Farm power supply

The Farm Power system is a solution for a stable energy supply to agricultural facilities and combines solar energy, energy storage batteries, wind energy, diesel generators, etc. It is mainly used for:

(1) Agricultural equipment such as irrigation pumps, fans, lighting, electric fences, cameras, etc.

(2) Remote areas without electricity or unstable electricity grids

(3) Reducing energy costs and improving agricultural automation and production efficiency

Lithium iron phosphate (LiFePO4) batteries are the first choice for energy storage in agriculture. Their advantages:

High safety (strong thermal stability, fire and explosion protection)

Extremely long lifespan (up to 10 years, 4000–15000 cycles)

Wide operating temperature range (adaptable to outdoor conditions)

Supports high discharge currents and is suitable for operating high-performance equipment such as water pumps and motors.

Yes, however, the system must be designed according to the power load. This includes:

Sufficient solar panels (usually several kilowatts or more)

Large battery packs for power supply at night or on rainy days

MPPT solar charge controller and inverter
Some businesses also use diesel generators as emergency power supplies to ensure that operations are not affected even in extreme weather conditions or persistently cloudy skies.

Since the system was planned and built by a professional team, it is very easy to use and requires little maintenance. Important notes:

Clean the solar panels regularly to maintain the efficiency of power generation.

Check if the cable connections are loose or worn.

Lithium batteries require little maintenance. Only occasional checks of performance and status are necessary.

Use batteries or inverters with Bluetooth/Wi-Fi monitoring capabilities to remotely monitor system operation.

The savings depend on local electricity prices, electricity consumption, and system design. Examples:

In areas with unstable power grids or high electricity prices, the use of solar energy and storage can significantly reduce diesel/grid costs.

In the long term, lithium battery systems are more cost-effective than diesel generators or the repeated replacement of lead-acid batteries.

Furthermore, some countries offer financial subsidies or tax incentives for agricultural renewable energies, which can further reduce input costs.