Photovoltaic Lease Per Hectare: What Your Land Will Actually Earn in 2026

Anyone offered a photovoltaic lease per hectare faces a decision that will last twenty to thirty years—and a market with no price list. The Federal Statistical Office publishes lease rates for farmland. No one does this for solar park sites. This page therefore does not show you what others are supposedly paying, but rather how the value of your land can be calculated: based on the electricity revenue generated per hectare, the cost estimates used by project developers, and the three factors that truly determine the offer. In the end, you’ll know which figure is appropriate for your land and which contract clauses have a greater impact on the outcome than the lease amount itself.

Any serious negotiation regarding a solar lease is based on these four factors.

Why There Is No Lease Rate Schedule for Solar Park Sites

What's Going Around in the Market

Anyone looking for lease rates for solar parks will find four different figures in quick succession: Solar lease rates range from 3,000 to 5,000 euros per hectare; in sunny locations, rates of up to 5,500 euros are possible; in Bavaria, the average is 3,800 euros; and solar lease rates are eight to fifteen times higher than farmland lease rates. We investigated where these figures come from.

The result is troubling. All of the figures are industry estimates with no primary sources—including the figure for Bavaria and the 5,500 euros. Even the Thünen Institute, the only scientific institution to have published a figure, cites industry sources as evidence. The journal “Berichte über Landwirtschaft” states that lease prices paid vary between 1,300 and 2,500 euros per hectare per year, depending on location; in some cases, figures as high as 7,000 euros are also cited. As evidence, the paper cites a lease brokerage portal and two industry sources for the first range, and the German Solar Industry Association for the 7,000 euros figure.

The Lower Saxony Chamber of Agriculture is taking a consistent approach to this situation: It offers case-by-case consultations regarding ground-mounted solar power systems and deliberately does not publish any figures. This is the most honest answer to the question of market price—and, at the same time, the reason why you, as a farmer or landowner, need to do your own calculations.

Anyone who gives you a lease rate is simply telling you the average of other contracts that they don't know anything about.

Here's how to calculate the value of your space yourself

Step 1: From Hectares to Yield

In its August 20, 2026, report, the Fraunhofer ISE states that the land use density of modern ground-mounted PV systems is “about 1 megawatt per hectare,” assuming a module efficiency of 22 percent. In 2010, that figure was still 0.35 megawatts. Small systems perform significantly worse: The Thünen Institute cites 2.0 hectares per megawatt peak for a 750-kilowatt system, 1.0 for 20 megawatts peak, and 0.9 for 100 megawatts peak. Thus, even here, the size of the area determines the yield per hectare.

Step 2: From Output to Output

The Bavarian State Office for Agriculture estimates an electricity yield of one million kilowatt-hours per hectare for open-field solar plants. The Fraunhofer ISE cites 980 kilowatt-hours per kilowatt peak as a benchmark for a new plant.

Step 3: From Yield to Revenue

In the July 1, 2026, bidding round, the volume-weighted award price set by the Federal Network Agency was 4.79 cents per kilowatt-hour, with the range of successful bids falling between 4.38 and 4.97 cents. The maximum permissible value for this round was 5.90 cents per kilowatt-hour, in accordance with Section 37b(1) of the EEG.

The Bavarian State Office for Agriculture summarizes the sensitivity of this calculation using a rule of thumb: For this yield per hectare, every cent per kilowatt-hour corresponds to 10,000 euros per hectare—for both the potential profit and the risk of loss.

A Word About Throttling

The Fraunhofer ISE lists three yield metrics side by side, and they are easy to confuse: 1,080 full-load hours are physically available; the ISE uses 980 kilowatt-hours per kilowatt peak as a calculation value for a new plant; and only 864 full-load hours are considered usable in the transmission system operators’ trend scenario for 2026—“with a continuing downward trend.” The basic calculation above assumes 1,000 hours and thus falls between the estimated value and the available value. Compared to the 864 usable hours, there is a shortfall of approximately 6,500 euros per hectare per year; the difference between the available and usable yield amounts to approximately 10,000 euros. For you as a landowner, this is the strongest argument in favor of a fixed minimum lease payment rather than a pure profit-sharing arrangement.

