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Can a Farmer Really Earn ₹1 Lakh a Month From Solar?

Yes, solar can create substantial long-term income from agricultural land—but the popular claim that “1 acre of solar land can easily generate ₹1 lakh every month” is misleading.

The first thing a farmer needs to understand is the difference between:

Owning and operating a solar power plant
Leasing land to a solar developer
Participating in PM-KUSUM Component A
Using solar to reduce the cost of agricultural operations

These are completely different business models.

Under PM-KUSUM Component A, grid-connected renewable-energy plants are generally in the 500 kW to 2 MW range. The electricity is purchased by the DISCOM at a tariff determined by the relevant State Electricity Regulatory Commission, under the scheme framework. Farmers who cannot finance the plant themselves can also choose a developer/DISCOM development model and receive mutually agreed land lease income.

That means a farmer with only one acre should not assume that he can simply install a solar plant and start receiving ₹1 lakh every month from the government.

In many project layouts, roughly 4–5 acres are used for 1 MW, although actual land requirements vary by technology and layout.

So the real question is:

Is solar farming more profitable than agriculture, and how much can a farmer realistically earn?

Let’s calculate it.

Quick Answer

Can 1 acre generate ₹1 lakh per month from solar?

Not reliably under the normal PM-KUSUM Component A model.

A 1-acre parcel is generally too small for the standard 500 kW minimum under Component A when typical land requirements are considered.

For example, if a project could physically fit around 200–250 kW on one acre, and the plant generated roughly 1.4–1.6 million units per MW annually, the proportional generation might be around 2.8–4.0 lakh units/year.

At an illustrative tariff of ₹3.25/unit:

₹2.8 lakh × ₹3.25 = ₹9.1 lakh/year

₹4.0 lakh × ₹3.25 = ₹13 lakh/year

or approximately ₹76,000–₹1.08 lakh/month gross.

But this is only a mathematical illustration—not a guaranteed tariff, generation level, plant size or government payment.

More importantly, a 1-acre project may not qualify for the applicable government scheme, and actual project economics must account for O&M, financing, evacuation infrastructure, taxes, degradation, downtime and regulatory requirements.

What Is PM-KUSUM Component A?

PM-KUSUM is the Government of India’s major farmer-focused renewable-energy programme.

Its objectives include:

reducing diesel dependence in agriculture
increasing renewable-energy generation
helping farmers earn additional income
solarising agricultural electricity consumption

The official PM-KUSUM portal says Component A covers decentralized grid-connected renewable-energy plants of 500 kW to 2 MW. The scheme also allows farmers, groups of farmers, cooperatives, FPOs and other eligible entities to participate.

The official portal reported 1,659.83 MW installed under Component A as of 30 June 2026, showing that the model has moved beyond the pilot stage.

However, there is an important 2026 caveat.

The published MNRE scheme period was through 31 March 2026, while the national PM-KUSUM portal continues to show sanctioned projects and implementation activity. Therefore, farmers should verify the current state-level availability, sanctioned capacity and application window before assuming that a fresh application is open.

How Does a Farmer Make Money From Solar?

There are three main models.

Model 1: Farmer Owns the Solar Plant

The farmer invests in:

Solar panels
Inverters
Mounting structures
Transformer
Electrical infrastructure
Metering
Grid connection
Land development
Fencing
Monitoring system

The plant generates electricity.

The DISCOM purchases eligible electricity under the applicable PPA/tariff arrangement.

Potential advantage

The farmer receives the power-sale revenue, rather than just land rent.

Major disadvantage

The farmer also carries:

Capital cost
Loan repayment
O&M expenses
Insurance
Grid-related costs
Performance risk
Regulatory risk

This is a power-generation business, not passive farming.

Model 2: Farmer Leases Land to a Solar Developer

This is much simpler.

The farmer provides suitable land.

A developer:

invests the capital
installs the plant
operates the plant
manages the grid connection
sells the electricity

The farmer receives lease income.

Under PM-KUSUM guidelines, where farmers choose a developer/DISCOM development route, the landowner’s lease rent is mutually agreed and may be structured as an annual amount per acre or based on energy generated per acre.

Advantage

The farmer does not have to invest several crores in the solar plant.

Disadvantage

The farmer’s income is generally much lower than the gross electricity revenue generated by the plant because the developer is taking the investment and operating risk.

Model 3: Group of Farmers / FPO

This could be particularly important for small farmers.

Suppose:

Farmer A = 1 acre
Farmer B = 2 acres
Farmer C = 2 acres
Farmer D = 1 acre

Together:

6 acres

A group can potentially develop a larger project subject to the applicable scheme, DISCOM capacity, land requirements and state implementation rules.

