PM-KUSUM Maharashtra Application Guide 2026, MEDA and MSEDCL

Maharashtra carries the heaviest agricultural pump load in India, roughly 40 lakh agricultural connections on MSEDCL (Maharashtra State Electricity Distribution Co Ltd) feeders, plus another 8.5 lakh diesel and off-grid pumps spread across Vidarbha, Marathwada, Khandesh, and Western Maharashtra. PM-KUSUM (Pradhan Mantri Kisan Urja Suraksha evam Utthaan Mahabhiyan), implemented through MEDA (Maharashtra Energy Development Agency) and MSEDCL, has been the largest solar pump push in the country: MNRE data show 5,59,409 standalone pumps installed against 5,75,000 sanctioned, and all 8,75,000 pumps sanctioned for feeder-level solarisation covered, as of 31 July 2026. The state’s own Mukhyamantri Saur Krushi Vahini Yojana (MSKVY) solarises full agricultural feeders, and MSEDCL’s Magel Tyala Saur Krushi Pump Yojana now takes new standalone pump applications, with general farmers paying 10% of the cost and SC/ST farmers 5%.

This guide walks through MEDA’s KUSUM application process, the MSEDCL coordination layer, documents the Maharashtra portal specifically flags, subsidy share by category, pump HP selection by region, and the rejection patterns we see most often across our Vidarbha and Marathwada installations.

Direct answer. PM-KUSUM registration in Maharashtra is stopped until further notice: MEDA’s KUSUM portal says the scheme period ended on 31 December 2025, although MNRE has extended implementation to 31 March 2027. New standalone pump applications go to MSEDCL’s Magel Tyala Saur Krushi Pump Yojana at mahadiscom.in/solar_MTSKPY, where general farmers pay 10% and SC/ST farmers 5%.

If you’re a farmer with a diesel pump on a remote borewell, Component B (standalone solar) is your route. If you already have an MSEDCL agricultural connection, your route is feeder-level solarisation under MSKVY; MNRE data show no individual pump solarisation (C-1) sanction for Maharashtra. If you own 2 to 10 acres of barren or fallow land near a substation, Component A (landowner) turns that land into a 25-year lease income stream. Heaven Green Energy is empanelled with MEDA across all four Maharashtra regions and handles the entire workflow end-to-end.

Why Maharashtra Is India’s Biggest KUSUM Market

Maharashtra has the largest unmet agricultural electrification backlog in India and the highest concentration of diesel-irrigation pumps in the central and dry regions. MSEDCL’s own annual report identifies roughly 3.5 lakh pending new agricultural connection applications, with average waiting times of 18 to 36 months in Vidarbha and Marathwada talukas. Add the existing 40 lakh metered agricultural connections, most of them drawing subsidised power that costs MSEDCL ₹6 to 7/kWh to supply but recovers only ₹1 to 2/kWh from the farmer, and the financial case for solarising the entire agricultural load becomes unavoidable.

The state government has been blunt about the maths. Maharashtra’s agricultural cross-subsidy burden runs to ₹35,000–₹40,000 crore per year, paid by industrial and commercial consumers through inflated retail tariffs. Solarising even half the agricultural connections through PM-KUSUM and MSKVY reduces this burden by ₹15,000+ crore annually within five years. That’s why Maharashtra has the largest state-level KUSUM allocation from MNRE (Ministry of New and Renewable Energy): 5,75,000 standalone pumps under Component B and 8,75,000 pumps under feeder-level solarisation, though only 260 MW under Component A (21 MW installed) as of 31 July 2026.

The geography reinforces the financial case. Marathwada, the eight-district drought belt of Aurangabad, Jalna, Beed, Latur, Osmanabad (Dharashiv), Nanded, Parbhani, and Hingoli, runs deeper borewells (60 to 180 metres) with 12 to 14 hour daily pump operation during kharif and rabi seasons. Vidarbha’s cotton-soyabean belt across Yavatmal, Amravati, Akola, Wardha, and Nagpur districts faces the same dry-spell pump-load problem. Western Maharashtra’s sugarcane belt around Sangli, Kolhapur, Solapur, and Ahmednagar runs higher HP (horsepower) pumps year-round because sugarcane is a perennial crop with deep root irrigation. All three regions deliver diesel savings of ₹70,000–₹1,50,000 per pump per year, enough to make the farmer’s 5 to 10% contribution a payback of a few months; see our diesel pump vs solar pump ROI comparison for the full 10-year cost breakdown.

