wind projects can involve forest areas. Where relevant, the buyer should verify forestry permissions, usage rights, fees, duration and compliance obligations.

These rights should be compared with the physical project footprint and access infrastructure.

15. Review Treasury and Public Land Rights

Where project components occupy public property, verify the legal instrument allowing use of that land and determine whether it remains effective following the proposed acquisition.

Do not assume that an authorization granted during development automatically survives every corporate change.

16. Review Zoning Status

The project’s planning status should be examined against its actual construction. The buyer should identify any pending zoning disputes or administrative challenges affecting turbine locations or project infrastructure.

17. Verify Construction and Operating Documentation

Review construction-related permits and completion or occupancy documentation where applicable to project structures. Turbine foundations, substations, administrative buildings and related infrastructure should be included in the review.

18. Examine Environmental Impact Assessment Status

Wind farms can generate environmental disputes involving project location, wildlife, noise and land use. The buyer should verify the project’s environmental assessment history and whether subsequent capacity or turbine changes were properly addressed.

The facility operating today should correspond with the project that received the relevant environmental approvals.

19. Search for Environmental Litigation

A project may continue operating while litigation concerning an administrative or environmental decision remains pending.

Request the entire litigation schedule and independently investigate material administrative cases.

The financial model should reflect litigation capable of affecting fundamental project rights.

20. Investigate Wildlife and Protected-Area Issues

Wind projects can create particular environmental sensitivities involving birds, protected areas and migration routes. Where relevant, determine whether monitoring or mitigation obligations exist and whether the company has complied with them.

Historical environmental commitments can create continuing operational obligations after acquisition.

21. Verify Grid Connection

A wind farm’s economic value depends on its ability to deliver electricity.

Review the connection agreement, connection point, capacity, infrastructure responsibilities and historical correspondence with the relevant grid entities.

Installed megawatts do not automatically equal legally deliverable megawatts.

22. Review System-Use Arrangements

Determine the terms under which the project uses the electricity system and investigate outstanding payments, disputes, breaches and technical obligations.

Any material system-use issue should be incorporated into valuation and SPA protection.

23. Investigate Grid Curtailment

Wind availability does not guarantee electricity sales if the network restricts injection.

Review historical curtailment data alongside production information. Persistent curtailment can materially affect expected revenue.

The buyer should determine whether the seller’s financial model accurately reflects this risk.

24. Compare Installed, Licensed and Grid Capacity

The buyer should reconcile technical installed capacity with licensed capacity and grid rights.

Any discrepancy requires explanation.

Valuation should be based on electricity the project can lawfully and practically generate and deliver, not merely the nameplate capacity of the turbines.

25. Verify YEKDEM Status

Where the seller’s valuation assumes revenues under the Renewable Energy Resources Support Mechanism, actual eligibility and applicable periods should be independently verified.

EMRA publishes annual YEKDEM information and relevant lists. EMRA renewable energy support information

Historical participation should not be treated as proof of identical future revenue.

26. Determine the Remaining Support Period

A wind farm may show excellent historical financial performance because of renewable support revenues that are approaching expiry.

The buyer should model both the support period and the post-support period.

A legally correct understanding of remaining support can materially alter the purchase price.

27. Verify Local Component Support Where Relevant

If additional revenue assumptions depend on domestic components or another incentive mechanism, independently verify the underlying eligibility and remaining duration.

Seller presentations should not be treated as legal evidence.

28. Review Historical Wind Production

Obtain historical production data and compare it against the seller’s forecasts and technical assumptions.

Unexpected underperformance may arise from wind conditions, equipment availability, curtailment or operational problems.

The legal team should investigate whether underperformance has already generated claims against contractors or suppliers.

29. Review the Original EPC Contract

Even after construction, the Engineering, Procurement and Construction contract may contain valuable rights concerning defects, performance and warranties.

Determine which obligations remain enforceable and whether the seller has waived or settled claims.

30. Examine Turbine Supply Agreements

Wind turbine supply agreements can contain long-term warranties, performance commitments, maintenance obligations and liability limitations.

The buyer should identify the original turbine supplier and establish whether contractual rights remain with the target company.

31. Check Turbine Warranties

Determine the remaining warranty periods for major components including blades, gearboxes, generators, towers and control systems.

