Being a farmer, if you have been fed up with diesel expenses, power cuts and waiting time for the restoration of electricity to be able to irrigate, then PM KUSUM is designed just for you.
Yes, the scheme has been talked about for quite some time; however, the year 2026 holds significance yet again due to the same reasons; the targets keep getting raised, DISCOMs are pressurised to install solar power capacities, and farmers will always be farmers, and they need their irrigation on time and not any other thing!
Let us understand PM KUSUM Solar Pump Yojana 2026 in simple terms – What it is, who all can apply, how much they receive from it, how much it will cost them, how to apply for it, and most importantly, what precautions to take.
What is the PM KUSUM Yojana, in simple words?
PM KUSUM stands for Pradhan Mantri Kisan Urja Suraksha evam Utthaan Mahabhiyan.
Long name. Simple goal.
It helps farmers shift from grid electricity and diesel pumps to solar-powered pumps, and, in some cases, even lets them install solar plants on their land and earn by selling power.
But for most people reading this, the main interest is the solar pump part. Because that is the most practical. You install a solar pump, you run irrigation in the day using sunlight, and you stop bleeding money on diesel.
PM KUSUM is usually implemented through your state nodal agency (like the Renewable Energy Development Agency of your state) and the DISCOM, plus approved vendors.
So the rules can feel slightly different from state to state. Same scheme umbrella, different paperwork vibes.
PM KUSUM Components (Which part is for solar pumps?)
PM KUSUM has multiple components. You do not need to memorise them, but it helps to know which one you’re applying under.
Component B (Most common for farmers)
This is the one for standalone solar pumps.
Meaning, your pump works independently with solar panels, and you are not dependent on grid power. Best for areas with unreliable electricity or places where the grid connection is not even there.
Component C (For solarising existing grid-connected pumps)
This is meant for farmers whose water pump is powered by electricity and needs additional solar panels to run the pump using the sun’s energy.
In some designs, excess energy can be returned to the grid, subject to state policies and the arrangement of the meters.
For this article, when I say “solar pump yojana”, I’m mainly pointing to Component B and Component C, because that’s where the applications usually come from.
Why this scheme is a big deal (Real benefits, not brochure ones)
Here’s what farmers usually like about it. Not the “green energy” pitch. The real stuff.
1. Diesel cost goes down fast
If you currently run a diesel pump, you already know the maths is ugly. The Kusum Yojana helps reduce or remove that recurring cost through solar power.
Yes, solar pumps have an upfront cost, but the subsidy softens it a lot.
2. Less dependence on power cuts
If you have an electric supply but it’s unpredictable, you end up irrigating at odd hours. Late at night. Early morning. Sometimes not at all.
Solar pumps run during the day when there is sunlight, which is also when many farmers prefer to work anyway.
3. Better irrigation scheduling
When your water timing becomes more reliable, your crop planning improves. This part doesn’t get discussed enough, but it’s huge.
4. Lower maintenance than diesel engines
No fuel filters, no engine oil drama, fewer moving parts. You still have maintenance, but it’s generally simpler.
Who can apply for the PM KUSUM Solar Pump Yojana 2026?
Eligibility can vary slightly by state, but typically:
- You should be a farmer with cultivable land.
- You may need proof of land ownership or lawful tenancy, depending on state rules.
- For Component B, you generally apply if you need a standalone solar pump for irrigation.
- For Component C, you generally apply if you already have a grid-connected pump and want to solarise it.
Some states give priority to:
- Farmers in off-grid areas
- Small and marginal farmers
- SC/ST categories
- Areas with high diesel usage
- Water-saving irrigation systems (drip, sprinkler) sometimes get preference
Also, you should have the documents ready. Because if your file is incomplete, it just sits there. And you keep checking your phone like it’s going to move magically.
A Quick Tip for Farmer Families: While you are busy sorting out land papers for your solar pump, it is a good idea to look into other government benefits, too. For example, the Rajshree Yojana is a great scheme that provides financial help for the education and health of a girl child in the family. Many farmers who are eligible for PM KUSUM can also take advantage of this to secure their children’s future.
What subsidy do you get in 2026?
This is where people get confused because they hear different numbers.
PM KUSUM subsidy structure often looks like:
- Central Government subsidy
- State Government subsidy
- Farmer contribution (beneficiary share)
- Sometimes, bank loan options exist, depending on the model and the vendor
It is quite common that the farmer contributes between 10% and 40% of the cost, while the balance comes from subsidies. However, you should not get fixated on any particular figure until you refer to the notification issued by your state government for the year 2026.
