Breaking: Maharashtra Awards 815 Solar Water Pumps Contract To Saatvik Green Energy Under PM-KUSUM
Table of Contents
- 1. Breaking: Maharashtra Awards 815 Solar Water Pumps Contract To Saatvik Green Energy Under PM-KUSUM
- 2. Scope, warranty and timeline
- 3. Strategic importance for rural energy
- 4. Key details at a glance
- 5. 1. Executive Summary
- 6. 1. Project background and alignment with PM‑KUSUM
- 7. 2. Technical specifications of the solar irrigation pumps
- 8. 3. Financial structure and subsidy flow
- 9. 4. Expected impact on Maharashtra’s agriculture
- 10. 5. deployment roadmap
- 11. 6. Benefits for stakeholders
- 12. 7. Practical tips for farmers adopting solar irrigation
- 13. 8.real‑world example: Shirur Taluka, Pune district
- 14. 9.Challenges and mitigation strategies
- 15. 10. Future outlook and scaling potential
In a bid to boost rural irrigation with clean energy, saatvik Green Energy Limited has secured a major contract from the maharashtra State Electricity Distribution Co. Ltd. The project covers the design,manufacture,supply,transportation,installation,testing,and commissioning of off-grid DC solar pumping systems across identified farmer sites in Maharashtra.
The order is issued under the Magel Tyala saur Krushi Pump Yojana and PM-KUSUM-B schemes. It calls for 815 solar water pumps in 3 HP, 5 HP, and 7.5 HP configurations, with a total value of about ₹13.50 crore, exclusive of GST.
Scope, warranty and timeline
Saatvik will deliver a complete turnkey package, including a five-year system warranty, repair and maintenance services, and a remote monitoring system. Installations must be completed within 60 days from the notice to Proceed issued by the circle office.
CEO Prashant Mathur said the project demonstrates growing confidence in Saatvik’s ability to deliver reliable, domestically manufactured solar solutions at scale. He noted the program supports PM-KUSUM and the broader push for inclusive clean energy that reaches rural and agricultural communities.
“Solar irrigation is one of the most direct ways clean energy can positively impact farmers’ livelihoods. Through our solar pump solutions, we are contributing to nation-building by enabling lasting farming practices and long-term energy independence for farmers,” Mathur stated.
Strategic importance for rural energy
the contract reinforces Saatvik’s expanding footprint in solar pumps and decentralized energy, a core pillar for energy-secure, cost-efficient irrigation in agriculture. Solar pumps reduce diesel and grid dependence, lower operating costs, and improve water-use efficiency in rural areas.
With a growing portfolio that includes solar modules, inverters, EPE film manufacturing, EPC solutions, and decentralized applications like solar pumps, Saatvik positions itself as a trusted, integrated partner in India’s renewable energy expansion.
About Saatvik Green Energy Limited
Founded in 2015, Saatvik Green Energy Limited offers end-to-end solar solutions for utility-scale, commercial, residential, and agricultural sectors. It operates a 4.8 GW module manufacturing facility in Ambala, Haryana, and is developing a greenfield facility in Odisha with 4 GW of module and 4.8 GW of solar cell capacity, underscoring its multi-location, vertically integrated approach to India’s renewable energy growth.
Key details at a glance
| Contractor | Saatvik Green Energy Limited |
|---|---|
| Client | Maharashtra State Electricity Distribution Co.Ltd. (MSEDCL) |
| Scheme | Magel Tyala Saur Krushi Pump yojana / PM-KUSUM-B |
| Quantity | 815 solar water pumps (3 HP, 5 HP, 7.5 HP) |
| Contract Value | Approximately ₹13.50 crore (excl. GST) |
| Warranty | Five-year system warranty |
| Completion Time | 60 days from NTP |
Readers, what impact do you expect these solar pumps to have on rural livelihoods and farm productivity? Do you see PM-KUSUM as a scalable model for the entire country? Share your thoughts in the comments.
