Project name -
GOLAP - Ratnagiri Watershed Project
| Project name: - RO Water plant and Water ATM with chiller |
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Village Details |
Village Name – Golap Group Gram Panchayat ;
Dist – Ratnagiri ;
State :- Maharashtra;
Pin code – 415616
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Project details
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Golap Group Gram Panchayat implemented a comprehensive Watershed Development and Solar Water Pump Project to address water scarcity,
groundwater depletion, soil erosion, and agricultural challenges faced by the local community. The watershed intervention included the desilting of five
major nala bunds and a historical pond—Ranpal/Navedar Bund, Dhopatewadi Nala Bund, More Wathar Nala Bund, Musalimwadi Nala Bund, and the
Historical Pond. A total of 47,146 cubic meters of silt was removed, creating approximately 4.71 crore litres of additional water storage and
groundwater recharge capacity. In addition, 1,600 cubic meters of stone pitching was completed for soil conservation and nala strengthening. To
further strengthen sustainable water access, a 7.5 HP solar water pump system was installed for village drinking water supply, reducing dependence on
conventional electricity and supporting clean-energy-based rural infrastructure. |
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Impact
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The project has generated significant water conservation, groundwater recharge, agricultural, drinking water, and renewable energy benefits. The
desilting work restored approximately 47,146 cubic meters of water storage capacity, equivalent to 4.71 crore litres, improving natural rainwater
retention and groundwater recharge. The intervention is expected to positively impact nearby water sources, including 28+ wells and 23+ borewells,
within approximately a 500-metre radius of the project area. The improved groundwater availability is expected to benefit approximately 850+ acres of
agricultural land and 230+ farmers, creating better opportunities for cultivation of high-value crops, fruits, and vegetables. The project also supports
drinking water security for approximately 2,000 villagers, with 2 village drinking water supply wells benefiting from the intervention. The drinking
water scarcity period is expected to reduce by approximately 2 months annually. Further strengthening the project’s sustainability, a 7.5 HP solar
water pump system has been installed, generating approximately 10,500 kWh of renewable energy annually and providing estimated annual
electricity cost savings of approximately ₹1.20 lakh. The solar system has an expected lifespan of 25+ years, with minimal maintenance requirements,
and incorporates smart mobile-based monitoring and remote operation. Together, the watershed and solar interventions strengthen climate
resilience, reduce dependence on conventional and fossil-fuel-based energy, improve agricultural livelihoods, enhance drinking water security, and
promote sustainable rural development. |
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Beneficiaries |
2,000+ villagers and 230+ farmers, with approximately 850+ acres of agricultural land benefiting from improved groundwater recharge. The project
also supports 28+ wells, 23+ borewells, and 2 village drinking water supply wells.
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Sponsored By
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R. M. Tulpule Charitable Trust
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Project Executed By
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Deepastambha Charitable Trust (DCT), Pune
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Execution Period
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March 2026 to May 2026
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| Project name: - 7.5 HP Solar Water Pump System – Dhopatwadi, Golap Village, Ratnagiri |
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Village Details |
Village Name – Golap Group Gram Panchayat ;
Dist – Ratnagiri ;
State :- Maharashtra;
Pin code – 415616
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Project details
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The proposed 7.5 HP Solar Water Pump System at Dhopatwadi, Golap, is designed to provide a reliable, cost-effective, and sustainable solution for the
village drinking water supply system. The project aims to reduce the village’s dependence on conventional MSEB electricity, which contributes to
recurring operational costs and can affect the reliability of water pumping. The proposed system will operate primarily through solar photovoltaic (PV)
panels during daylight hours, directly powering the water pump without battery storage. Approximately 15 solar panels of 550 Wp capacity are
proposed for the 7.5 HP system, along with a solar controller/DC-to-AC inverter, electrical protection systems, wiring, and necessary accessories. A
manual changeover arrangement will also be provided to enable switching between solar power and MSEB electricity whenever required, ensuring
continuity of the drinking water supply. The system will also include mobile-based monitoring and remote ON/OFF control, wherever technically
feasible, for efficient operation and monitoring. |
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Impact
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The solar water pumping system is expected to generate approximately 10,500 kWh of electricity annually, significantly reducing the requirement for
