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Agricultural Irrigation Pumping

Agricultural Irrigation Pumping

Replacing diesel and unstable grid pumping with an array, a drive and a pump that starts itself at sunrise.

Agricultural irrigation is the lifeline of global food security. However, vast rural areas and developing regions still rely on diesel generators or unstable power grids to pump water. These traditional methods come with high fuel costs, frequent maintenance, and significant carbon emissions — directly threatening both farmers’ incomes and environmental sustainability.

In response to global carbon neutrality goals, the solar pump inverter has emerged as a game-changing solution for modern farming. Shenzhen KEVAN Drive Technology Co., Ltd., a professional solar inverter manufacturer and VFD supplier, offers high-performance solar pump inverters specifically designed for agricultural irrigation applications.

What Is a Solar Pump Inverter?

A solar pump inverter converts DC energy from PV panels into stable AC power to drive water pumps efficiently — without diesel, without grid connection, and with near-zero operating costs. Unlike conventional systems, it eliminates fuel costs, reduces maintenance, and cuts carbon emissions dramatically.

KEVAN’s high-performance solar pump inverter is specifically engineered for agricultural irrigation applications. It integrates advanced MPPT (Maximum Power Point Tracking) technology, ensuring maximum water output even under changing sunlight conditions.

How Solar Pump Inverters Revolutionize Agricultural Irrigation

Whether for small farms or large-scale plantations, a solar pump inverter automatically adjusts pump speed based on solar radiation, delivering reliable water flow from sunrise to sunset. This intelligent control makes solar powered irrigation a practical and cost-effective solution for remote farmlands.

Key Advantages for Agricultural Irrigation

  • 60-80% cost reduction – No fuel, no electricity bills
  • Plug & play off-grid operation – Ideal for remote farmlands
  • Built-in dry-run & overload protection – Extends pump and inverter lifespan
  • Smart hybrid input – Supports diesel/grid backup when needed

Proven Performance: Field Test Results

Field tests across multiple regions confirm that switching to a solar pump inverter delivers significant benefits:

  • Reduces irrigation energy costs by over 65%
  • Cuts carbon emissions by up to 90%
  • Requires minimal maintenance for 10+ years

With water resources becoming increasingly scarce, pairing an intelligent solar pump inverter with drip or sprinkler irrigation systems can further save 30-50% of water.

Global Recognition and Adoption

Recognized as a key enabler for sustainable agriculture, the solar pump inverter is now recommended by agricultural extension programs in Asia, Africa, and the Middle East. It is not just an equipment upgrade — it is the foundation for energy-independent, climate-smart farming.

KEVAN’s solar pump inverter series is designed to meet the demanding requirements of modern agriculture, offering reliability, efficiency, and ease of use for farmers worldwide.

Why Choose KEVAN Solar Pump Inverters?

  • Advanced MPPT technology for maximum energy harvest
  • Wide power range to suit different farm sizes
  • IP65 protection for outdoor installation
  • Compatible with AC pumps, DC pumps, and hybrid systems
  • Remote monitoring and control options
  • CE, RoHS, and IEC certifications

Optimize Your Agricultural Irrigation Today

Ready to reduce your irrigation energy costs and contribute to a sustainable future? KEVAN’s solar pump inverter series offers a reliable, cost-effective solution for farms of all sizes.

Contact our overseas sales team for a free system sizing and technical consultation.

Contact KEVAN Overseas Sales

Overseas Sales Contact: Mr. Li
Phone: +86-13725501611
Email: [email protected]

Company Address:
Room 501, Building 11, Nangang Second Industrial Park
No. 1026, Songbai Road, Sunshine Community, Xili Street
Nanshan District, Shenzhen, China

Welcome to visit the new international website of Shenzhen KEVAN Drive Technology Co., Ltd., your trusted partner for solar pump inverters, VFDs, and industrial automation solutions.

FAQ

Agricultural Irrigation Pumping Questions

How efficient is the SV20?
Energy conversion efficiency reaches up to 96%, and the highest efficiency quoted is 98.7%.
How fast does it switch between solar and grid power?
AC/DC switching time is less than 10ms, so pumping is not interrupted during the change.
What pump sizes does the SV13 cover?
0.4kW to 22kW.
Which pump supply voltages are supported?
Single-phase 220V, three-phase 220V and three-phase 380V.
Can the KV500 really run a three-phase 380V pump from a single-phase 220V supply?
Yes. That is its defining feature: single-phase 220VAC input, three-phase 380VAC output, with no step-up transformer or phase converter required.
What power range does it cover?
2.2kW to 18kW.

Design Your Agricultural Irrigation Pumping With Us

Send site details - head, flow, supply, motor - and our engineers will size the system.