Solar Panel for Agriculture in Bangalore
Farming in Bangalore and surrounding districts in Karnataka is becoming more energy-intensive. Rising electricity costs and unreliable power supply make it challenging for farmers to operate irrigation pumps, greenhouse systems, and other farm equipment efficiently.
Switching to solar panels for agriculture is a smart solution. By harnessing solar energy, farmers can reduce operational costs, achieve energy independence, and adopt sustainable farming practices. At Eka Synergy Solar Solution, we provide customized agricultural solar systems in Bangalore with end-to-end services — from system design to installation, government approvals, and ongoing maintenance.
Types of Solar Systems for Agriculture
Cost Savings
Reduce electricity bills by up to 70% by generating your own power.
Reliable Irrigation
Run solar water pumps and irrigation systems without depending on inconsistent grid supply.
Eco-Friendly Farming
Switch to renewable energy and reduce your farm’s carbon footprint.
Long-Term Performance
Agricultural solar panels are durable, with minimal maintenance and a lifespan of 25+ years.
Energy Independence
Operate farm equipment and pumps even in remote areas.
Government Subsidy
Financial support is available for 1kW–3kW rooftop solar systems, making solar adoption affordable for small farms and farmhouses.
Types of Solar Systems for Agriculture
These systems are defined by how they connect to the electrical grid or operate independently.
On-Grid Systems:
Directly connected to the utility grid, allowing farmers to use generated power and sell excess back through net metering.
Off-Grid Systems:
Operate independently of the grid, storing excess energy in batteries for use when solar power is unavailable, ideal for remote farms.
Hybrid Systems:
Combine on-grid and off-grid features, offering a reliable and flexible power supply, even during grid outages.
Agrivoltaics (APV) for Dual Land Use
These systems combine solar power generation with agriculture on the same land.
Overhead Stilted APV
Elevated solar panels are installed on tall structures, allowing farming equipment and sunlight to pass underneath to the crops.
Inter-row or Ground-Level APV
anels are installed at ground level between crop rows, providing partial shade to plants while maximizing land use.
Floating Solar
Panels are placed on water bodies like irrigation ponds, generating power without consuming additional land.
Solar Grazing Systems
Panels are installed over grazing land, allowing livestock to use the shade while producing energy.
Solar Water Pumps for Agriculture in Bangalore
A major application of solar panel agriculture systems in Bangalore and surrounding rural areas is irrigation. With the city’s growing focus on sustainable farming and the Karnataka government’s solar initiatives, many farmers are switching to solar water pumps to power their irrigation systems efficiently. These pumps are energy-efficient, cost-effective, and eco-friendly, offering a long-term solution to frequent power shortages and high diesel costs in agricultural zones around Bangalore such as Doddaballapur, Devanahalli, Hosur Road, and Nelamangala.
| Pump Type | Capacity | Ideal Application | Average Daily Water Output |
|---|---|---|---|
| DC Submersible Pump | 1–3 HP | Suitable for borewells and deep tube wells commonly found in dry belts of North Bangalore | 15,000–40,000 litres/day |
| AC Surface Pump | 1–3 HP | Ideal for lifting water from ponds, canals, or open wells in areas like Kanakapura and Magadi | 20,000–50,000 litres/day |
| Solar Drip Irrigation System | Custom (1–5 kW) | Best for greenhouses, nurseries, and small farms in peri-urban zones | Output varies based on setup and sunlight availability |
Solar Panel Installation for Agriculture in Bangalore
One of the most significant areas of development and debate is the use of solar-powered agriculture pumps for irrigation.
Site Survey & Feasibility Assessment
Check sunlight exposure, roof/farm layout, and energy needs.
System Design
Select high-efficiency solar panels, inverters, and mounting structures tailored to your farm.
Subsidy & Government Approvals
Assistance for 1kW–3kW rooftop solar subsidy and BESCOM net metering.
Installation & Commissioning
Certified technicians handle panels, wiring, and pump connections.
Maintenance & AMC
Regular inspection and cleaning to ensure optimal performance.