How much a hectare of leased land yields: Calculated in euros per hectare

The guidelines list the lease as an operating cost item in a model calculation—alongside 0.8 percent for operation and maintenance, 0.2 percent for insurance, and 0.5 percent for provisions. It is therefore not an official lease rate, but rather a calculation assumption. And applying this rate to today’s investment costs is our calculation, not that of the guidelines. We state this explicitly because it is precisely this transparency that is lacking in the market.

Regarding the lower limit: In a profitability analysis for ground-mounted solar plants, the Thünen Institute used a figure of 2,500 euros per hectare, with a range of 2,000 to 3,500 euros cited as typical. However, these assumptions are current as of June 2021.

This puts the viable range at around 5 to 10 percent of electricity revenue, which—based on the baseline calculation of 47,900 euros—amounts to between approximately 2,500 and 4,500 euros per hectare per year. This figure is derived, not depreciated. There are two caveats: The lower limit of 2,500 euros is based on a calculation as of June 2021. And the percentage applies to the base calculation—if the output drops to the 864 usable full-load hours, those same 3,500 euros already represent about 8.5 percent of the revenue generated at that point.

We need to temper one expectation. The revenue base per hectare has not risen in recent years—it has actually fallen. In 2021, the three bid prices were 5.03, 5.00, and 5.00 cents; in July 2026, they stood at 4.79 cents—a nominal decrease of 4.4 percent, but significantly more in real terms given double-digit cumulative inflation. Anyone who justifies rising lease prices by citing rising electricity prices is ignoring the results of the bidding process.

Farmland Leases as a Benchmark: What Your Land Is Really Worth Today

The Federal Statistical Office collects data on lease payments as part of the Agricultural Structure Survey. The figures from the 2023 survey are as follows:

Leases that were newly entered into or had their rent adjusted in the two years prior to the survey are classified as new leases. The "approximately 375 euros" arable land lease commonly cited in the market does not appear in any of these data sets.

There are wide variations among the federal states: Across all land-use categories, the range extends from 99 euros per hectare in Saarland to 560 euros in North Rhine-Westphalia. For up-to-date regional arable land lease rates, it’s worth consulting the real estate market report from the relevant appraisal committee—there, lease agreements are analyzed by zone based on soil quality, and the data is more current than that from the Agricultural Structure Survey. The next survey has been underway since March 1, 2026; results are expected in 2027.

So which figure is correct? Both—they have different bases. Compared to the average of all current farmland lease agreements (407 euros), an offer of 2,500 to 4,500 euros is six to eleven times that amount; compared to the current rate for new leases (511 euros), it is five to nine times that amount. The range circulating in the market—“eight to fifteen times”—doesn’t even specify its reference value—and that’s exactly how you can tell it’s a figure that hasn’t been verified.

This leads to an insight that is rarely voiced in negotiations: The poorer the soil quality of your farmland, the lower your opportunity costs—and the more worthwhile it is to lease it to a solar farm operator. One hectare with a soil rating of 80 yields a lot, while one hectare with a rating of 25 yields little.

Which areas are even suitable for a solar power system?

Two Corridors, Two Laws

The most common mistake in how-to articles is to confuse the two. In fact, the following is true:

This is not a drafting error on the part of the legislature. The explanatory memorandum to the law explicitly states that the scope of the privilege is “narrower than the area covered by the funding framework.” Both versions were enacted as part of the same law.

Three clarifications that hardly anyone else mentions. First, the special status under building law for railways applies only to the primary network as defined in Section 2b of the AEG, which must have at least two main tracks. Second, the EEG framework does not include this restriction: an area adjacent to a single-track line is therefore not granted special status, but it is certainly eligible for development through a zoning plan. Third, because it is often misrepresented: The prohibition on constructing buildings under Section 9(1), sentence 1, no. 1 of the Federal Highway Act (FStrG) and the requirement for approval under paragraph 2 expressly do not apply to facilities for generating electricity from solar radiation (Section 9(2c), sentence 1 of the FStrG). The highest state road construction authority—under the federal administration of the Federal Highway Authority—remains involved within 100 meters of highways and 40 meters of federal roads. However, items 2 and 3 of paragraph 1, sentence 1—namely, large-scale earthworks and excavations as well as storage areas— remain unaffected; in the case of cable routes, transformer stations, and construction site facilities, this is not merely a theoretical consideration.