So, the correct way to think about it is:
You will get a significant subsidy, but the exact amount depends on:
- Your state
- Pump capacity (HP)
- Category (general, SC/ST, small/marginal)
- Whether it’s standalone (B) or solarisation (C)
- Vendor rates in that tender cycle
What size solar pump can you get?
Most states offer solar pumps in ranges like:
- 1 HP
- 2 HP
- 3 HP
- 5 HP
- 7.5 HP
- 10 HP
Sometimes higher too, but the common demand stays in the lower range.
Selection depends on:
- Water source (borewell, open well, canal)
- Depth of water
- Pipe size
- Required discharge (litres per second)
- Your land area and crop type
If you pick an undersized pump, you will hate it. If you pick oversized, it costs more and can be inefficient.
So yes, a site survey matters. Most approved vendors do it, but you should also ask questions, not just sign.
Solar pump types under PM KUSUM
Usually, you will see:
- Surface pump: for open wells, ponds, canals. Water is closer to ground level.
- Submersible pump: for borewells, deep water sources.
And then there’s the motor type, controller, panel capacity, structure, and wiring. The full kit.
A good vendor explains all this. A bad vendor just says, “Sir, 5HP best”.
Documents required (Typical list)
Again, state-wise differences exist, but usually you need:
- Aadhaar card
- Farmer ID or registration (if your state has it)
- Land documents (khata, khasra, 7/12, patta, etc.)
- Bank passbook or cancelled cheque (for any payment, refund, subsidy process)
- Passport-size photo
- Mobile number linked to Aadhaar (often needed for OTP based portal logins)
- Pump requirement details, sometimes existing pump connection details (for Component C)
- Caste certificate (if applying under the reserved category)
- Consent or NOC if land is jointly held, in some cases
Keep scanned copies ready. Clear scans. Not blurred photos taken at night.
How to apply for PM KUSUM Solar Pump Yojana 2026 (Step by step)
The application process is usually online, through the state’s renewable energy portal or a dedicated PM KUSUM portal.
Here’s the practical flow that most states follow:
Step 1: Find your state’s official PM KUSUM application portal
Do not apply through random sites. There are a lot of “agents” and “middlemen” who will pretend there is a central form for all of India. Usually, there isn’t.
The correct place is your state nodal agency website or DISCOM portal.
If you can’t find it, go to:
- Your district agriculture office, or
- Renewable energy department office, or
- DISCOM subdivision office
They usually have the current link.
Step 2: Register with your mobile number and Aadhaar
Most portals use OTP login. Fill in your basic details.
Step 3: Fill out the application form
You will enter details like:
- Personal information
- Land details
- Water source type (borewell/open well/canal)
- Pump type required (submersible/surface)
- Capacity requirement
- Category details (if any)
Step 4: Upload documents
Upload scanned documents in the required format and size. If the portal rejects, it is often because of file size limits.
Step 5: Pay registration/application fee (if applicable)
Some states take a small application fee or token amount.
Do not panic if you see a token payment requirement. It’s normal in many tenders. But always pay only through the official payment gateway on the portal.
Step 6: Wait for verification and selection
After submission, your application goes for verification. In some cases, field verification happens.
Selections can happen via:
- First-come, first-served (in some cycles)
- Lottery system (common when applications exceed targets)
- Priority list (category-based)
Step 7: Vendor assignment and site survey
If selected, you will be asked to choose from approved vendors, or one will be assigned. The vendor then does a site survey.
Step 8: Pay beneficiary share and installation
You pay your share, the vendor installs, the inspection happens, and a commissioning certificate is issued.
Then warranty and service terms kick in.
Timeline: How long does it take?
This is the honest answer. It depends. In a smooth district, it can happen in a few weeks to a couple of months.
In a slow cycle, it can take longer. Portal delays, vendor backlog, stock issues, and inspections. All of it. So if you are planning around a specific crop irrigation period, apply early. Seriously.
Cost and payment (What you should expect)
Total system cost varies by:
- Pump capacity
- Pump type
- Panel wattage
- Structure quality
- Installation complexity (distance, borewell depth, etc.)
Your share might feel manageable, but still not small. For many farmers, that upfront payment is the biggest hurdle.
A few tips here:
- First, get a clear bill that shows the cost of every single item—from the pump and panels to the smallest wire or transport fee. It’s better to have everything in writing. Then, ask a tough question: Who is going to help if the system fails in June or July? Usually, people face a lot of issues here, so knowing the service person’s number is a must.