Maharashtra also has institutional depth that smaller states lack. MEDA has been a functioning state renewable energy agency since 1985, it has run capital subsidy programmes, biomass schemes, and solar water heating mandates for nearly four decades. The empanelled vendor base across the state runs into hundreds of firms. District-level officers are trained on the KUSUM workflow. For a farmer applying in Yavatmal or Latur in 2026, this maturity translates to faster site surveys, fewer documentation errors, and shorter commissioning lead times than the same farmer would experience in Bihar or Jharkhand.

KUSUM Components in Maharashtra, A, B, C plus MSKVY

PM-KUSUM has three central components, and Maharashtra layers MSKVY on top as a state-specific scheme. Each component serves a different farmer profile and has its own application route, subsidy structure, and ownership model. Picking the wrong component costs months, so it pays to understand the four tracks before opening the portal.

Component A, Renewable Energy Power Plant on Farmer’s Land. A farmer (or group of farmers, or panchayat, or FPO, Farmer Producer Organisation) with 2 to 10 acres of barren or fallow land within 5 km of an MSEDCL substation can install a 500 kW to 2 MW ground-mounted solar plant. MSEDCL signs a 25-year Power Purchase Agreement (PPA) at the MERC (Maharashtra Electricity Regulatory Commission) approved tariff. The farmer either invests the capital themselves and earns the full tariff income (~₹3.0 to 3.2 lakh per acre per year), or leases the land to a developer at ₹30,000–₹60,000 per acre per year. There is no direct capital subsidy on Component A, the subsidy mechanism is the guaranteed off-take and long-term PPA. For the deep details, see our KUSUM Component A landowner guide.

Component B, Standalone Off-Grid Solar Pump. For farmers without an electricity connection, typically the diesel-pump base. Empanelled vendors supply, install, and provide a five-year repair guarantee (including insurance) on solar pumps from 3 HP to 7.5 HP. The system runs off panels directly (no grid sync, no batteries on most installations). General farmers pay 10% of the cost and SC/ST farmers 5%; the rest is covered by central and state subsidy. New applications now go through MSEDCL’s Magel Tyala Saur Krushi Pump Yojana. Most Vidarbha and Marathwada applications fall under Component B. For the national step-by-step walkthrough of this component, see our KUSUM Component B application guide.

Component C, Grid-Connected Pump Solarisation. For farmers already on an MSEDCL agricultural connection. Two sub-models: C-1 Individual Pump Solarisation (a solar plant sized to power the existing pump is installed on or near the farmer’s land, surplus energy goes back to MSEDCL under net metering), and C-2 Feeder Solarisation (entire agricultural feeders are solarised by developers, with farmers retaining their existing supply). In Maharashtra, MNRE data show all 8,75,000 sanctioned Component C pumps covered through feeder-level solarisation and no C-1 sanction. See our KUSUM Component C grid-tied pump guide for the technical sizing rules.

MSKVY, Mukhyamantri Saur Krushi Vahini Yojana. Maharashtra’s state-specific feeder solarisation scheme runs alongside KUSUM C-2. MSKVY targets dedicated agricultural feeders (the 11kV lines that supply only farms) and tenders 0.5 to 10 MW solar plants near substations. Developers win the projects at competitive bids and supply solar power to those feeders during daytime. Developers sell the power to MSEDCL under a long-term PPA at a tender-discovered feed-in tariff, well below residential solar economics but viable for utility-scale developers. For a farmer with 5+ acres of land near a 33/11 kV substation, MSKVY is often a faster route to land monetisation than Component A because the tendering cycles are shorter.

A general-category farmer in Beed with a 5-acre cotton plot, no electricity, and a 7.5 HP diesel pump is a Component B applicant. The same farmer in Wardha with an existing MSEDCL connection is covered through feeder-level solarisation instead. Picking the right track in week one cuts six weeks off the timeline. For a national-level breakdown of all three components, see our PM KUSUM complete guide.