Cost & ROI of Agricultural Solar Panels in Bangalore
Agricultural solar systems are widely used around Bangalore for powering irrigation pumps, drip irrigation, and farm operations. Costs vary depending on system capacity, type of pump, and installation method (ground-mounted or field-mounted).
| System Capacity | Suitable For | Approximate Cost (₹) | Subsidy Eligibility (PM-KUSUM / Karnataka) |
|---|---|---|---|
| 1 kW Solar Pump System | Small farms, vegetable plots, single borewell irrigation | ₹60,000 – ₹80,000 | Eligible under PM-KUSUM Component-B (small pump systems) |
| 2 kW Solar Pump System | Medium farms, multiple small borewells or drip irrigation | ₹1.2 – ₹1.6 lakh | Eligible under PM-KUSUM (subsidy up to ~60%) |
| 3 kW Solar Pump System | Medium to large farms, greenhouse or farm pond irrigation | ₹1.8 – ₹2.5 lakh | Eligible under PM-KUSUM (small to medium pumps) |
| 5 kW+ Solar Pump System | Large-scale irrigation, multiple pumps, commercial farms | ₹3.5 – ₹5.5 lakh | Subsidy may not apply directly; some Component-B cluster projects possible |
Our Agriculture Solar Panel Services in Bangalore
At Eka Synergy Solar Solution, we provide end-to-end solar services for farms and agricultural businesses. Our solutions are designed to reduce electricity costs, ensure uninterrupted irrigation, and promote sustainable farming.
1. Customized Solar System Design
We assess your farm’s energy needs, roof or land layout, and irrigation requirements to design a solar system for agriculture that maximizes efficiency and ROI.
2. Professional Installation
Our certified technicians handle complete agricultural solar panel installation, including panels, inverters, mounting structures, and solar water pumps, ensuring seamless operation.
3. Government Subsidy Assistance
Farmers installing 1kW–3kW rooftop solar systems can benefit from government subsidies. We guide you through:
- Subsidy application
- Compliance and documentation
4. Solar Water Pumps & Irrigation Solutions
We provide solar water pumps and drip irrigation systems powered by solar energy to ensure reliable and cost-effective irrigation for farms of all sizes.
5. Maintenance & AMC Services
Keep your agriculture solar system performing optimally with our maintenance and AMC services:
- Regular cleaning of solar panels
- Annual inspection of inverters and wiring
- Performance monitoring and troubleshooting
Government Subsidy for Agricultural Solar Panels
The primary initiative supporting solar energy in agriculture is the Pradhan Mantri Kisan Urja Suraksha evam Utthaan Mahabhiyan (PM-KUSUM) Scheme.
- Attractive Subsidy: Farmers can receive up to 60
% of the total project cost as a subsidy for installing solar-powered pumps.
- Additional Income Source: Surplus electricity generated through solar plants can be sold back to the government, creating an opportunity for extra income.
- Lower Operating Costs: By reducing dependence on diesel, farmers can significantly cut down on energy expenses.
- Environmental Advantages: Encourages sustainable farming practices by minimizing carbon emissions and promoting clean energy use.
Maintenance of Agricultural Solar Panel in Bangalore
Regularly clean panels to remove dust and debris.
Inspect inverters and wiring annually.
Subscribe to an AMC for long-term monitoring.
Well-maintained panels can last 25+ years and provide consistent energy for irrigation and farm operations.
Frequently Asked Questions – Solar Panel for Agriculture in Bangalore
1. Can I run my irrigation pump entirely on solar?
Yes! A properly designed solar system for agriculture can run your borewell pumps, drip irrigation, and greenhouse systems efficiently, even during long sunny hours.
2. How much does it cost to install solar panels for my farm?
The cost depends on your farm’s energy needs and system size. For rooftop systems:
- 1 kW: ₹70,000–90,000
- 2 kW: ₹1.4–1.8 lakh
- 3 kW: ₹2.1–2.5 lakh
Subsidy is available for 1kW–3kW rooftop solar systems, reducing the upfront investment.
3. Am I eligible for a government subsidy?
Yes, if your installation is a rooftop solar system between 1kW and 3kW, you can avail the subsidy. Our team helps with registration, approvals, and BESCOM net metering.
4. Will solar panels work in remote areas with no electricity?
Absolutely. Off-grid solar systems for farmers are designed for rural and remote farms. You can run irrigation pumps and small farm equipment without relying on grid power.
5. How long do agricultural solar panels last?
High-quality agricultural solar panels have a lifespan of 25+ years. With proper maintenance, they continue generating reliable energy for decades.
6. Can I expand my solar system later if my farm grows?
Yes. Most solar systems for agriculture are modular, allowing you to add more panels or battery storage as your energy needs increase.
7. How much roof or land space do I need for solar panels?
It depends on the system size:
- 1 kW: ~100 sq. ft.
- 2 kW: ~200 sq. ft.
- 3 kW: ~300 sq. ft.
Our team conducts a site survey to recommend the optimal layout.
8. What maintenance is required for solar panels on farms?
Regular cleaning, annual inspection of inverters and wiring, and optional AMC services ensure long-term performance. Well-maintained panels can last over 25 years.
9. Are solar panels worth it for small farms?
Definitely. Even small farms or farmhouses can benefit from 1kW–3kW rooftop solar systems, reducing electricity costs and providing reliable power for irrigation, pumps, and lighting.