DDPS

Dayliff DDPS is a solar-powered booster pump designed for water transfer in small-scale applications where grid power is unavailable. This pump is constructed with a cast iron pump body, aluminium motor body, peripheral brass impeller, and a silicon carbide mechanical seal. Here are some applications where the Dayliff DDPS solar-powered booster pump can be utilized:

1. Remote Water Supply: The DDPS pump is ideal for remote areas where grid power is unavailable, such as rural communities, farms, or off-grid locations. It can transfer water from a source like a well, borehole, or rainwater collection system to storage tanks or directly to points of use.

2. Irrigation Systems: The DDPS pump is suitable for small-scale irrigation systems, including garden irrigation, small agricultural plots, or horticultural applications. It can provide water supply to sprinkler systems, drip irrigation systems, or other water distribution methods, utilizing solar power to reduce reliance on conventional energy sources.

3. Livestock Watering: This solar-powered booster pump can be used to supply water for livestock watering in remote areas. It can transfer water from a well or other water sources to watering troughs, ensuring a reliable and sustainable water supply for livestock.

4. Small-Scale Water Features: The DDPS pump is applicable for small-scale water features, such as decorative fountains, ponds, or waterfalls. It can circulate water within the feature, providing an aesthetic appeal while operating with the energy provided by solar panels.

5. Emergency Water Supply: In emergency situations or disaster-prone areas, the DDPS pump can be used to provide a backup water supply. It can be installed with a solar power system and a backup storage tank, ensuring access to clean water during power outages or other emergencies.

6. Remote Monitoring Stations: The DDPS pump can be utilized in remote monitoring stations, weather stations, or research facilities. It can transfer water for scientific experiments, equipment cooling, or other technical applications, utilizing solar power for reliable and sustainable operation.

7. Environmental Conservation Projects: This solar-powered pump is suitable for environmental conservation projects, including habitat restoration, wetland management, or wildlife watering stations. It can transfer water to support ecosystem health and contribute to sustainable environmental practices.

8. Recreational Applications: The DDPS pump can be used in recreational settings, such as campgrounds, caravan parks, or remote lodges. It can provide water transfer for amenities like showers, swimming pools, or outdoor recreational facilities, utilizing solar power for sustainable operation.

These applications demonstrate the versatility of the Dayliff DDPS solar-powered booster pump in small-scale water transfer operations. Its construction materials and reliance on solar power make it a durable, energy-efficient, and eco-friendly solution for water supply where grid power is unavailable.

MOTOR
The pump is coupled to higher efficiency permanent magnet brushless DC motor rated for continuous operation.

Enclosure Class : IP54
Insulation Class : B
Speed : 2900rpm

POWER OUTPUTS
Pump output curves are given at standard test conditions of 1000W/m² solar irradiance and 25°C. Output will vary throughout the year depending upon prevailing irradiation levels. For estimated daily outputs at continuous pumping, multiply the indicated output at the duty point by the daily irradiation given in Graph 1. For indicative purposes, factors of 1.1 can be applied for hot arid areas and 0.9 for temperate high altitude areas in East Africa. Output will vary throughout the day as a proportion of the estimated hourly irradiation as shown in Graph 2.

OPERATING CONDITIONS
Pumped Liquid: Thin clean chemically non-aggressive liquid without solids or fibres.
Max. Ambient Temperature: +35°C
Max. Liquid Temperature: +40°C