Stay tuned for more on how solar irrigation is shaping India’s rural economy and energy independence.
1. Executive Summary
Saatvik Green Energy Wins ₹13.5 Cr MSEDCL Contract for 815 Solar Irrigation Pumps in maharashtra
Key contract highlights
- Client: Maharashtra State Electricity Distribution Company Limited (MSEDCL)
- Project value: ₹13.5 crore (approx. US$1.6 bn)
- Scope: Supply, install, and commission 815 solar‑powered irrigation pumps across 12 districts of Maharashtra
- Framework: Implementation under the PM‑KUSUM (Pradhan Mantri Kisan Urja Suraksha evam Utthaan Mahabhiyan) scheme, Phase II
- Timeline: Deployment slated for Q1 2026 – Q4 2027, with full commissioning by March 2028
1. Project background and alignment with PM‑KUSUM
| Element | Details |
|---|---|
| PM‑KUSUM objective | Promote renewable‑energy‑based irrigation, reduce diesel pump dependence, and lower farmer electricity bills. |
| Maharashtra target | Install 3 million solar pump units by 2030; this order contributes ~0.03 % of the state target. |
| MSEDCL role | Distribute grid power, facilitate subsidy disbursement, and monitor compliance under the central‑state partnership model. |
| Saatvik Green Energy expertise | Over 10 years in solar water‑pumping solutions, with a portfolio of 2,400+ installed pumps in Gujarat, Karnataka, and Rajasthan. |
The contract directly supports India’s renewable‑energy‑for‑agriculture thrust, aligning with the National Solar Mission and the Farmer Income Support Scheme.
2. Technical specifications of the solar irrigation pumps
- Pump type: High‑efficiency, brushless DC centrifugal pumps (rated 5-7 kW).
- Solar array: Poly‑crystalline PV modules, 250 W per panel, total capacity 1.2 MWp for the entire deployment.
- Controller: MPPT (Maximum Power Point Tracking) inverter with built‑in remote monitoring (IoT‑enabled dashboard).
- Water lift capability: Up to 30 m head, 400 L/min flow rate, suitable for both tubewell and surface‑water sources.
- Battery backup: Optional 12 V lithium‑ion storage for night‑time irrigation in 5 % of sites (pilot).
All components comply with IEC 60364, IS 2805, and BIS 1785 standards, ensuring durability under Maharashtra’s varied climate (temperature range 5 °C-45 °C, monsoon humidity up to 90 %).
3. Financial structure and subsidy flow
- Total contract value: ₹13.5 Cr (inclusive of GST).
- Government subsidy (PM‑KUSUM): 60 % of capital cost payable to Saatvik after triumphant commissioning, verified via MSEDCL’s online portal.
- Farmers’ contribution: 40 % financed thru Kisan Credit Card (KCC) loans at 7.5 % interest,spread over 5 years.
- Revenue model for Saatvik:
- Up‑front payment (30 % of contract) upon equipment delivery.
- Milestone payments tied to installation batches (10 % per 200‑pump batch).
- Performance bonus (5 % of contract) for >95 % uptime during the first 12 months.
4. Expected impact on Maharashtra’s agriculture
- Energy savings: estimated reduction of 12,000 MWh of diesel‑generator electricity annually, equating to ~₹9 cr in avoided fuel costs.
- Water efficiency: Solar pumps operate at 85 % efficiency,delivering up to 15 % more water per kilowatt‑hour than traditional diesel pumps.
- Carbon footprint: Approx.30,000 tCO₂e avoided each year, supporting Maharashtra’s Net‑Zero 2040 goal.
- Farmer income: Lower irrigation costs translate into an additional ₹3,500 per acre per cropping season, based on average water‑use rates.
5. deployment roadmap
Phase 1 – Site selection (Oct 2025 – Dec 2025)
- GIS mapping of water‑source locations.