Eligibility for Support Under the EEG

In addition to transportation routes, Section 37(1)(2) of the EEG specifies nine land categories eligible for tenders. For agricultural land, arable land and grassland in disadvantaged areas are particularly relevant (subparagraphs (h) and (i)). Unlike under the EEG 2021, this eligibility is now established by federal law: The states may exclude such areas by ordinance (Section 37c of the EEG), and the Federal Network Agency notes that currently no state has issued such an ordinance. In addition, there are biodiversity requirements—at least three of the five criteria under Section 37(1a) of the EEG must be met, including a limit on the module footprint of 60 percent.

There is also a volume limit, but it is still a long way off: According to Section 37(4) of the Renewable Energy Sources Act (EEG), no further bids may be submitted for ground-mounted installations on agricultural land if, three months prior to the bidding deadline, more than 80 gigawatts are in operation and registered in the market master data registry—only installations commissioned after December 31, 2022, are counted. As of the registration cutoff date of March 31, 2026, the total was 17.7 gigawatts. Starting in 2031, the threshold will be 177.5 gigawatts.

Minimum size

There is no legally mandated minimum size. An economic lower limit arises from the fact that the costs for grid connection, planning, and permitting are largely independent of the land area: below this threshold, the land requirement per megawatt peak increases significantly, and the fixed costs are spread across a smaller amount of capacity. There is no reliable market figure for this—we estimate that a contiguous area of about five hectares is required; depending on the grid connection and the layout, three hectares may also be sufficient.

What This Means for Your Negotiating Position

In July 2026, the tenders were 148.5 percent covered; in March 2026, they were 201.4 percent covered—competition for awards is fierce. By contrast, the cap for agricultural land has been utilized by only a little more than one-fifth. So it is not the land itself that is scarce, but rather land located near the grid that is eligible for approval. When multiple project developers compete for the same suitable plot, this affects the lease price offered; when no one expresses interest, even the best soil rating is of no help.

What Determines the Price—and What Doesn't

The Thünen Institute’s study on ground-mounted solar installations on agricultural land includes a sentence in its summary that you should be aware of: “The lease price, on the other hand, has little impact.” For the project developer, the lease is the least significant cost item. Three other factors are decisive.

Proximity to the grid: Distance to the substation

In the same study, the base revenue of a 2-megawatt plant becomes negative after just one kilometer from the grid interconnection point; at 5 megawatts peak, the threshold is slightly more than five kilometers, and at 100 megawatts peak, the effect is barely noticeable even after 25 kilometers. The figures are based on model calculations for a site in eastern Germany, but the order of magnitude is applicable elsewhere. For you, this means that the distance to the nearest substation and the available connection capacity there are the first—but not the last—filter.

The area

It determines how much capacity can be accommodated per hectare and how fixed costs are distributed. Between a 750-kilowatt plant and a 100-megawatt wind farm, the land requirement per megawatt varies by a factor of more than two. Larger contiguous areas are therefore structurally more attractive to project developers—and this is reflected in the lease terms offered.

Admissibility

A site that requires a zoning plan to be drawn up costs the developer time and involves upfront risk. A site with special zoning privileges within the 200-meter corridor is therefore structurally more valuable—regardless of its floor area ratio. Clear zoning conditions translate into hard cash for your negotiating partner.

Radiation Exposure—and Why It Is Overestimated

It is often claimed that solar radiation is the most important factor affecting lease prices. This is not true. The Fraunhofer ISE estimates that the variation in global radiation across locations in Germany is around 10 percent of the mean value—and explicitly points out that this regional difference does not translate one-to-one into specific yield. Therefore, a reliable difference in euros per hectare cannot be derived from this. Location does play a role, but it is less significant than the distance from the grid, which is the decisive factor for the project as a whole.

If there's one question you should ask before talking about the euro, it's this: Where is the nearest interconnection point, and is there any available capacity there?

Taxes: The Three Items That Cost More Than Any Lease Differential

The Ongoing Taxation of Lease Income

If the land is part of your personal assets, the lease income constitutes income from renting and leasing under Section 21(1)(1) of the Income Tax Act (EStG). If it is part of the business assets of an agricultural or forestry operation, Section 21(3) of the German Income Tax Act (EStG) overrides this classification, and the income is considered income from agriculture and forestry. Whether the land is removed from business assets due to the change in use—and whether this results in a gain on hidden reserves—may be the single most significant financial consideration in the entire decision—and is a question that only your tax advisor can answer.

