

Comprehensive 2026 guide to agricultural land and solar energy projects in Turkey. Learn about land-use restrictions, solar farm permits, lease agreements, agrivoltaics, environmental compliance, foreign investor rules, compensation issues, and legal risks.
Agricultural land has become one of the most important legal issues in Turkey’s rapidly expanding solar energy market. As demand for renewable energy increases, developers often search for large, affordable, and technically suitable land parcels for solar power plants. Many of these parcels are located in rural areas, where land may be classified as agricultural property. This creates a sensitive legal balance between renewable energy development and the protection of agricultural production.
Turkey continues to support renewable energy investment, distributed solar generation, battery storage, and green infrastructure. Recent international investment activity also shows strong foreign interest in large-scale solar projects in Turkey. For example, a 2026 Reuters report stated that Saudi companies would invest in two large solar farms in Sivas and Karaman with a combined capacity of 2,000 MW.
However, agricultural land cannot automatically be converted into a solar farm site. Investors, landowners, EPC contractors, lenders, and foreign companies must carefully evaluate land classification, zoning rules, agricultural protection requirements, environmental permits, grid connection rights, lease terms, and long-term restoration obligations before starting a project.
Solar farms often require large, flat, and open land areas with strong sunlight exposure. Agricultural land may appear attractive because it is usually located outside dense urban zones and may offer easier access to large parcels. However, agricultural land is legally sensitive because it supports food production, rural livelihoods, and long-term land conservation.
A solar project developed on agricultural land may raise questions involving land-use conversion, public interest, environmental impacts, zoning compatibility, and agricultural productivity. A project that is technically feasible may still face legal obstacles if the land is protected, irrigated, highly productive, or subject to agricultural-use restrictions.
Before signing a lease, purchase agreement, or development contract, investors should verify the legal classification of the land. Due diligence should examine title records, land registry status, zoning plans, agricultural classification, existing mortgages, easements, ownership disputes, and any administrative restrictions.
Foreign investors must be especially careful because agricultural land acquisition may involve additional limitations and approval requirements. Legal due diligence should be completed before any major payment, engineering work, or grid connection commitment is made.
Agricultural land may be subject to restrictions that limit non-agricultural development. These restrictions may affect whether a solar farm can be built, whether special approvals are required, and whether the land must be restored after project completion.
Key legal questions usually include whether the land is irrigated, whether it is considered productive farmland, whether alternative non-agricultural land is available, and whether the project serves a recognized public interest. A renewable energy project does not automatically override agricultural protection rules.
Many solar projects are structured through long-term lease agreements rather than land purchases. These agreements must be drafted carefully because solar projects often operate for 20 to 30 years or longer.
A strong agricultural land lease should address lease duration, rent increases, development periods, construction rights, access roads, grid connection infrastructure, environmental responsibilities, crop loss compensation, insurance, termination rights, decommissioning, and land restoration.
Landowners should not sign broad lease agreements without understanding how the project may affect future farming activities, inheritance planning, property value, and long-term land use.
Agrivoltaics, also known as agri-PV, refers to the combined use of land for both agricultural production and solar energy generation. This model is increasingly discussed as a way to reduce conflict between food production and renewable energy development. The Turkey-Germany Energy Partnership has described agrivoltaics as an important response to the need for efficient land use for both food and energy.
Agrivoltaic projects may offer opportunities for farmers, cooperatives, and investors, but they require careful legal structuring. Contracts must define agricultural activity rights, solar equipment access, crop responsibilities, maintenance procedures, insurance coverage, and revenue allocation.
Solar projects may still require environmental review even though they produce renewable energy. Environmental issues may involve soil disturbance, biodiversity effects, drainage changes, construction waste, battery storage risks, and long-term site restoration.
Environmental compliance is also important for project financing. Lenders and international investors increasingly evaluate ESG performance, environmental permits, community impacts, and land-use sustainability before financing solar projects.
A solar farm is only commercially viable if it can connect to the electricity grid. Agricultural land may be physically suitable for solar panels but commercially weak if it lacks transmission access, substation proximity, or infrastructure corridors.
Developers often need easements for cables, roads, transformer stations, and maintenance access. These rights should be clearly documented in the lease agreement or separate easement contracts. Ambiguous infrastructure rights are a common source of later disputes.
Foreign investors should evaluate corporate structuring, land acquisition limits, lease enforceability, tax consequences, project permits, investment incentives, and dispute resolution options. Turkey continues to attract foreign renewable energy investment, supported by programs including a World Bank-backed renewable energy initiative aimed at distributed solar and battery storage development.
A foreign investor should never rely only on technical feasibility studies. Legal feasibility is equally important, especially where agricultural land is involved.
Agricultural landowners may be entitled to different forms of compensation depending on the project structure. Compensation may include annual rent, crop loss payments, construction damage compensation, easement compensation, access road compensation, and restoration guarantees.
The lease should clearly state whether payments are fixed, indexed, production-based, or hybrid. Landowners should also consider whether the rent reflects the full long-term impact of removing the land from agricultural use.
Solar farm agreements should address what happens when the project ends. Decommissioning obligations should cover removal of panels, inverters, cables, mounting systems, fencing, roads, and battery equipment where applicable.
Restoration clauses are especially important for agricultural land. The agreement should specify whether the developer must return the land to agricultural condition, how restoration will be measured, and whether financial security will be provided.
Disputes commonly arise from unclear lease terms, unpaid rent, delayed project development, crop damage, unauthorized infrastructure placement, environmental concerns, grid connection failures, termination disagreements, and failure to restore land.
Many disputes can be prevented through detailed contract drafting, independent valuation, environmental review, and legal due diligence before signing.
Potentially yes, but agricultural land-use restrictions, zoning rules, environmental obligations, and administrative approvals must be carefully evaluated before development.
Yes, in many cases, but the lease structure, land classification, corporate status, and project permits should be reviewed by a lawyer before signing.
Agrivoltaics is the dual use of land for agricultural production and solar energy generation. It may help reduce land-use conflicts between farming and renewable energy.
Only after reviewing rent, duration, restoration obligations, easement rights, termination clauses, and the impact on future land use.
Depending on project size, location, and environmental sensitivity, environmental review or permits may be required.
The lease should require decommissioning and restoration, including removal of equipment and return of the land to agreed conditions.
Yes. Construction, access roads, fencing, shading, and infrastructure placement may affect farming activities unless carefully planned.
Legal due diligence identifies land-use restrictions, title problems, zoning risks, environmental issues, and permit requirements before investment.
Agricultural land and solar energy projects require careful analysis of property law, renewable energy regulations, agricultural land-use restrictions, environmental permits, lease agreements, easement rights, grid connection issues, and foreign investor protections. Whether you are a landowner, foreign investor, solar developer, EPC contractor, lender, consultant, or infrastructure fund, obtaining legal guidance before signing agreements can prevent costly disputes and protect long-term interests.
For a personalized legal assessment regarding agricultural land use, solar farm lease agreements, renewable energy investments, environmental permits, grid connection rights, landowner compensation, decommissioning obligations, or solar project disputes in Turkey, you may contact our team.
Working with an experienced energy and real estate lawyer helps protect your interests, reduce legal risks, and ensure compliance with Turkish and international legal requirements.
Fırat Fesih Kaya Law
Phone: +90 312 434 22 22
Mobile: +90 532 769 22 22
Email: info@firatfesihkaya.av.tr
Address: Mevlana Boulevard No:221, Yildirim Tower No:148, 06520 Balgat, Cankaya, Ankara, Turkey