2 HP Solar Pump
Suitable Application: Lower-capacity agricultural irrigation
Pump Configuration: Surface - 10 m / Submersible - 30 m
Water Source: Open well or suitable surface source
Solar PV Array: 900~ Wp
Controller: IoT-enabled Solar Pump Controller / approved control system
Final Capacity, Head and Motor Configuration are subject to applicable tender specifications and conditions.
3 HP Solar Pump
Suitable Application: Moderate agricultural irrigation requirements
Pump Configuration: Surface - 20 m / Submersible - 30 m, 50 m or 70 m
Motor Configuration: AC / DC, as permitted by the applicable tender
Solar PV Array: 3000~ Wp
Water Source: Borewell, open well or suitable surface source
Controller: IoT-enabled Solar Pump Controller / USPC, where applicable
Final Capacity, Head and Motor Configuration are subject to applicable tender specifications and conditions.
5 HP Solar Pump
Suitable Application: Medium-to-higher irrigation demand
Pump Configuration: Surface - 10-20 m / Submersible - 30-100 m
Motor Configuration: AC / DC, as permitted by the applicable tender
Solar PV Array: 4815~ Wp
Water Source: Borewell, open well or suitable surface source
Controller: IoT-enabled Solar Pump Controller / USPC, where applicable
Final Capacity, Head and Motor Configuration are subject to applicable tender specifications and conditions.
7.5 HP Solar Pump
Suitable Application: Higher-capacity agricultural irrigation
Pump Configuration: Surface - 10-30 m / Submersible - 30-100 m
Motor Configuration: AC / DC, as permitted by the applicable tender
Solar PV Array: 6760~ Wp / 6840~ Wp
Water Source: Borewell, open well or suitable surface source
Mounting Structure: HDGI structure
Controller: IoT-enabled Solar Pump Controller / USPC, where applicable
Final Capacity, Head and Motor Configuration are subject to applicable tender specifications and conditions.
10 HP Solar Pump
Suitable Application: Higher-capacity agricultural pumping requirements
Pump Configuration: Surface - 10-30 m / Submersible - 30-100 m
Solar PV Array: 9010~ Wp
Water Source: Borewell, open well or suitable surface source
Controller: Application-matched Solar Pump Controller
Designed For: Higher head / discharge applications
Availability: Subject to the applicable state scheme and tender eligibility
Final Capacity, Head and Motor Configuration are subject to applicable tender specifications and conditions.
Custom Solutions Solar Pump
Application: Application-specific solar pumping solution
Capacity: Selected based on required head and water discharge
Pump Configuration: Surface / submersible configuration as required
Solar PV Array: Engineered to the required pump duty
Control & Monitoring: Matched to the application requirements
System Integration: Complete structure, electrical protection and system integration
Design Basis: Final design based on site survey, TDH, water source and project requirements
Frequently asked questions about GK's Solar Rooftop
General Solar Pump System FAQs
What is a solar pump system?
A solar pump system uses electricity generated by solar PV panels to operate a water pump. It can be used for agriculture, irrigation, water transfer, livestock, commercial, and industrial applications.
How does a solar pump work?
Solar panels generate electricity from sunlight. A solar pump controller or inverter supplies suitable power to the pump, which lifts and delivers water from the source to the required location.
What are the main components of a solar pump system?
A typical system includes solar PV modules, a solar pump, controller or VFD, mounting structure, cables, protection equipment, earthing, surge/lightning protection where required, hydraulic piping and water-level/dry-run protection.
What types of solar pumps are available?
Common options include submersible pumps, surface pumps, and other application-specific pumping systems. The correct type depends on the water source, depth, flow, and total head.
Agricultural Solar Pump FAQs
What is a solar agricultural pump?
A solar agricultural pump is a solar-powered water pumping system designed mainly for irrigation and farm water requirements.
What are common solar agricultural pump capacities?
Common capacities include 1 HP, 2 HP, 3 HP, 5 HP, 7.5 HP and 10 HP, with larger systems available for suitable projects and scheme requirements.
Which solar pump is suitable for a borewell?
A submersible pump is commonly selected for borewell applications. Final selection should consider borewell diameter, water level, required discharge, and total dynamic head.
Which solar pump is suitable for an open well?
A suitable surface or submersible configuration can be selected depending on water level, required flow, suction conditions and total head.
Commercial Solar Pump FAQs
What is a commercial solar pump system?
A commercial solar pumping system is designed for businesses and facilities needing water pumping for applications such as hotels, resorts, schools, hospitals, nurseries, commercial irrigation and water storage.
Can solar pumps be used for hotels and resorts?
Yes. They can be used for suitable water transfer and storage applications, subject to hydraulic and electrical design.
Can solar pumps be used for commercial agriculture?
Yes. Large farms and commercial agricultural operations can use solar pumping based on their water demand and site conditions.
Can solar pumps be used for livestock farms?
Yes. Solar pumping can supply water for dairy farms, cattle farms, poultry operations, and other livestock facilities when correctly sized.