Property Tax

According to Section 232(4)(1) of the Property Valuation Act (BewG), land used for purposes other than agriculture and forestry is no longer considered agricultural and forestry property. It thus becomes real property under Section 243 of the BewG—resulting in a transition from Property Tax A to Property Tax B. The amount of the additional tax burden depends on the municipal assessment rate; there is no nationwide figure. It is worth noting the comparison with wind energy: For sites of wind turbines, Section 233(1) of the BewG expressly stipulates that they remain part of agricultural and forestry assets. There is no corresponding provision for ground-mounted PV systems.

Inheritance Tax

Under Section 13a(1) of the Inheritance Tax Act (ErbStG), 85 percent of agricultural and forestry business assets remain tax-exempt if the acquisition price does not exceed 26 million euros. According to Section 13b(1)(1) of the Inheritance Tax Act, the economic portion of agricultural and forestry assets is eligible for this exemption. However, under Section 13b(4)(1) of the German Inheritance Tax Act (ErbStG), real property made available to third parties for use is classified as administrative assets. The exception in the second sentence, subparagraph (f), applies only if the property is made available for agricultural or forestry use—by contrast, the operator of a solar park generates electricity. Whether the exception applies in a specific case is a matter of tax assessment and must be examined before the contract is concluded. Section 13b(2), second sentence, of the German Inheritance Tax Act (ErbStG) also contains a strict threshold: if administrative assets reach 90 percent of the fair market value, the tax benefit is forfeited in full, not just proportionally.

Logic Energy is not a financial or tax advisor. For tax classification, we will refer you to an independent advisor from our network of partners—this advisor, not us, will conduct the initial consultation.

The Lease Agreement: What Really Matters

Indexing

A non-indexed lease loses significant real value over its term. Here’s a sample calculation: At 3,500 euros per hectare, with an initial lease payment that remains unchanged in the first year and a 2 percent annual indexation rate, the lease income over 20 years totals approximately 85,000 euros per hectare instead of 70,000 euros. That’s about 21.5 percent more; for ten hectares, that’s a difference of about 150,000 euros. If you factor in the inflation rate of 2.9 percent as of August 2026, the difference rises to about 33 percent, or roughly 231,000 euros. The specific assumptions used should be included in every offer you compare.

Dismantling

The Building Code (BauGB) requires, for privileged projects under Section 35(1), a written commitment to dismantle the facility after the end of its use and to remove soil sealing (Section 35(5), second sentence, BauGB). However, the law does not provide for a security deposit; according to the third sentence, the authority is to ensure compliance solely through a building easement or by other means. If the project is covered by a zoning plan—which is typically the case in the tender segment—Section 35(5) does not apply in any event. A directly enforceable demolition guarantee in favor of the owner, regularly adjusted, is therefore a matter for negotiation and not a statutory requirement.

Contract term

Lease agreements for solar parks typically run for 20 to 30 years, often with an initial term of 20 years followed by an option to extend. The 20-year term is no coincidence: that is how long the EEG payments last. If a lease agreement is entered into for a term longer than 30 years, either party may terminate the agreement early upon the expiration of 30 years from the date of transfer of possession (Section 544 of the German Civil Code [BGB], applicable to leases via Section 581(2) BGB). This is the correct legal provision for a solar park lease agreement: Section 594b of the German Civil Code (BGB) applies only to agricultural leases, and according to Section 585(1) BGB, an agricultural lease requires that the land be used primarily for agricultural purposes. Under Section 584(1) BGB, termination is permitted only at the end of a lease year. In practice, this threshold usually becomes relevant only when extension options are exercised.

Registration in the Land Register

A lease agreement alone is binding only on the two contracting parties. If your property is sold, bequeathed, or foreclosed upon, only an entry in the land registry protects you and the operator—typically, this takes the form of a limited personal servitude in favor of the operator. Conversely, your lease claim must be secured in the event the operator’s business is sold: without a priority ranking, it ranks behind the mortgage liens held by the financing bank.

Other items that should be included in the contract

A reservation fee for the period between the signing of the option agreement and the start of construction; rights of way and utility rights; provisions regarding the transferability of the contract upon the sale of the project; liability and insurance; the treatment of property taxes; and an explicit provision for a future storage expansion, which has since become the norm for new projects.

Municipal Participation Under the EEG

Under Section 6(3) of the EEG, operators of ground-mounted solar installations may offer the host municipality 0.2 cents per kilowatt-hour actually fed into the grid. Unlike with wind energy, there is neither a minimum output requirement nor a radius restriction; the municipality in whose territory the installation is located is the one affected. The municipality has no legal entitlement to this—the law is phrased as a “should” and “may” provision. This is nevertheless relevant to you: a municipality that receives a share is more likely to adopt a zoning plan.