The PM-KUSUM framework expressly permits participation by groups of farmers and FPOs.

This can solve one of the biggest problems:

Individual farmers often don’t own enough contiguous land for a commercially attractive solar project.

How Much Land Is Needed for a Solar Farm?

There is no universal single number because land requirements depend on:

panel wattage
module efficiency
row spacing
mounting structure
terrain
access roads
drainage
transformer area
fencing
internal roads
substation/evacuation arrangement

Official and government-linked project documents commonly use approximately 4 acres per MW as a planning benchmark, while other official guidance cites roughly 4–5 acres per MW.

A practical planning table is therefore:

Solar Capacity	Approx. Land Planning Range
500 kW	~2–2.5 acres
1 MW	~4–5 acres
1.5 MW	~6–7.5 acres
2 MW	~8–10 acres

Actual requirements must be confirmed through the project design and applicable state/DISCOM rules.

🚨 The 1-Acre Reality Check

This is the most important part of the article.

Suppose you own:

1 acre

You cannot simply assume:

“I’ll install a 500 kW PM-KUSUM plant and earn ₹1 lakh every month.”

The standard Component A capacity starts at 500 kW, and typical land planning for 500 kW is around 2–2.5 acres or more.

Therefore:

1 acre alone may not be sufficient.

Your realistic options could include:

joining neighbouring farmers
forming an FPO/cooperative/group
leasing land to a developer
finding a project-specific arrangement permitted by the state/DISCOM
using the land for another solar application

Can Farmers Earn ₹1 Lakh Per Month From Solar?

Yes—but don’t interpret ₹1 lakh as guaranteed “profit.”

Let’s create a simplified example.

Assume:

Solar capacity: 500 kW

Annual generation: 7.5 lakh units

This assumes approximately 1.5 million units/MW/year, a commonly used benchmark; actual output varies significantly by location and plant design.

Assume illustrative tariff:

₹3.25/unit

Annual gross electricity revenue:

7,50,000 × ₹3.25 = ₹24,37,500

Average monthly gross revenue:

₹2.03 lakh/month

That looks extremely attractive.

But this is gross revenue—not profit.

What Comes Out of That Revenue?

A solar plant has expenses.

1. O&M

Includes:

panel cleaning
preventive maintenance
inverter maintenance
electrical inspection
vegetation management
security

2. Loan Repayment

If the plant is financed, EMI can be a major expense.

A farmer who borrows most of the project cost may receive much less cash during the early years.

3. Grid Evacuation

The project may require:

transmission line
transformer
switchgear
metering
protection equipment

The distance from the appropriate substation matters.

PM-KUSUM guidelines prefer projects within roughly 5 km of the substation to reduce sub-transmission costs and losses.

4. Insurance

Large solar projects should be protected against risks such as:

fire
natural disasters
equipment damage
theft

5. Taxes and Other Costs

Business structure, financing and applicable tax treatment can materially change the final return.

Therefore:

Never calculate solar profit using electricity revenue alone.

What About a 1 MW Solar Farm?

A 1 MW plant is a much more meaningful scale for a solar-generation business.

Using a simplified benchmark of:

1.5 million units/year

and an illustrative tariff of:

₹3.25/unit

Annual gross revenue:

₹48.75 lakh

Average monthly gross revenue:

₹4.06 lakh

Again:

This is NOT ₹4.06 lakh profit.

It is gross electricity revenue before:

O&M
financing
insurance
taxes
land cost
evacuation costs
degradation
other project expenses.

And a 1 MW plant generally requires around 4–5 acres in common planning assumptions.

What If the Farmer Has 5 Acres?

Now the economics become more interesting.

A 5-acre contiguous parcel can potentially accommodate approximately a 1 MW-scale project depending on the design and site.

The farmer could consider:

Option A

Build and own the plant.

Option B

Lease the land to a developer.

Option C

Partner with a developer.

Option D

Create a farmer group/FPO and develop the project collectively.

The best option depends on the farmer’s capital, borrowing capacity, risk tolerance and local DISCOM programme.

Agriculture vs Solar Farming: Which Is More Profitable?

This question has no universal answer.

Agricultural profit varies enormously depending on:

crop
irrigation
soil
rainfall
market price
input costs
labour
yield
crop failures
storage
transportation

For example, one acre of irrigated horticulture can generate a very different return from one acre of rain-fed cereal cultivation.