The 5-Step Maharashtra KUSUM Application Funnel

This is the framework we use across MEDA installations, five sequential steps from interest to commissioning. It is written for standalone pumps (Component B and its successor Magel Tyala scheme), which cover almost all individual farmer applications; the C-1 notes apply only if Maharashtra opens individual pump solarisation. Component A and MSKVY follow a different tender-driven workflow that we cover separately in our Component A guide.

Step 1: Eligibility Check and Component Selection (Day 0 to 5)

Before opening the portal, settle three questions. Do you have an MSEDCL electricity connection on the land where you want the pump? If yes, you are outside the standalone pump scheme. If no, apply for a standalone pump. Which category does the applicant fall under: SC/ST farmers pay 5% instead of 10%. And how much land do you hold? MSEDCL allows up to 3 HP for up to 2.5 acres, 5 HP for 2.51 to 5 acres, and 7.5 HP above 5 acres (a smaller pump than your entitlement is allowed).

Pull your 7/12 utara (land record), Aadhaar, MSEDCL bill if any, caste certificate if you fall in a reserved category, and your bank passbook. Confirm the name on the 7/12 matches Aadhaar, this is the single most common rejection cause in MEDA applications. If you’re a tenant farmer, get a notarised consent letter from the landowner with both 7/12s attached.

Step 2: Portal Registration and Document Upload (Day 6 to 10)

Open MSEDCL’s Magel Tyala Saur Krushi Pump Yojana portal at mahadiscom.in/solar_MTSKPY and fill the online A-1 form (MEDA’s kusum.mahaurja.com registration is suspended until further notice). Register with your mobile number, and select your district and taluka. The portal pulls eligibility constraints from MEDA’s database, pump HP cap for the taluka, current vendor empanelment, and remaining slot availability under the current allocation cycle. Some districts run out of Component B slots within weeks of an allocation refresh, so this step is time-sensitive.

Enter pump details: surface or submersible, desired HP, borewell depth, and water source (open well, borewell, or canal). Upload all documents in single PDF per category (7/12, Aadhaar, bank, caste certificate, photographs). Cross-check every field against the source document before submitting. The portal generates a beneficiary application number, note it and screenshot the confirmation page.

Step 3: MEDA Technical Approval and Vendor Allotment (Day 11 to 35)

MEDA’s district office reviews the application against three checks, land record validity, category eligibility, and technical fit between pump HP, borewell depth, and panel sizing (typically 2.5x of HP in kWp, a 5 HP pump needs roughly 4.5 to 5 kWp of panels). For Component C-1, MSEDCL also runs a feasibility check on the distribution transformer that feeds the existing agricultural connection to ensure it has headroom for solar export.

Once approved, MEDA allots an empanelled vendor, either through farmer choice (where the portal allows preference) or by district-level rotation. The vendor contacts you within 5 working days to schedule a site survey. They verify the survey findings against the application, confirm panel orientation and mounting plan, and issue a final cost sheet. This stage takes 15 to 25 working days for clean applications. Approval letters are sent via SMS and email.

Step 4: Farmer Contribution Payment and Installation (Day 36 to 70)

Pay your contribution share to the empanelled vendor by demand draft, RTGS, or NEFT. For a 5 HP submersible costing around ₹2.85 lakh, the 10% general share is roughly ₹28,500 and the 5% SC/ST share roughly ₹14,250; the exact amount is on your demand note. Once payment clears, the vendor schedules installation, panel structure fabrication, panel mounting on either rooftop, ground-mounted frames, or solar tracker (depending on system size), pump installation in the borewell, controller box wiring, and earthing. Installation typically takes 3 to 5 working days.

For Component C-1, MSEDCL must also replace the existing single-direction meter with a bi-directional meter to enable net metering. This is coordinated by the vendor but executed by MSEDCL field staff, schedule it within the installation window to avoid a return visit. The vendor uploads installation photos, single-line diagram, and equipment serial numbers to the MEDA portal for inspection scheduling.

Step 5: MEDA Inspection, Commissioning, and Subsidy Release (Day 71 to 100)

MEDA’s district inspector or a third-party agency conducts a physical inspection within 10 to 15 working days of installation upload. The check covers panel count and ALMM (Approved List of Models and Manufacturers) listing, inverter or pump controller make and serial, earthing per IS 3043, structural integrity of the mounting, and a pump-running test (the inspector turns the pump on and measures water discharge against the rated capacity). QBits Energy’s KUSUM yojana agricultural solar subsidy guide covers the same compliance checkpoints from a hardware-standards angle if you want a second reference. For Component C-1, the bi-directional meter is also sealed during this visit.

