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A split-scene illustration showing the contrast between sunny daytime solar power generation and nighttime energy gaps, highlighting the biggest problem with solar power—its intermittency. On the left, solar panels sit under sunlight and clouds, symbolizing reliable daytime production. On the right, a dark night scene with a worried technician reflects concern about power loss when the sun isn’t shining. The visual emphasizes the core challenge of relying on solar energy for continuous operation, especially for essential systems like RAFSUN water pumps that require stable, 24/7 performance.
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A technician performing routine upkeep on a RAFSUN solar water pump system at an off-grid site, kneeling beside a stainless steel submersible pump while clean solar panels operate in the background. The worker, with face not visible, inspects connections and checks water output flowing through the pipe, illustrating the minimal maintenance required for modern solar pumping systems. This image represents the core steps of solar pump care—cleaning solar panels, ensuring proper wiring, and visually checking the brushless DC motor and sealed pump components—supporting the topic: What maintenance is needed for solar water pumps?
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A close-up view of durable solar panels being struck by hail during a strong storm, showing large ice pellets bouncing off the reinforced glass surface while dark clouds move overhead. The scene highlights how modern solar panels are engineered to withstand extreme weather such as hail, wind, and heavy rain, reflecting the reliability of advanced off-grid water systems powered by RAFSUN technology. This realistic depiction supports the key question: What happens to solar panels in a storm?
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A man standing beside a large array of modern solar panels outdoors, thoughtfully examining the system under a cloudy sky, representing the common concerns about why solar power is not popular. The scene illustrates public hesitation related to perceived high upfront costs, fears about unreliable performance on cloudy days, and outdated misconceptions about solar technology. The image supports RAFSUN’s message that modern solar systems are durable, efficient, and far more cost-effective than many people realize.
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A professional technician, with face intentionally not shown, inspecting a RAFSUN booster pump system installed on a household water line. The image shows the technician adjusting the control panel while the stainless-steel pump and pressure tank are connected to PVC plumbing. This scene visually illustrates the question Should a booster pump run all the time? by showing a real maintenance scenario related to continuous pump operation, water pressure issues, and system troubleshooting.
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A professional installer, with their face not visible, setting up a RAFSUN booster pump in a residential plumbing system. The scene illustrates the process of determining the correct pump specifications by evaluating flow rate requirements and calculating total dynamic head (TDH). The image visually supports the concept of how to calculate booster pump size using fixture count, vertical lift, friction loss, and desired outlet pressure.
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A professional technician installs a RAFSUN booster pump on the main incoming water line of a building, positioning it directly after the water meter to ensure stable and consistent water pressure throughout the entire property. The worker’s face is not visible, and the scene shows copper plumbing connections and a clean utility room environment, demonstrating optimal placement for solving low water pressure issues.
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A professional technician installs a RAFSUN booster pump in a residential utility room, connecting it to the home’s water supply system to improve weak showers, slow-filling appliances, and inconsistent flow. The scene shows the modern, high-efficiency RAFSUN pressure-boosting pump being positioned on a concrete floor with plumbing lines in the background, demonstrating when to use a booster pump—specifically for homes or buildings experiencing consistently low municipal or well-water pressure, poor water flow during multi-fixture use, or pressure loss in high-rise and remote locations.
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A professional technician, with face not visible, installs a stainless steel RAFSUN solar water pump beside a ground-mounted solar panel in an off-grid rural area. The scene highlights real-world challenges such as high upfront cost, dependence on sunlight, and performance concerns on cloudy days. The worker is kneeling on dry soil while connecting the RAFSUN pump to the solar power system, visually illustrating the disadvantages and limitations associated with solar water pumps.
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A high-end residential swimming pool scene featuring a professional installer, face hidden, setting up a RAFSUN solar-powered pool pump beside a clear blue pool. The system is connected to rooftop solar panels and a solar cover floating on the water, illustrating the cheapest way to heat a swimming pool by combining solar heating with an energy-free RAFSUN solar pump. The image highlights efficient water circulation, eco-friendly operation, and dramatically reduced running costs.
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A professional technician, face not visible, installing a modern RAFSUN pump system with advanced control electronics, showing the difference between a standard inverter and a Variable Frequency Drive (VFD). The scene captures clean, realistic installation equipment and wiring, illustrating how a VFD precisely adjusts motor speed and voltage for efficient pump performance. Ideal for explaining the question: “Is an inverter the same as a VFD?”
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A professional installer adjusts a residential water pump system equipped with a pressure switch, demonstrating the difference between a 30/50 PSI and a 40-60 PSI setting. The scene shows high-quality plumbing components and a compact pressure tank connected to a RAFSUN water pump. The image highlights how correct pressure switch selection improves water flow and home water performance, helping homeowners understand which option—30/50 or 40-60 pressure switch—offers stronger, more consistent water pressure for their household.
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RAFSUN flagship inverter booster pumps product lineup for factory direct sales, featuring BWD Cullinan (900–2200W), BWE Bentayga (750–1500W), RUC Urus (370–1100W), and REB Huracan (370–750W). These high-efficiency RAFSUN Inverter Booster Pumps deliver constant water pressure, energy savings, and reliable performance for residential, commercial, and multi-story building applications.

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