Technical due diligence should identify existing defects, while legal due diligence should determine whether recovery remains possible.

32. Investigate Blade Problems

Blade defects can result in substantial repair costs and lost production. If inspections identify cracking, erosion or structural problems, determine whether warranty, EPC, insurance or supplier claims are available.

The seller should disclose previous blade incidents and repairs.

33. Investigate Gearbox and Generator Failures

Major drivetrain failures can significantly affect future capital expenditure. Historical maintenance records should be compared with warranty and service documentation.

Recurring failures can materially alter the investment economics.

34. Review Turbine Availability Guarantees

O&M or turbine service agreements may guarantee minimum availability.

Compare guaranteed availability with historical performance and determine whether compensation claims were properly made where targets were missed.

35. Review the O&M Agreement

Wind turbine maintenance agreements can be long-term and expensive. Examine fees, escalation, availability guarantees, spare parts, scheduled maintenance, liability, termination and change-of-control provisions.

The buyer should determine whether it is commercially and legally locked into the existing service provider.

36. Examine Long-Term Service Agreements

Some turbine manufacturers provide long-term service arrangements extending many years beyond construction.

These agreements can provide valuable technical protection but may also impose substantial fees and restrictive termination provisions.

Their economic effect should be reflected in valuation.

37. Confirm Ownership of Turbines and Equipment

Physical possession does not automatically prove legal ownership.

Determine whether turbines, transformers or other equipment are financed, leased or subject to security rights.

Prepare a verified project asset register.

38. Review Project Finance

Obtain the complete financing package, including amendments.

Determine outstanding debt, repayment schedule, interest provisions, covenants, cash-control arrangements, events of default and mandatory prepayment requirements.

A profitable project may still be heavily restricted by its financing structure.

39. Identify Change-of-Control Restrictions

Project lenders commonly restrict ownership changes.

Required lender consent should be identified before signing and normally incorporated as a condition precedent where necessary.

Closing without required consent can trigger financing default.

40. Map Security Interests

The project may be subject to mortgages, share pledges, account pledges, receivables assignments and security over insurance proceeds or other assets.

The buyer should understand exactly what security remains after closing and what will be released.

41. Review Insurance Coverage

Wind projects can face fire, lightning, blade damage, machinery breakdown, natural catastrophe and business interruption risks.

Review policy limits, deductibles, exclusions and claims history.

Major historical incidents should be reconciled against repair and insurance records.

42. Review Electricity Sale Contracts

Determine how electricity is sold and whether long-term bilateral arrangements exist.

Analyze price, volume commitments, credit support, termination and change-of-control provisions.

The project should not be valued using market-price assumptions if it is contractually committed to materially different pricing.

43. Review Corporate PPAs

Where a wind farm supplies electricity under a corporate PPA, examine duration, pricing formula, indexation, delivery obligations, guarantees, force majeure and termination.

The buyer should understand what happens if wind production is insufficient to satisfy contractual delivery commitments.

44. Investigate Tax Exposure

A share acquisition leaves historical tax liabilities within the target company.

Review corporate tax, VAT, withholding, stamp tax, payroll obligations and pending tax audits.

Related-party financing and service arrangements deserve particular attention.

45. Review Related-Party Agreements

The target may depend on seller affiliates for management, accounting, financing, technical support or electricity trading.

Determine which agreements terminate at closing and whether the wind farm can operate independently afterward.

46. Review Employment Liabilities

Identify key engineers and operational personnel and determine which company employs them.

The buyer should avoid discovering after closing that critical personnel actually belong to another seller group company.

47. Investigate Litigation and Arbitration

Review proceedings involving landowners, contractors, turbine manufacturers, lenders, employees, regulators and other counterparties.

Administrative litigation deserves particular attention where it challenges environmental, zoning or project approvals.

48. Check Competition Approval Requirements

The transaction should be analyzed under Turkish merger-control rules. Depending on applicable turnover thresholds and whether control changes, notification and approval may be required before closing.

Foreign investors should incorporate competition analysis into the transaction timetable rather than addressing it at the final stage.

49. Investigate Repowering Plans

Older wind farms may have significant repowering potential. The seller may market this future upside aggressively.

However, the buyer should not value hypothetical repowering as though it were already approved.