After successful inspection, MEDA issues the commissioning certificate. The central 30% subsidy is released by MNRE to MEDA, and MEDA releases the combined central + state share to the vendor within 30 to 45 days. The farmer’s five-year AMC (Annual Maintenance Contract) period begins from commissioning date. From the farmer’s perspective, the pump becomes operational immediately after Step 4, the subsidy disbursement in Step 5 is between MEDA and the vendor and does not affect daily pump operation.

Maharashtra KUSUM Documents Checklist

Document quality is the single biggest determinant of application speed. Across the MEDA installations we tracked through 2024 to 25, applications with clean, pre-verified documents moved to commissioning in 75 to 95 days. Applications with even one document defect averaged 140 to 170 days because of the re-upload and re-verification loops. Pull this entire list together before opening the portal.

MSEDCL also asks for a no-objection certificate from other shareholders if you are not the sole owner of the land, and a Groundwater Surveys and Development Agency NOC if the water source is in a dark zone.

Get a free Maharashtra KUSUM document review. Our Pune and Aurangabad teams check your documents before you submit on the MEDA portal, catches the small errors that cause 70%+ of rejections. Get your free quote →

Subsidy Share: Central + Maharashtra State + Farmer

A standalone solar pump in Maharashtra is funded from three sources, MNRE (central, 30% under PM-KUSUM), the Government of Maharashtra (state top-up), and the farmer’s own contribution. Under MSEDCL’s Magel Tyala Saur Krushi Pump Yojana, the farmer share is 10% for general farmers and 5% for SC/ST farmers, with the remaining amount subsidised by the central and state governments (MSEDCL scheme information).

To put rupees against these percentages, take a 5 HP submersible pump costing approximately ₹2.85 lakh. A general-category farmer pays about ₹28,500 and an SC or ST farmer about ₹14,250. For a 7.5 HP submersible (about ₹3.80 lakh) the general farmer’s share is about ₹38,000 and the SC/ST farmer’s about ₹19,000. Rajasthan, by contrast, pays the 60% minimum, leaving the farmer up to 40%, see the KUSUM Rajasthan comparison guide for the cross-state contrast.

The 30% central share is fixed by MNRE (50% only in NE, hill and island states/UTs), see the MNRE PM-KUSUM scheme page for the official notification. The state covers the balance above the farmer share. Disbursement order: the farmer pays his share against the demand note; the vendor installs and is then paid the central + state portion after commissioning inspection. The farmer never receives money directly, the benefit is delivered as a discounted pump price plus 5-year warranty coverage.

For Punjab and Gujarat comparisons, see our KUSUM Punjab guide and KUSUM Gujarat guide. Punjab’s PEDA paid about 60% subsidy to general farmers and about 80% to Scheduled Castes, so Maharashtra’s current farmer share is lower for both groups.

Common Rejection Reasons in Maharashtra

The rejection pattern in MEDA applications clusters around six recurring issues. Five of them are document-side problems that take 15 minutes to fix before submission and 6 to 8 weeks to fix after rejection. Pre-checking against this list is the single highest-impact action you can take.

1. 1
   Name mismatch between 7/12 utara and Aadhaar. 7/12 records often carry the ancestral form ("Vishwanath Bapu Patil") while Aadhaar uses the shortened form ("Vishwanath Patil"). Get a Talathi name-correction entry before applying, this fixes it for all government schemes simultaneously.
2. 2
   7/12 older than 6 months. MEDA portals reject land records pulled before 180 days. Pull a fresh extract from bhulekh.mahabhumi.gov.in on the day you submit the application.
3. 3
   Bank not Aadhaar-seeded. Even though Components B and C-1 deliver the subsidy through vendor reimbursement rather than direct DBT, MEDA still requires Aadhaar-seeded bank linkage for verification. Seed it at any branch, takes 5 minutes.
4. 4
   Pump HP exceeds water-table sustainability cap. Talukas in over-exploited groundwater zones (parts of Marathwada and central Maharashtra) cap KUSUM pump HP at 5. Applying for 7.5 HP in a 5 HP cap zone triggers rejection. Check the GSDA (Groundwater Surveys and Development Agency) classification for your taluka first.
5. 5
   Existing solar pump on the same khasra/gat. A khasra (survey number) is allowed only one KUSUM pump installation. If a prior application was approved on the same survey number, even by a different family member, the new application is auto-rejected. Verify via the MEDA beneficiary search before applying.
6. 6
   Caste certificate not Tehsildar-issued. Self-printed or Gram Panchayat caste certificates are generally not accepted for the 5% SC/ST farmer share. Use the Tehsildar's office or sub-divisional magistrate's caste certificate.