Therefore, instead of claiming:

“Solar is always more profitable than farming”

we should compare the economics properly.

Agriculture Income Model

Suppose a farmer earns:

₹50,000 net profit per acre/year

from a crop.

Over 10 years:

₹5 lakh

before considering changes in crop prices, input costs and inflation.

Another farmer may earn:

₹1 lakh+ per acre/year

from a high-value crop.

Someone else may earn much less.

This is why crop-specific analysis is essential.

Solar Lease Model

Suppose a developer offers:

₹X per acre/year

for a long-term lease.

The farmer:

retains land ownership
receives lease income
avoids plant investment
avoids operating the plant

But the farmer must examine:

lease escalation
contract period
restoration clause
land-use permissions
payment security
taxes
termination conditions

The actual lease amount is not fixed nationally under PM-KUSUM; the framework allows mutually agreed rent in developer arrangements.

Solar Ownership Model

If the farmer owns the plant, the potential revenue is much larger.

But so is the investment.

This creates an important distinction:

Solar lease

Lower risk + lower income

Solar ownership

Higher risk + potentially higher income

Agriculture vs Solar: Simple Comparison

Factor	Agriculture	Solar Plant
Initial investment	Low–High	Very high for ownership
Income frequency	Seasonal	Monthly/periodic under PPA
Weather risk	High	Moderate
Market-price risk	High	Lower under fixed/approved PPA structure
Labour requirement	High	Low–Moderate
Water requirement	Often high	Very low after installation
Equipment maintenance	Moderate	Moderate
Land ownership	Retained	Retained
Long-term contract	Usually none	PPA may run 25 years under scheme framework
Income predictability	Variable	Potentially more predictable
Capital requirement	Lower	Very high for ownership
Best for	Active farming	Long-term energy investment

The PM-KUSUM Component A model provides for a 25-year PPA from COD in the scheme guidelines.

The Hidden Advantage of Solar: Predictability

Agriculture has several uncertainties:

🌧 Rainfall

🌡 Temperature

🐛 Pests

🌾 Crop disease

📉 Market prices

🚜 Labour costs

Solar has a different risk profile.

Once the plant is operating:

☀️ Sunlight → electricity → meter → PPA revenue

The generation still varies with weather and equipment performance, but there is no crop market price to worry about for every harvest.

But Solar Has Its Own Risks

Don’t assume solar is risk-free.

Important risks include:

Grid availability

If evacuation infrastructure is delayed, the plant cannot sell power as planned.

Substation capacity

A project needs an appropriate grid connection and available capacity.

Financing

High interest costs can significantly reduce early cash flow.

Equipment failure

Inverters and other components can fail.

Policy changes

Government programmes and tariffs can change.

Land restrictions

State-level land and revenue rules must be checked.

Contract risk

A poorly drafted lease or PPA arrangement can create major problems.

The Most Important Factor: Distance From Substation

A farmer may have perfect land.

But if the nearest suitable substation is far away, the project economics can deteriorate.

PM-KUSUM guidance says projects are preferably located within a 5 km radius of the relevant substation to reduce sub-transmission cost and losses.

Therefore:

Before buying or leasing additional land for a solar project, check the DISCOM’s available substation capacity.

Do this before spending money on a detailed project report.

How Does a Farmer Apply for PM-KUSUM Component A?

The exact procedure is state-specific.

Broadly, the process involves:

Step 1: Identify the implementing agency

The state government/DISCOM/designated agency implements the scheme.

Step 2: Check notified substations

DISCOMs identify substations and available renewable-energy injection capacity.

Step 3: Check land eligibility

Documents may include:

land ownership records
survey details
identity documents
location details
land-use information

Step 4: Submit application / participate in EOI

The state implementing agency/DISCOM may invite applications or expressions of interest.

Step 5: Technical feasibility

The project must be technically feasible for grid connection.

Step 6: Select ownership/developer model

The farmer may potentially:

build the project
partner with a developer
lease land to a developer

subject to the applicable state programme.

Step 7: PPA

An eligible project enters into the applicable power purchase agreement with the DISCOM.

Step 8: Financial closure

The project must arrange:

equity
debt
guarantees/security requirements where applicable

Step 9: Construction

The EPC/developer installs:

modules
inverters
mounting structures
transformer
protection system
cables
metering
grid interconnection

Step 10: Commissioning

After testing and approvals, commercial operation begins.

⚠️ Don’t Pay Fake PM-KUSUM Websites

This is extremely important.

The official PM-KUSUM portal specifically warns farmers about fraudulent websites and apps that claim to process PM-KUSUM applications or collect registration/pump payments.

