Solar Powered Center Pivot irrigation system as key to Blueprint for a Sustainable Farming:

To build a sustainable farm, you need to think about the whole ecosystem. That includes soil, water, energy, biodiversity and profitability. Solar powered irrigation support all of these. Therefore, when we talking about solar power and center pivot irrigation, we are talking about a holistic approach to agriculture than benefits not just farmer, but the entire planet.

The total cost of solar system range widely and based on the size of your operation and the quality of the components you choose.

Typically, for a small to medium-sized farm, you’re looking at an initial investment that could be tens of thousands of dollars. However, the long-term savings are where the SUN really shines.

Reduced or elimination energy bills and lower maintenance costs will lead to significant savings over time—often enough to recover your initial investment within just few years.

Both, Zimmatic P9000 and Reinke Electrogator center pivot irrigation systems covers an impressive area up to 65 hectares, showcasing its capability to effectively manage large agricultural fields. Designed for efficiency, this state-of-the-art systems utilizes approximately 85 kilowatt-hours of energy per hour, which translates to a daily consumption of around 1,020 kilowatt-hours.

Unfortunately in Zambia, many farms face significant challenges due to limited or nonexistent grid power supply, relying instead on costly diesel generators to operate include irrigation systems. This dependency not only strains financial resources but also impacts operational efficiency. As a solution, solar microgrids and battery energy storage systems (BESS) are emerging as viable alternatives, offering a sustainable and cost-effective means to power irrigation needs. By harnessing solar energy, these farms can reduce reliance on diesel, lower operational costs, and contribute to more efficient agricultural practices, ultimately enhancing productivity and promoting sustainable farming in the region. The adoption of solar technology signifies a transformative shift in how farms can operate independently and effectively amidst energy constraints.

This energy-efficient irrigation solutions not only maximizes water distribution but also optimizes resource management, allowing farmers to cultivate their crops more sustainably. By automating the irrigation process, the both models ensures that water is delivered evenly and consistently, contributing to improved crop yields and reduced labor costs. Advanced irrigation technology plays a crucial role in modern agriculture, highlighting the importance of efficient irrigation systems in supporting food production while minimizing environmental impact and its where solar MicroGrid and BESS are taking its position in BIG IRRIGATION game to achieve greatest and economical results.

Pivot operation time: 12h/day/half circle. CAPEX vs OPEX

        246kW MICROGRID &BESS  (SOLAR IRRIGATION SYSTEM) INCLUDED:

v 200kw Off grid/Hybrid PV inverters,   v 460kw Li-Ion battery pack,  v 246kw solar panels (550W/German brand),

v Ground fixed, solar mounting structure, v All accessories, fittings, cable, v Delivery, installation & commissioning.