Solar Panels and Water Pumps Product Highlights
- Complete Solar Pumping Solutions: You can put together a whole system with solar panels, controls, and water pumps.
- Wide Water Supply Capacity: Includes various flow and head needs for farming, animal, home, and business uses.
- AC and DC Pump Options: Solar DC pumps, AC pumps, and combination solar pumping systems can all be used.
- Flexible Solar Panel Configuration: The number of panels and their power can be chosen based on the amount of sunlight in the area and the pumping needs.
- Off-Grid Water Supply: Perfect for places that are far away and don’t have stable access to the power grid.
- Customized System Support: Different types of voltage, controllers, pump materials, and system settings can be changed to fit the needs of a project.
- Bulk Order Ready: Standard models and custom solutions help make planning for buying and delivery more efficient.
Solar Panels and Water Pumps for Reliable Water Supply Projects
HunGerät Solar Panels and Water Pumps work together to power a whole system for pumping water using clean solar energy. As an experienced solar water pump manufacturer, our systems help you save money on energy while making sure you always have a stable water supply, even in places that aren’t connected to the main power grid. They can be used for everything from small household water supplies to agricultural irrigation, watering livestock, and remote water transfer projects.
Our solar pumping systems are made up of smart controls, durable water pumps, and high-efficiency solar panels that can be adjusted to meet different flow and head needs. There are DC solar pumps, AC solar pumps, and combination systems that can be used for different types of projects. HunGerät makes it easier to choose, get, and use long-lasting solar water pumping solutions for large projects and long-term use by offering a range of voltage choices, customizable system designs, and flexible solar panel configurations.
Solar Panels and Water Pumps by Product Type
Solar Surface Water PumpsBuilt to move water from lakes, rivers, tanks, and other small sources. Many people use these pumps to water gardens, irrigate crops, and move water between different places.
Solar Submersible Water Pumpsput in place to pump water from boreholes and deep wells. They keep the water supply steady for farms, animals, home water systems, and places that are far away and don’t have access to the power grid.
Solar Pressure Booster PumpsThese pumps raise the water flow in irrigation, home, and business systems. Because they are powered by solar energy, they help keep the water flow steady while using less electricity.
Solar Shallow Well PumpsBuilt for wells and water sources that aren’t very deep. They can provide water to homes, small farms, gardening, and light irrigation systems that need solar-powered pumps that work well.
Why Choose HunGerät as Your Solar and Water Pump Factory
HunGerät has been making water pumps and tools that work with them for more than 25 years. As a trusted solar water pump manufacturer and supplier, we focus on giving solar water pumping projects around the world stable product quality, uniform models, and a steady supply.
Our 25,000 m² manufacturing building can make a lot of things, put them together, test them, store them, and load containers. This lets us handle large orders quickly and keep wait times stable for project customers, distributors, and wholesalers.
HunGerät sells full solar water pumping systems that include water pumps, controllers, and solar panels. This combined supply makes it easier to find what you need, makes it easier for parts to work together, and lowers the cost of getting things for your projects.
Solar panels, controls, inverters, and water pumps are all sold by HunGerät as a whole system, not as separate parts. This makes it easier to buy things, lowers the risk of compatibility issues, speeds up installation, and ensures stable system performance for watering animals, residential projects, off-grid water supply, and farming.
Instead of selling solar panels, controllers, inverters, and water pumps separately, HunGerät sells them all together as a full system. This makes buying easier, lowers the risk of compatibility issues, speeds up installation, and ensures stable system performance for watering animals, residential projects, off-grid water supply, and farming.
High-Efficiency Solar Panels
HunGerät Solar Panels and Water Pumps use monocrystalline solar panels that can turn sunlight into electricity with an up to 22% conversion rate. Higher energy exchange helps make more power with the same amount of sunlight, which increases the amount of water that is produced and lets the system work well even when sunlight is low.
Intelligent MPPT Solar Controller
Our solar pump units come with MPPT controllers that can track up to 99% of the time. The controller changes the operating point automatically based on the amount of sunlight. This helps increase water flow by 15% to 30% compared to regular PWM controllers, especially when it’s cloudy or early in the morning.
Brushless Copper Motor Technology
HunGerät solar water pumps have brushless copper motors that are very efficient and can reach 85% to 90% efficiency. When used in normal situations, the brushless design lasts more than 20,000 hours without breaking down. It also reduces mechanical wear and maintenance needs.
Dry-Run and Low-Water Protection
Our controller keeps an eye on how things are running and stops the pump automatically if there isn’t enough water. This safety helps keep the system from running dry, lowers the risk of the motor overheating, and makes the Solar Panel and Water Pump last longer.
Flexible Solar Power Configuration
HunGerät has solar pumping systems that range from 300W to 110kW and can move anything from a few cubic meters per hour to more than 200 m³ per hour. You can match different solar panel power ratings, pump models, and controller setups based on your flow, head, and the amount of sunlight where you live.
Solar Panel and Water Pump Application Areas
Solar Panel and Water Pump systems are a safe way to get water for watering fields, drip irrigation, and sprinkler irrigation. Farmers can lower their running costs while keeping irrigation stable all through the growing season by using solar energy instead of grid electricity or diesel generators.
Ranches and grazing places that are far from the power grid can use solar water pumping systems to give animals like cattle, sheep, horses, and more clean water. During the day, the system runs itself and can pump water to holding tanks so that it can be used all the time.
Solar panels and underwater pumps can be used to get water from deep wells and boreholes for use in homes, farms, and communities. This solution works especially well in remote places where power isn’t available or isn’t stable.