Replacing existing turbines with larger units may involve regulatory, grid, environmental, land and contractual consequences.

The legal feasibility of repowering should therefore be separately investigated.

50. Convert Every Material Finding Into SPA Protection

Due diligence identifies risk. The SPA allocates it.

Material findings should be addressed through appropriate conditions precedent, representations and warranties, specific indemnities, purchase-price adjustments, escrow arrangements, holdbacks or termination rights.

If lender consent is required, obtain it before closing. If an environmental lawsuit threatens a material project approval, consider a specific indemnity. If land rights expire prematurely, require renewal. If turbine defects exist, allocate the repair exposure. If the seller promises YEKDEM eligibility, translate that promise into enforceable contractual language.

A generic corporate SPA is rarely sufficient for a substantial wind power acquisition.

Share Deal vs Asset Deal for a Wind Power Plant

In a share deal, the investor acquires the company that already holds the project’s rights and liabilities. This often provides greater continuity for an operating facility, but historical liabilities remain inside the target.

An asset transaction can potentially isolate certain historical liabilities but may create more difficult questions regarding the transferability or continuation of regulatory approvals, land rights, grid arrangements, financing and project contracts.

The transaction structure should therefore be selected after preliminary energy regulatory due diligence.

Why Land Due Diligence Is Especially Important for Wind Farms

Land risk is frequently more complicated for wind projects than investors initially expect because a single wind farm can depend on many geographically dispersed rights.

The investor may need rights for turbine foundations, crane platforms, access roads, underground cables, substations, transmission lines and other infrastructure.

One defective parcel can affect more than the turbine standing on it. It may interfere with access or transmission infrastructure used by multiple turbines.

A proper due diligence review should therefore overlay the technical project map with the legal land-rights map.

Grid Connection Can Be More Valuable Than the Turbines

Wind turbines can eventually be replaced.

Grid capacity can be substantially more difficult to recreate.

A buyer should therefore treat verified grid rights as a core investment asset. The connection point, allocated capacity, connection agreement, system-use obligations and historical curtailment should all be analyzed before valuation is finalized.

A wind farm with excellent wind resources but restricted grid access may generate substantially less economic value than its nominal capacity suggests.

Repowering Risk and Opportunity

Older Turkish wind farms can attract investors because replacing existing turbines may theoretically increase generation substantially.

But repowering should never be treated as automatic.

Larger turbines can alter installed capacity, physical footprint, environmental impacts, grid requirements and land needs. Existing leases may not cover new turbine positions or enlarged infrastructure.

The buyer should therefore distinguish between the value of the existing operational project and the speculative value of future repowering.

Technical Findings Must Become Legal Questions

Suppose technical advisers identify abnormal gearbox failure.

Counsel should ask whether warranty claims remain available.

Suppose several turbines consistently underperform.

Counsel should review availability guarantees and O&M compensation.

Suppose the investor wants larger turbines.

Counsel should investigate licensing, grid, land and environmental feasibility.

Suppose blade defects require EUR 4 million of repairs.

Counsel should determine whether the EPC contractor, manufacturer, O&M provider or insurer may bear the cost.

Technical due diligence and legal due diligence should therefore operate as one integrated acquisition process.

Hidden Liabilities in a Wind Power Acquisition

The most dangerous liabilities are often those not visible in the seller’s headline financial statements. Examples can include pending administrative investigations, unresolved landowner claims, environmental litigation, unpaid expropriation compensation, turbine warranty disputes, lender consent requirements, security interests, tax investigations and historical contractual defaults.

The foreign investor should also distinguish between a seller’s statement that there is “no liability recorded in the accounts” and confirmation that no legal exposure exists.

Those are different propositions.

When Should a Foreign Buyer Delay Closing?

Closing should normally be reconsidered where a material generation-license issue remains unresolved, required lender consent is missing, essential land rights cannot be verified, a critical environmental approval faces serious cancellation risk, grid rights materially differ from the financial model or undisclosed security interests remain over shares or essential project assets.

A problem affecting the fundamental ability of the project to generate electricity should not ordinarily be treated as routine post-closing housekeeping.

Purchase Price Adjustments

Other findings may not prevent the transaction but should affect valuation. Turbine components approaching replacement, expiring warranties, increased land rents, significant O&M costs, renewable support expiry and historical underperformance can justify renegotiating the purchase price.

