The Dayliff DDPS60 DC Solar Pump is a reliable and energy‑efficient solar‑powered booster pump designed for small‑scale water transfer applications where grid electricity isn’t available or is unreliable. Built to operate directly from photovoltaic (PV) modules, this pump delivers clean, cost‑free energy for boosting water supply from tanks, reservoirs, shallow wells, or small water sources without the need for mains power.
The DDPS60 features a high‑efficiency permanent‑magnet brushless DC motor rated for continuous operation, ensuring smooth and dependable performance throughout the day when solar energy is available. Its cast iron pump body, aluminium motor housing, peripheral brass impeller, and silicon carbide mechanical seal combine to provide durability and long‑lasting service, even in demanding environments.
A major advantage of the DDPS60 is its built‑in controller, which incorporates thermal protection and over‑voltage safeguards so the pump can be connected directly to a solar PV array without additional control electronics. It comes supplied with a 1 m long PV cable with MC4 connector for quick and easy connection to solar modules, making installation straightforward and hassle‑free.
The pump operates on 24 V DC input and typically pairs with around 2×275 W PV modules (configured as two parallel strings) for optimum performance under standard test conditions (1000 W/m² solar irradiance at 25 °C), though real‑world output will vary with sunlight levels and installation conditions.
Designed for thin, clean, chemically non‑aggressive water without solids or fibres, the DDPS60 is suitable for applications such as tank boosting, irrigation, livestock watering, and other domestic or light agricultural uses where modest water volumes are needed. It has an IP54 enclosure for outdoor durability and operates reliably in ambient temperatures up to +35 °C and liquid temperatures up to +40 °C.
Compact and lightweight (approximately 1″ inlet/outlet and around 5.5 kg weight), the Dayliff DDPS60 DC Solar Pump provides a simple, self‑powered solution to water transfer in off‑grid settings — helping you tap into renewable energy to meet daily water needs with minimal maintenance and running cost.