For rejections that do happen, MEDA allows resubmission within 30 days of the rejection notification without restarting from scratch, the application reference number stays valid. Use that window to fix the flagged document and re-upload. If you need to challenge the rejection on technical grounds (e.g., pump HP cap dispute), file a written representation with the MEDA district office; appeals are reviewed within 21 days.

MEDA + MSEDCL Coordination, How the Process Actually Moves

The single most confusing aspect of KUSUM Maharashtra for first-time applicants is the split between MEDA and MSEDCL. They are two different state entities with different mandates, and depending on the scheme and component, your application can sit with either. Understanding the division of labour avoids the most common process error, chasing the wrong office for status updates.

Both agencies have run standalone pumps. MNRE lists both MEDA and MSEDCL as Component B implementing agencies in Maharashtra, each with its own beneficiary portal. MEDA ran the kusum.mahaurja.com portal, now closed to new registrations; MSEDCL runs the Magel Tyala Saur Krushi Pump Yojana portal that takes new applications. Status queries go to whichever agency holds your application.

MSEDCL owns the grid interface. Where Component C-1 (grid-pump solarisation) runs, MSEDCL enters the workflow at two specific points, feasibility check on the distribution transformer at Step 3, and bi-directional meter installation at Step 4. MSEDCL handles the technical side of grid synchronisation (relay settings, anti-islanding compliance, meter sealing) but does not own the subsidy. Net metering bills and credits are also handled by MSEDCL on the regular monthly cycle, see mahadiscom.in for the agricultural net metering tariff schedule.

The coordination handoff between MEDA and MSEDCL is the most common source of delays. In our installations across Pune, Solapur, and Aurangabad, the average time lost at the MEDA-MSEDCL handshake is 18 to 25 days when documentation passes between the two agencies. We mitigate this by submitting parallel feasibility requests to MSEDCL the same week as the MEDA application, that way, the DT (distribution transformer) feasibility check happens during MEDA’s technical approval window rather than after.

For Maharashtra’s state-specific resources, see the MEDA official site for notices, the MSEDCL site for net metering policies, and mahadiscom.in/solar_MTSKPY for the current standalone pump application form.

Pump Selection by Region: Vidarbha vs Marathwada vs Western Maharashtra

The right pump HP depends on three things, crop water requirement, soil type, and borewell depth. Maharashtra’s three big farming belts have distinctly different requirements, and applying the wrong HP either underperforms (cotton farmer with 3 HP cannot meet flood-irrigation demand, see our solar pump sizing for cotton farming guide) or oversizes the system (a farmer taking 7.5 HP where 5 HP would suffice burns through subsidy budget, as covered in our solar pump sizing for sugarcane farming guide). For the general borewell-depth-to-HP mapping used across every region, see our KUSUM pump size by borewell depth guide.

Verdict. For a farmer cultivating his own land actively, a standalone solar pump almost always beats MSKVY because the implicit return on a solar pump (₹70k+ annual diesel savings on a farmer share of roughly ₹15k–₹40k) outperforms the ₹30k–₹60k per acre lease income from MSKVY. MSKVY makes sense only for fallow or barren land owners who would not otherwise irrigate the plot. Mix and match, install a standalone pump on actively farmed acres and lease 5 to 10 fallow acres under MSKVY if the substation distance permits.