Italy: The ban stands; the exceptions are decided

In Sentenza 127/2026, the Italian Constitutional Court fully rejected the referrals from the TAR Lazio. The Court justified its decision by stating that the ban is not an absolute prohibition, because agri-photovoltaics with modules installed at a greater height remain permissible, and described the regulation as the result of a reasonable balancing of interests. The decision was issued regarding the previous version of the same regulation; the provision is now set forth in Art. 11-bis, para. 2, of Legislative Decree 190/2024.

Ground-mounted photovoltaic systems on land classified as agricultural are thus essentially permitted in seven scenarios: when repowering existing systems without increasing the land area, on decommissioned quarries, on closed and reclaimed landfills, on properties owned by rail and highway operators, on airport grounds, and in two corridors—up to 350 meters around an industrial facility and up to 300 meters along the highway network. In addition, there are projects for renewable energy communities and initiatives to implement the national development plan. Important to note in practice: A site designated as an “area idonea” does not automatically fall under these exceptions.

The distinction between “affitto” and “diritto di superficie” is crucial for drafting the contract. “Affitto” is a lease agreement governed by the law of obligations; “diritto di superficie” is a right in rem that can be registered in the land registry and used as collateral for a mortgage—which is why project financiers typically require it. From a tax perspective, the two approaches differ significantly: A registration tax of 0.5 percent applies to the affitto of agricultural land, while the creation of a diritto di superficie is subject to a 9 percent tax. The Agenzia delle Entrate clarified in Resolution 23/E of April 3, 2025—following the case law of the Corte di Cassazione—that the 9 percent rate, rather than the 15 percent rate, applies to the creation of a diritto di superficie. Both rates are effective as of September 15, 2026. The underlying Tariffa of Presidential Decree 131/1986 remains in effect in this version until December 31, 2026; the successor regulation has not yet been evaluated. Anyone concluding a transaction in 2027 should have the rates reevaluated.

Two Italian peculiarities that German lessors often overlook: According to Article 953 of the Codice Civile, the structure reverts to the landowner upon expiration of the surface rights. And according to Article 954, the right to build expires after 20 years of nonuse—a real risk in option-based structures. On the permitting side, there are three tracks. For projects under 5 megawatts on industrial, landfill, and quarry sites, “attività libera” is sufficient. The “procedura abilitativa semplificata” covers facilities up to 12 megawatts in suitable areas, as well as ground-mounted facilities ranging from 5 to 15 megawatts on industrial sites; it is deemed granted after 30 days, after 45 days if municipal approvals are required, and after 60 days if an interagency conference is convened—provided no conservation authority raises a substantiated objection. All other cases fall under the “Autorizzazione Unica,” which is the responsibility of the region for facilities ranging from 1 to 300 megawatts, with a deadline of 120 days from the first meeting of the interagency conference; this deadline is reduced by one-third in suitable areas. If the procedure is conducted as a combined environmental procedure, the maximum statutory duration is two years.

Three additional points directly affect you as a landowner. The permit requires the operator to provide territorial or ecological compensation to the municipality amounting to between 1 and 4 percent of the economic value of the expected output, as well as financial guarantees for decommissioning, which must be provided within 120 days of the permit’s issuance—otherwise, the permit will be revoked. In the case of agri-photovoltaics, the municipality will assess for five years whether the land remains suitable for agricultural and pastoral use; the penalty of 1,000 to 100,000 euros also applies to the owner of the facility, which suggests the need for an exemption clause in the contract. And two cut-off dates determine the status of existing cases: proceedings that had already been initiated by May 16, 2024, or for which a permit had already been issued, are not subject to the ban; proceedings for which the documentation had already been fully reviewed by November 22, 2025, will continue under the old law governing suitable land.

Why Logic Energy

The group designs, builds, and operates photovoltaic systems in Germany and Italy; Spain is its third market. We assess your property for grid connection, regulatory compliance, and yield potential—and we’ll let you know if it isn’t suitable. For tax and legal matters, we refer you to independent consultants—not because we don’t know the answers, but because the answer must fit your situation, not our offer.

Frequently Asked Questions About Photovoltaic Leases per Hectare

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