Common problems people face (and how to avoid them)
This section is important because most “scheme articles” skip the messy part.
1. Fake calls and middlemen charging money
If someone calls claiming “I will confirm your subsidy for 5000 रुपये”, be careful. The selection is portal-based and department-based. Agents exist, sure, but scams are common too.
2. Wrong pump size
Do not blindly take a 3HP because your neighbour did. Your borewell depth and water yield matter.
3. Poor installation quality
Loose wiring, weak panel structures, and bad earthing. These things create failures later.
Insist on proper commissioning and inspection.
4. Service delays
A solar pump is only as good as the service support. Ask the vendor: where is your service centre, how many technicians are there, and what is the response time?
If they can’t answer clearly, that’s a sign.
5. Paperwork mistakes
Wrong land details, name mismatch in Aadhaar vs land record, and bank account name mismatch. These small things delay everything.
Double-check before submitting.
Warranty and maintenance (Don’t ignore this)
Under most official supply setups, you generally get warranties like:
- Pump and motor warranty (often multiple years)
- Controller warranty
- Solar panel performance warranty (panels usually have longer performance assurance, but confirm actual coverage)
But again, actual numbers depend on tender terms in your state.
Ask for:
- Warranty card
- Contact numbers
- Service schedule (if any)
- What is covered, what is not
Also, keep panels clean. Dust reduces output. A simple cleaning routine helps a lot.
Component C extra note: Can you sell extra electricity?
Some states allow net metering or a feed-in arrangement for surplus solar power when the pump is not running, especially under certain grid-connected models. But it’s not uniform across India.
So if your main goal is earning from surplus power, confirm with:
- Your DISCOM
- Your state KUSUM guidelines for 2026
- Whether net metering is actually available in your feeder
Otherwise, you will be expecting monthly income and get… nothing. Happens more than you’d think.
Quick checklist before you apply
- Land documents are updated and in your name (or valid tenancy proof).
- Aadhaar, mobile number, and bank details are ready.
- You know your water source type and approximate depth.
- You have an idea of the required pump capacity.
- You can arrange your beneficiary contribution.
- You apply only through the official state portal.
PM KUSUM Solar Pump Yojana 2026: Apply Now (What you should do today)
If you want to apply, don’t wait until the last week of the application window.
Go find your state’s official PM KUSUM portal link for 2026, create your login, and at least submit the application with clean documents. Even if installation takes time, getting into the system early matters.
And if you’re unsure which component you fall under, here’s the shortcut:
- No reliable grid power or no connection, and you want a new solar pump. Look at Component B.
- You already have a grid pump and want to run it on solar. Look at Component C.
That’s it.
If you want, let me know your state name and whether you require a submersible or surface pump, as well as the approximate depth of your water source. I can help you decide what to choose in the application and what information typically results in rejections in that state.
FAQs (Frequently Asked Questions)
PM KUSUM Solar Pump Yojana 2026 explained for farmers?
One goal of the PM KUSUM initiative? Supporting farmers who want solar irrigation pumps. Paying for fuel becomes a thing of the past once these systems are running. Power cuts won’t stop work in fields when sunlight runs the system instead. Costs drop sharply later since sunshine keeps everything moving without extra charges.
Who Can Join the PM KUSUM Solar Pump Scheme in 2026?
Holding land makes it possible to apply when you farm. Send in papers showing ownership of the plot. Preference lands on smaller operations, especially where lights never turn on. Rural spots without power see their requests move faster through the system.
PM KUSUM Scheme solar pumps key parts?
Pumps play a key role in both parts of the plan. Where power lines do not reach, solar pumps will step in. For households already running electric pumps, switching to solar opens another path. Extra energy made this way could go back into public supply networks.
What costs must a farmer cover for the solar pump?
Prices are lower than usual. Subsidies come straight from government budgets. Most farmers cover just a fraction of the total price – anywhere from one-tenth to two-fifths – with support covering the rest. Funds split between state and national programs make up the difference.
Which pump size should I choose, and what are the options?
Starting at 2 HP, these pumps scale up through 3, 4, 5, 6, 7.5, 9, and reach 10 HP options. Water table depth decides which model fits best. When drilling runs deep, or farms cover wide areas, go for either 5 HP or step up to 7.5 HP.
How can I apply for this solar pump scheme in my state?
Start by heading to your state’s main site on solar power. Each region handles things just a bit differently. Try stopping by the farm services centre or the power supply office instead. Have your identification and property documents nearby – this helps skip delays and avoids problems later.