conventional grid electricity for pumping operations. At an average electricity tariff of ₹11.50 per kWh, the project is expected to generate annual
electricity cost savings of approximately ₹1,20,750. With an estimated electricity price escalation of 2% annually, the long-term financial benefit is
expected to increase over the operating life of the system. The estimated payback period is approximately 7–7.5 years. The solar PV panels are
expected to have a lifespan of approximately 25 years, while the complete pumping system is expected to operate effectively for 15+ years with
relatively low maintenance requirements. The project will also reduce dependence on conventional and fossil-fuel-based energy sources, thereby
contributing to reduced greenhouse gas emissions and supporting climate-resilient rural infrastructure. |
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Water Supply Benefit |
The system will support the village drinking water supply arrangement at Dhopatwadi-Golap, providing a more reliable and sustainable energy source
for water pumping and reducing dependence on grid electricity. |
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Energy Generation
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10,500 kWh per year of renewable solar energy
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Annual Electricity
Cost Saving
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Approximately ₹1,20,750 per year
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Solar Pump Capacity
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7.5 HP
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Proposed Solar PV
System
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Approximately 15 × 550 Wp solar panels
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Payback Period |
Approximately 7–7.5 years
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Solar Panel Life
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Approximately 25 years |
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System Operating Life |
15+ years |
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Monitoring & Control |
Mobile-based monitoring and remote ON/OFF operation, wherever technically feasible |
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Beneficiaries |
Approximately 2,000 villagers through improved reliability and sustainability of the village drinking water supply system. |
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Sponsored By |
R. M. Tulpule Charitable Trust |
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Project Executed By |
Deepastambha Charitable Trust (DCT), Pune |
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Execution Period |
March 2026 to May 2026 |
| Project name: - RO Water plant and Water ATM with chiller |
|---|
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Village Details |
Village Name – Velhe Bk
Tal- Velhe; Dist – Pune
Pin code – 412212
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Project details
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Velhe-Budruk, located in Velhe Tehsil of Pune district, lies about 65 km from Pune city. Predominantly dependent on rice farming, the village maintains strong agrarian roots while gradually embracing change due to its proximity to the city. With nearly 50% of the population being women and a significant number of girls enrolled in school, the village shows a quiet but growing push towards progress. Families are increasingly valuing education, yet basic infrastructure gaps remain a barrier. Like Lack of public toilets, Inadequate waste management, Poor Street lighting and most pressing issue: Limited access to clean drinking water Despite being close to Varasgaon Dam, the village lacks direct water supply. Current sources—wells, borewells, and rainwater catchments—are unreliable and pose health risks, especially during dry seasons. Recent Initiative: After villagers raised concerns, Deepastambha Charitable Trust (DCT), with financial support from the R. M. Tulpule Charitable Trust, installed a Reverse Osmosis (RO) Water ATM. This marks a major step toward ensuring safe drinking water and reflects a strong commitment to the health and future of Velhe-Budruk. |
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Impact
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The Water ATM in Velhe-Budruk is more than just a water solution—it is a health safeguard, a time-saver, and a financially sustainable community asset. By offering clean, chilled drinking water at just ₹5 for 20 litres, it not only makes safe water accessible to all but also empowers the Gram Panchayat to raise funds for further development. Above all, it instills a deeper understanding of water conservation and responsible usage among villagers.
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Beneficiaries |
2000+ Villagers and 500+ tourist
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Sponsored By
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Deepastambha Charitable Trust (DCT), Pune
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Project Executed By
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R. M. Tulpule Charitable Trust, Pune
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Execution Period
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March 2025
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