Do not send money to an unofficial PM-KUSUM website simply because it uses “KUSUM” or “PM KUSUM” in its domain name.

Use the official MNRE/PM-KUSUM portal and the designated state implementing agency.

Is There a 30% Solar Subsidy for a Solar Farm?

This is another major misconception.

The PM-KUSUM financial assistance figures commonly discussed online primarily relate to solar agricultural pumps and pump solarisation, not a simple 30% cash subsidy paid to an individual farmer to build any 1 MW solar farm.

Component A works primarily through:

project selection
DISCOM procurement
tariff/PPA arrangements
developer models
land leasing

rather than a simple “farmer gets 30% subsidy for a solar power plant” formula.

The official PM-KUSUM portal describes central financial support of 30% or 50% in the context of solar pumps/pump solarisation, while Component A is described separately as grid-connected renewable-energy generation.

Can Agricultural Land Be Used for Solar?

Under PM-KUSUM guidance, solar projects can be developed on barren, uncultivable, pasture or marshy land, while agricultural land can also be permitted in specified circumstances where solar installations use raised/stilt structures and adequate spacing so farming activity is not affected.

However, land-use and revenue rules are state-specific.

A farmer should therefore obtain written confirmation from the relevant state authority before changing land use or signing a long-term lease.

What Is Better: Solar Farming or Agriculture?

Choose Agriculture If:

Your land is highly productive.
You have reliable irrigation.
Your crop generates strong net margins.
You have a profitable local market.
You want to remain actively involved in farming.

Consider Solar If:

Land is barren or low-productivity.
Irrigation is expensive.
Crop income is highly volatile.
The land is near a suitable substation.
A credible developer offers a good long-term lease.
You can participate in an eligible grid-connected project.

The Best Strategy May Be “Agriculture + Solar”

Farmers don’t necessarily have to choose between:

100% agriculture

and

100% solar.

Agrivoltaic/stilt-mounted models can potentially combine:

☀️ Solar electricity

🌾 Agricultural production

The PM-KUSUM FAQ specifically recognizes agricultural land for solar projects when the installation is appropriately raised and spaced so agricultural activity is not affected.

This could become increasingly important as land pressure increases.

₹1 Lakh Per Month: What Would It Really Take?

Let’s reverse the calculation.

Suppose the target is:

₹1,00,000/month

That’s:

₹12 lakh/year

If the project earns an illustrative:

₹3.25/unit

the required annual generation is approximately:

3.69 lakh units/year

At a benchmark of around 1.5 million units per MW annually, that corresponds to roughly:

0.25 MW / 250 kW

in a simplified model.

But this is where the real-world issue appears:

250 kW ≠ automatically eligible PM-KUSUM Component A project.

The standard Component A capacity is 500 kW–2 MW, subject to the applicable state/DISCOM rules.

Therefore, the mathematical answer and the scheme-eligibility answer are different.

Can a Farmer Earn ₹1 Lakh/Month Without Investing Crores?

Potentially, through land leasing.

A farmer can contribute land rather than capital if a developer wants the site.

But:

₹1 lakh/month lease income is not a government-guaranteed amount.

Lease rent is negotiated and depends on:

location
land quality
proximity to substation
project size
developer economics
local land market
lease duration
escalation clause

Never sign a lease based on a verbal promise.

10 Questions Every Farmer Should Ask a Solar Developer

Before signing anything, ask:

Who will own the solar plant?
Who will pay for grid connection?
Who pays land conversion/permissions?
What is the annual lease rent?
Is there annual escalation?
What happens if the project is delayed?
Who pays property/revenue-related charges?
What happens to the land after 25 years?
Who removes the panels and structures?
What happens if the developer stops paying?

Also have a qualified lawyer review the agreement.

Solar Farm Income Calculator: Basic Formula

You can estimate gross annual solar revenue using:

Annual Revenue = Annual Solar Generation × PPA Tariff

For example:

7,50,000 units × ₹3.25 = ₹24.38 lakh/year

Then:

Net Cash Flow = Revenue − O&M − Financing − Insurance − Other Costs

And:

Payback Period = Total Project Investment ÷ Annual Net Cash Flow

These are simplified calculations. A professional project model should include degradation, financing, taxes, downtime, replacement reserves, evacuation costs and escalation assumptions.

25-Year Perspective

A solar project should not be judged only on its first-year income.

The PM-KUSUM Component A framework provides for long-term PPAs, with the scheme guidelines specifying 25 years from commercial operation.

That makes solar fundamentally different from seasonal farming.