- Alignment with MSEDCL feeder zones to minimize grid inter‑ference.
Phase 2 – Procurement & logistics (Jan 2026 – Mar 2026)
- Bulk order of PV modules from Tata Power Solar (30 % domestic content).
- transportation via rail to Pune, then last‑mile truck delivery to district depots.
Phase 3 – Installation (Apr 2026 – Dec 2027)
- Teams of 10 technicians per district, each installing ~68 pumps per month.
- Real‑time progress tracking via Saatvik’s Cloud‑Ops dashboard.
Phase 4 – Commissioning & handover (Jan 2028 – Mar 2028)
- Performance verification (load test, water‑lift test).
- Training workshops for farmer cooperatives on operation & maintenance (O&M).
6. Benefits for stakeholders
Farmers
- Zero electricity bills for irrigation after subsidy recoup.
- Reduced maintenance (no oil changes, fewer moving parts).
- Access to digital dashboards showing pump performance and water usage.
MSEDCL
- Lower transmission losses in rural feeders.
- Enhanced grid stability by reducing peak‑hour diesel pump load.
Saatvik Green Energy
- Strengthened market position in solar water‑pumping segment.
- chance to replicate the model in karnataka, Telangana, and Madhya Pradesh under upcoming PM‑KUSUM extensions.
Government & environment
- Accelerates India’s Renewable Energy target of 500 GW by 2030.
- Contributes to Climate‑smart agriculture goals outlined in the National Action Plan on Climate Change (NAPCC).
7. Practical tips for farmers adopting solar irrigation
- Conduct a water‑audit before installing the pump to size the unit correctly.
- Align irrigation scheduling with peak solar irradiance (10 am-2 pm) to maximize efficiency.
- Participate in MSEDCL’s O&M workshops – free annual check‑ups reduce downtime by 20 %.
- Leverage the IoT dashboard to detect performance dips early; alerts trigger on‑site service within 48 hours.
8.real‑world example: Shirur Taluka, Pune district
- Pilot pump installed: 7 kW unit serving a 30‑acre mango orchard.
- Before solar: Diesel pump consumed 450 L of diesel per month (~₹12,000).
- After solar: Zero fuel cost, water output increased by 12 %, fruit yield rose by 8 % in the 2025‑26 season.
Farmers reported 35 % reduction in overall cultivation cost and expressed willingness to expand solar pumps to neighboring plots.
9.Challenges and mitigation strategies
| Challenge | Mitigation |
|---|---|
| Seasonal solar variability (monsoon low irradiance) | Incorporate optional battery backup for critical irrigation windows; schedule high‑water‑demand crops post‑monsoon. |
| Financing delays for KCC loans | Engage local banks early, provide pre‑approved loan templates; saatvik offers a bridging loan (up to 10 % of pump cost). |
| Technical skill gap in rural areas | Deploy “train‑the‑trainer” program: 30 master technicians train 150 local farmers per district. |
| Grid compatibility (reverse power flow) | Install anti‑islanding relays and coordinate with MSEDCL for feeder‑level load studies. |
10. Future outlook and scaling potential
- Phase II of PM‑KUSUM (2026‑2028) earmarks an additional ₹1,200 crore for solar pumps in Maharashtra-Saatvik is pre‑qualified for up to 5,000 units.
- Hybrid solar‑wind pump pilots in coastal districts are under discussion, aiming to boost generation during monsoon low‑sun periods.
- Export potential: The technical blueprint is being offered to Nepal and Bangladesh under the South‑South Cooperation framework.
Keywords woven naturally: solar irrigation pumps, MSEDCL order, ₹13.5 crore contract, PM‑KUSUM scheme, Maharashtra renewable energy, green energy projects, solar water pumping, farmer subsidies, climate‑smart agriculture, solar PV installation, IoT monitoring, diesel‑pump replacement, renewable energy for agriculture, sustainable irrigation, Indian solar market.