The panel sizing rule, 2.5x of HP in kWp, comes from MNRE’s standard system specification. A 5 HP pump needs 5 × 2.5 = 12.5 horsepower-kWp equivalent, which translates to roughly 4.5 to 5.0 kWp of installed panels accounting for system efficiency losses. Western Maharashtra’s longer pump-run hours (sugarcane needs 14+ hours/day) sometimes justify oversized panels at 3x HP for additional daily output, but this is not subsidised under standard KUSUM rates, the extra panel cost falls on the farmer.

How Heaven Green Energy Helps Maharashtra Farmers

Heaven Green Energy is MEDA-empanelled and operates across all six Maharashtra regions, Vidarbha, Marathwada, Western Maharashtra, Khandesh, Konkan, and North Maharashtra. Our field teams, working from our Chhatrapati Sambhajinagar office and covering Pune, Nagpur, and Solapur, have handled hundreds of KUSUM applications since the scheme launched in the state, and we are one of the few EPC firms with end-to-end documentation, installation, and AMC capabilities for standalone (Component B) and grid-tied pump systems.

Our process is built around the rejection patterns we documented above. Every application goes through a 30-minute document pre-check before submission, Aadhaar-7/12 name matching, bank seeding verification, GSDA pump-HP cap validation, and khasra deduplication search. The errors that cause 70%+ of MEDA rejections never reach the portal because we catch them at the door.

• PM-KUSUM and DREBP Services: dedicated MEDA application support, vendor empanelment management, and full-cycle pump installation across Components A, B, and C.
• Solar Calculator: quick estimate of your KUSUM subsidy share and annual diesel savings for your specific pump HP and crop pattern.
• Component A landowner guide: for farmers with 2 to 10 acres near substations considering the 25-year PPA route.
• Component C grid-tied pump guide: for MSEDCL connected farmers wanting net metered solar.

As an authorised Channel Partner of Adani Green Energy, our installations use ALMM-listed tier-1 Adani Solar panels, BIS-certified pump controllers, and stainless-steel impeller submersible pumps appropriate for Maharashtra’s diverse aquifer conditions. The MEDA five-year AMC is honoured directly by our service teams, with quarterly visits during the first 18 months and panel-cleaning instructions provided in Marathi for the farmer’s own use between visits.

For the broader national context on KUSUM, including Component A landowner lease economics and detailed Component C-1 sizing tables, see our PM KUSUM complete guide. For an interactive estimate of your specific KUSUM scenario in Maharashtra, run the numbers through our solar calculator or write to our team via /contact.

Get a free Maharashtra KUSUM site survey. A solar advisor responds within 2 hours on business days, and our engineers cover Vidarbha, Marathwada, and Western Maharashtra. Get your free quote →

Frequently Asked Questions

How long does the MEDA PM-KUSUM process take from application to commissioning in Maharashtra?

The complete timeline from portal submission to pump commissioning runs 75 to 100 days for a clean Component B application. Eligibility check and document upload takes 5 to 10 days, MEDA technical approval 15 to 25 working days, installation 3 to 5 days, and inspection plus commissioning 10 to 15 working days. Subsidy reimbursement to the vendor takes another 30 to 45 days after commissioning. Delays come from document errors and GSDA groundwater clearances, both preventable with a Step 1 pre-check.

What is the maximum subsidy I can claim under PM-KUSUM in Maharashtra?

Under MSEDCL’s Magel Tyala Saur Krushi Pump Yojana, which now takes new standalone pump applications, a general farmer pays 10% of the cost and an SC/ST farmer 5%, with the remaining amount subsidised by the central and state governments, for pumps up to 7.5 HP. On a 5 HP submersible pump costing about ₹2.85 lakh, the general farmer pays about ₹28,500 and the SC/ST farmer about ₹14,250.

What is the difference between PM-KUSUM and MSKVY in Maharashtra?

PM-KUSUM is a central scheme implemented through MEDA, with three components covering landowners (A), standalone pump farmers (B), and grid-pump farmers (C). It provides upfront capital subsidy on the pump. MSKVY (Mukhyamantri Saur Krushi Vahini Yojana) is Maharashtra’s state-specific scheme that solarises entire agricultural feeders by tendering 0.5 to 10 MW solar plants near substations under long-term PPAs with MSEDCL. MSKVY does not give the farmer a pump, it gives him a long-term land-lease income from the developer who installs the feeder solar plant. The two schemes complement each other and a single farmer can participate in both for different parcels of land.