Agriculture:

Year 1 → crop → harvest → restart

Solar:

Year 1 → generation → revenue

Year 2 → generation → revenue

Year 3 → generation → revenue

and so on.

But solar output gradually declines over time, and equipment eventually needs replacement.

The Biggest Mistake Farmers Should Avoid

Don’t start with:

“How much money can one acre of solar generate?”

Start with:

“Is my land eligible, is there grid capacity nearby, what project size is permitted, who will buy the electricity, what tariff applies, and who will finance the project?”

Only after answering those questions should you calculate income.

Final Verdict

Can Farmers Earn ₹1 Lakh Per Month From Solar?

Yes, it is possible in the right project structure—but it is not guaranteed from one acre of land.

A farmer can potentially earn through:

🟢 Solar plant ownership

Highest potential revenue, but requires substantial capital and carries project risk.

🟢 Land leasing

Lower investment and lower risk, but income depends on the negotiated lease.

🟢 Farmer groups/FPOs

Can help small landowners participate in larger projects.

🟢 Agrivoltaics

Potentially combines agriculture and solar generation where permitted and technically suitable.

The 1-Acre Reality

If you have only 1 acre, don’t rush to install solar.

Under the standard PM-KUSUM Component A framework, the minimum plant size is generally 500 kW, while typical planning requirements for 500 kW are around 2–2.5 acres or more.

Your better strategy may be:

1 acre → join neighbouring landowners → form a group/FPO → identify a suitable substation → check the state/DISCOM programme → evaluate developer/lease or ownership models.

For a farmer with 4–5 acres of suitable land near an eligible substation, the solar-farm opportunity becomes considerably more interesting.

Agriculture vs Solar: The Bottom Line

Solar isn’t automatically more profitable than agriculture.

But if land produces:

low agricultural income + high irrigation costs + uncertain crop returns

then a long-term solar lease or properly structured solar project can potentially transform that land into a predictable income-generating asset.

The most attractive solar land is not necessarily the cheapest land.

It is land that has:

good sunlight + suitable terrain + clear title + acceptable land status + nearby grid capacity + feasible evacuation + a bankable PPA/developer arrangement.

That is the real formula for successful solar farming.

Frequently Asked Questions

Can I install a solar farm on 1 acre?

Possibly under some private/project-specific configurations, but 1 acre is generally insufficient for the standard 500 kW PM-KUSUM Component A plant when typical land requirements are considered. State/DISCOM rules and project design determine the actual requirement.

How much does a 1-acre solar farm earn?

There is no fixed answer. Income depends on plant capacity, generation, tariff, operating expenses, financing and whether you own the plant or lease the land.

Can a farmer earn ₹1 lakh per month from solar?

Yes, potentially through plant ownership or a high-value land lease, but ₹1 lakh/month is not a guaranteed PM-KUSUM income figure.

How much land is required for a 1 MW solar plant?

A common planning benchmark is approximately 4–5 acres, although actual requirements vary by technology and layout.

Can farmers sell solar electricity to the government?

Under PM-KUSUM Component A, eligible grid-connected renewable-energy plants can sell generated electricity to the DISCOM under the applicable tariff/PPA arrangement.

Is PM-KUSUM Component A still open for new applications in 2026?

The published central scheme period was through 31 March 2026, but sanctioned projects and implementation activity continue to appear on the national portal in 2026. A farmer considering a fresh application should therefore check the current notification and state/DISCOM availability rather than assuming a new application window is open.

Is solar better than farming?

It depends. High-value, irrigated agriculture can outperform a solar lease, while low-productivity or water-intensive land may be more attractive for solar. The correct comparison is net annual agricultural profit vs. net solar/lease income, not crop revenue vs. solar revenue.

AEO Quick Answer

Q: Can farmers earn ₹1 lakh per month from solar power?

A: Farmers can potentially earn ₹1 lakh or more per month from solar through plant ownership or a suitable land-lease arrangement, but there is no universal guaranteed income. Under PM-KUSUM Component A, standard projects are generally 500 kW to 2 MW, and typical solar-plant land requirements mean that one acre alone is usually insufficient for a standard 500 kW project. Actual income depends on plant capacity, solar generation, the applicable DISCOM tariff, financing, operating costs and the farmer’s ownership or lease model.

Important note for farmers

Do not pay an agent simply because they promise “₹1 lakh/month solar income” or a guaranteed PM-KUSUM approval. Verify the project through the official MNRE/PM-KUSUM portal and the relevant State Implementing Agency/DISCOM before paying money or signing a land agreement.

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