Solar water pumping systems can make sure that homes, villas, and small towns always have water. They help cut down on power use and offer a cheap way to get water to places that get a lot of sun.
Regular watering plans and stable water pressure are needed for greenhouses and landscape irrigation projects. Solar Panel and Water Pump systems are an eco-friendly way to save energy and money on long-term costs for automatic watering.
Villages, islands, and other places that aren’t connected to the power grid can get water without having to rely on standard power systems. The systems are simple to set up, don’t need much upkeep, and allow people to access water for a long time in tough settings.
Sunlight is turned into DC electricity by a solar panel. This electricity is then sent to a solar controller or generator to power the water pump. Usually, a full solar panel and water pump setup has solar panels, a controller, an inverter (for AC pumps), and the pump itself.
Yes. And MPPT controller can let a DC solar water pump run straight from solar cells. A solar transformer is usually needed to change DC power into AC power for AC water pumps.
The power from the solar panels is usually 1.3 to 1.5 times the power from the pump. For example, 2.6–3 kW solar panels are often paired with a 2 kW solar water pump to make sure the system runs smoothly.
This is what you can do:Power of the solar panels (W) = Power of the pump (W) × 1.3–1.5Changes in the weather, cable losses, and controller efficiency losses can all be made up for with more solar power.
Yes. On cloudy days, solar water pumps can still work, but the flow rate may slow down because the solar panels aren’t making as much energy. When there isn’t enough sunlight, hybrid solar pump systems can switch to grid or generator power on their own.
Yes. A lot of solar panel and water pump technologies don’t need batteries to work. Most of the time, water is stored in tanks instead of batteries to save money on system costs and upkeep.
A DC solar pump is more energy-efficient because it gets its power straight from the sun. An inverter is needed for an AC solar pump, which is usually used for better power and higher flow rates.
DC solar pumps can be used for small to medium-sized irrigation systems and to give water to homes. AC solar pumps are better for moving large amounts of water in and out of factories, business buildings, and farms.
Solar underwater pumps can move water up to more than 300 meters, but it depends on the type of pump, the motor power, and the way the solar panels are set up.
Yes. A solar inverter or MPPT device can be used to connect solar panels to a deep well submersible pump and power it. A lot of farms, boreholes, and rural water supply systems use solar deep well pumps.
A motor that puts out 750W is enough to power a 1 HP water pump. Most systems use 1000W–1200W solar panels to make sure they work reliably in all kinds of sunlight.
Max Power Point Tracking is what MPPT stands for. An MPPT processor changes the voltage and current automatically to get the most power from the solar panels. This can increase the efficiency of the system by 15% to 30%.
The general efficiency of modern solar water pumps can reach 40% to 60%, and the efficiency of brushless DC motors can reach 85% to 90%.
Solar screens last at least 25 years most of the time. Solar controllers usually last 8–12 years, while high-quality solar water pumps generally operate for 8–15 years under normal conditions.
Solar water pumps don’t work at night without batteries. Water can be saved in tanks during the day so that it can be used at night, or grid power can be used as a backup in hybrid systems.
Yes. A lot of people use solar irrigation pumps to water fields, greenhouses, drip irrigation systems, and spray systems. They lower the cost of energy and get rid of the need for diesel generators.
Yes. Solar livestock water pumps make sure that animals like cattle, sheep, horses, and others always have water, even on farms that are far away and don’t have access to the power grid.
The flow rate is based on the head and speed of the pump. Solar water pumps can provide flow rates ranging from 1 m³/h to more than 200 m³/h, making them useful for homes, farms, and businesses.
What you can use is Flow Rate x Operating Hours = Daily Water Demand. If you run your business for six hours a day and need 60 m³ of water, the flow rate you need is 60 ÷ 6 = 10 m³/h.
This is the formula: Head = Depth of Water + Height of Tank + Friction Loss in Pipes. Like this: 50 m plus 20 m plus 10 m equals 80 m. It’s important to know this number when choosing a solar water pump model.
Water pumps that work underwater and can easily pull water from deeper wells and boreholes are the best choice for these types of holes.
Yes. Combining solar power with grid electricity, hybrid solar water pump systems provide a steady flow of water and are more reliable when it’s dark outside or at night.
Solar water pumping systems can save you 50% to 100% on energy costs compared to diesel pumps or pumps that are driven by the grid. This depends on the price of electricity in your area and the amount of sunlight you get.
Every three to six months, you should clean the solar panels, check the controller and cable connections, and keep an eye on the pump’s performance as part of routine maintenance. This will keep the water flow stable and the pump’s life long.
Yes. As a professional solar water pump manufacturer, HunGerät can customize solar panel and water pump systems that can be changed based on flow rate, head, well depth, solar panel power, voltage, controller type, pump material, and installation environment.
How to Pick the Right Solar Panel and Water Pump System
Figure out the total amount and the flow rate of water that is needed. Flow Rate × Operating Hours can be used to figure out how much water is needed each day. If you need 10 m³/h for 5 hours, the method should give you 50 m³/day.
Next, use Water Depth + Tank Height + Pipe Loss to find the total head. It takes 60 m of head if the well is 40 m deep, the tank is 15 m high, and there is 5 m of pipe loss.
Then pick the type of pump based on where the water comes from. Pumps that are submerged in water are used in wells and boreholes. Pumps that are above water are used in rivers, ponds, and tanks. To keep the pump running smoothly even when the sun is shining in different directions, the solar panel’s power output is usually 30% to 50% higher than the pump’s power.
HunGerät can help you choose the right Solar Panel and Water Pump setup if you tell them about the flow, head, water source, and installation site.