Can I apply for KUSUM in Maharashtra if my borewell is over 100 metres deep?

Yes, but pump HP selection becomes critical. Borewells deeper than 100 metres typically require a 7.5 HP submersible pump, about 6.5 to 7.0 kWp of installed panels; 7.5 HP is the scheme maximum and needs more than 5 acres of land under MSEDCL’s rules. Some Marathwada and central Maharashtra talukas are classified as “over-exploited” or “critical” groundwater zones by GSDA, and these talukas cap the maximum allowable pump HP at 5 regardless of borewell depth. Check your taluka’s GSDA classification before finalising HP.

Does MSEDCL pay for surplus solar units from a Component C-1 pump in Maharashtra?

MNRE data show no Component C-1 sanction for Maharashtra; grid-connected pumps have been covered through feeder-level solarisation. Where C-1 runs, surplus is paid at the agricultural net metering tariff set by the regulator, lower than the residential or commercial export tariff. Under Component C-1, your existing agricultural connection is converted to net metered, and surplus solar generated during daytime (when the pump is not running) is exported to the MSEDCL grid. Net surplus units carry forward in the billing cycle and are settled annually at the agricultural feed-in tariff. Self-consumption (using solar to run the pump directly) is always worth more than export, so size the system to your daily pump-run rather than maximising for export.

What documents does MEDA specifically require beyond the national PM-KUSUM list?

MEDA accepts the standard MNRE document set plus three Maharashtra-specific additions. First, the 7/12 utara (land record) from bhulekh.mahabhumi.gov.in dated within the last 6 months, not the equivalent from other states. Second, an 8A entry confirming agricultural land classification. Third, for SC/ST applicants, a caste certificate for the 5% share. MSEDCL also requires a no-objection certificate from other co-owners if you are not the sole owner, and a Groundwater Surveys and Development Agency NOC if the water source is in a dark zone. Plan these in week one of the application timeline.

Can a tenant farmer apply for KUSUM in Maharashtra?

Yes. Tenant farmers (kul or tenant-cultivators) are generally eligible for standalone pumps in Maharashtra provided they submit a notarised No Objection Certificate from the landowner along with the owner’s 7/12 utara. The solar pump and subsidy entitlement are registered in the tenant farmer’s name. The arrangement typically requires a written tenancy agreement with at least three years remaining, and the landowner must consent to the pump remaining on the land for the 25-year design life of the system even if the tenancy changes. For the full national breakdown of eligibility and documentation, see our KUSUM tenant farmer rules guide.

Is there an income limit for PM-KUSUM eligibility in Maharashtra?

MNRE guidelines do not set a specific income limit for any PM-KUSUM component, and Maharashtra does not add one. Eligibility is based on land ownership (or notarised tenancy with NOC), Aadhaar authentication, no existing functional solar pump on the same khasra, and the relevant category certification (caste, tribal, OBC, etc.) where applicable. All farmer categories, small, marginal, medium, and large, are eligible, with pump size tied to land area. SC and ST farmers pay a lower 5% share. MSEDCL gives preference to farmers who paid for a conventional connection that was never released.

What happens after the 5-year AMC period ends?

MEDA empanelled vendors are required to provide free AMC for the first five years from commissioning, covering pump service, controller repairs, and panel cleaning twice a year. After year 5, the farmer can either sign a paid AMC with the same vendor (typically ₹3,500–₹6,000 per year for a 5 HP pump) or with any qualified solar service provider. Solar panels carry a 25-year linear performance warranty from the manufacturer (Waaree, Adani, Tata, Vikram) independent of MEDA, these warranties survive vendor exits and are claimable directly against the manufacturer.

Can I install a battery backup with my KUSUM pump in Maharashtra?

Component B standalone pumps run directly off panels with no battery in the standard MEDA specification, pumping happens when the sun shines, and the controller uses variable-frequency drives to manage start-up and water output across the day. Battery storage is not subsidised under PM-KUSUM in Maharashtra. You can add a battery at your own cost (₹40,000–₹70,000 for a 5 HP-compatible lithium battery) if you need evening pump operation, but the payback economics rarely justify it because solar irrigation aligns naturally with daytime pump-run requirements for most crops in Maharashtra.