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Whether you're managing a large-scale agricultural project, providing water for a remote communi-ty, or ensuring a consistent water supply for your industrial operations, Polycarpou solutions has the solar water pumping solution for you. Our comprehensive range includes everything from small-scale systems for individual use, to large industrial-grade setups. Each solution is customized to harness the maximum potential of solar energy, ensuring reliable water supply wherever and whenever you need it.
The sVFD adjusts the pump's operation to the available solar power, minimizing energy waste
Utilises free solar energy, reducing operating costs significantly compared to conventional fuel-powered pumps
Solar power is clean, renewable, and does not emit greenhouse gases during operation
The system can be scaled up or down by adding more solar panels or adjusting the pump size, making it versatile for different needs and locations
Retrofitted on an existing solar PV system.
Ups 0ms UPS class transfer time
Safe Lithium / LifePO4 technology With fire protection
It supports multiple energy input
Unbalance load
100% offgrid
Auto gen stop and start
Local and remote monitoring analysis.
Programmable load management
Improves power quality
Maximize self-consumption
Safety and multiple-level protection
Improves power quality
The sVFD controls the speed of the pump’s motor based on the power output from the solar panels, which varies with sunlight intensity. By adjusting the motor speed, the sVFD ensures the pump operates efficiently under varying conditions, reducing energy waste and improving water output.
Yes, the system can work during cloudy days at reduced efficiency due to lower solar power generation. At night, the system typically does not operate unless it’s connected to a battery storage unit that stores excess energy produced during the day.
The system requires minimal maintenance, which may include cleaning the solar panels, checking the electrical connections, and ensuring the pump and sVFD are functioning correctly. Regular maintenance checks can help prolong the system’s life and ensure optimal performance.
Yes, the system can be scaled up by adding more solar panels and using a larger pump to meet the water requirements of large-scale irrigation projects. The sVFD allows for efficient operation regardless of the scale.
The lifespan can vary depending on the quality of components and maintenance practices. Solar panels can last 25 years or more, while the sVFD and pump may have shorter lifespans, but can often operate efficiently for 10 to 15 years with proper care.
Environmental factors such as dust, temperature, and shading can affect solar panel efficiency and, consequently, the overall system performance. It’s essential to consider these factors when planning and installing the system to ensure optimal operation.
Yes, the pump can be designed to supply water to elevated locations. The system’s specifications, such as pump type and power, should be chosen based on the required water lift height and flow rate.
The initial cost of an off-grid solar pump with an sVFD can be higher than that of traditional fuel-powered systems. However, the lower operating costs, minimal maintenance, and the absence of fuel expenses typically result in a lower total cost of ownership over time.