Due diligence should therefore influence economics rather than simply produce a legal report.

Escrow and Specific Indemnities

Known liabilities can sometimes be allocated through escrow, holdbacks or specific indemnities. This can be appropriate for identified tax disputes, environmental proceedings, land claims or contractor litigation.

The mechanism should correspond with the estimated size and duration of the risk.

Unknown risks are usually addressed differently through representations and warranties.

Conditions Precedent

Certain matters should be resolved before money changes hands. Examples may include required regulatory approvals, lender consent, release of share pledges, landowner consent or correction of critical corporate documentation.

The SPA should clearly distinguish between matters that can survive closing and matters that must be resolved before closing occurs.

Final Pre-Closing Check

There can be several months between signing and completion.

Immediately before closing, the buyer should confirm that no material regulatory change, turbine casualty, new litigation, land dispute, financing default or environmental proceeding has arisen.

Conditions precedent should be supported by actual evidence rather than a seller statement that everything has been completed.

Frequently Asked Questions

Can a foreign investor buy a wind power plant in Turkey?

Yes, subject to applicable corporate, energy regulatory, competition, land, financing and transaction-specific requirements.

Does a wind power plant need an EMRA generation license?

Licensed electricity generation operates within the licensing framework administered by EMRA under Electricity Market Law No. 6446. The status and terms applicable to the particular project should be independently verified before acquisition.

Can a foreign investor acquire the company holding the generation license?

A share acquisition may be possible, but the resulting direct or indirect ownership and control changes should be analyzed under applicable regulatory requirements before closing.

Is land ownership necessary for a wind farm?

Not necessarily. Projects can rely on leases, easements and other legally recognized rights. What matters is whether the project possesses secure rights over all land necessary for continued operation.

Why are access rights important?

Major turbine maintenance can require cranes and heavy equipment. A turbine may become practically difficult to repair if the project lacks legally secure access.

Should YEKDEM be checked before acquisition?

Yes where the financial model assumes YEKDEM revenues. Actual eligibility and remaining support periods should be verified rather than inferred from historical revenues.

Can a lender prevent the share sale?

Financing agreements may require lender consent for a change of control. Failure to obtain required consent can potentially trigger contractual default.

What should the buyer check regarding wind turbines?

Key issues include ownership, age, maintenance history, warranties, blade condition, gearbox and generator history, availability guarantees and long-term service arrangements.

Is repowering automatically possible after buying an older wind farm?

No. Repowering can involve licensing, grid, environmental, land and contractual requirements and should be independently analyzed.

What is the biggest legal mistake foreign buyers make?

Treating the investment as a purchase of turbines rather than an acquisition of the entire regulated legal structure that allows those turbines to generate and sell electricity.

Wind Power Plant Acquisition Lawyer in Turkey

Buying a Turkish wind power plant requires coordinated energy regulatory, corporate, real estate, environmental, financing and contractual due diligence. The buyer must establish that the generation license remains secure, the project possesses legally sufficient land rights, grid access supports the financial model, turbine and O&M arrangements are commercially sustainable and historical liabilities have been identified.

The strongest acquisition process also connects legal findings directly to transaction economics. A land problem may require a condition precedent. A turbine defect may justify a price adjustment. Pending environmental litigation may require an indemnity. Existing project finance may require lender consent and simultaneous security releases. A questionable repowering assumption may need to be removed from valuation altogether.

For foreign investors, the objective is not merely to become the shareholder of a Turkish wind project. It is to acquire a facility that can continue generating electricity, retain its essential land and grid rights and produce sustainable revenue throughout the intended investment period.

Fırat Fesih Kaya Law Office assists foreign investors, international energy companies, renewable energy funds and project sponsors with wind power plant acquisitions in Turkey, wind project legal due diligence, energy M&A, EMRA licensing, grid connection analysis, land and expropriation due diligence, YEKDEM analysis, turbine and O&M contracts, project finance, environmental matters, SPA negotiations, repowering projects and renewable energy disputes.

Phone: +90 312 434 22 22 | Mobile: +90 532 769 22 22 | Email: info@firatfesihkaya.av.tr | Address: Mevlana Boulevard No: 221, Yıldırım Tower, Balgat, Çankaya, Ankara, Turkey