500L 1000L 1500L 2000L 3000L Commercial and Industrial Solar Water Heating System

Commercial and Industrial Solar Water Heating System Working Principle

1. The storage tank is first filled with cold water, and the collector loop is filled and primed.
2. Solar radiation heats the water inside the vacuum tubes of the collector.
3. When the controller senses that the temperature difference between the collector and the storage tank has reached the set value, it automatically starts the circulation pump.
4. The pump circulates water through the loop, transferring heat from the collector to the tank.
5. Heated water enters the storage tank, while cooler water from the bottom of the tank flows back into the collector.
6. If the tank temperature does not reach the set value, the auxiliary electric heater automatically switches on to provide additional heating.
7. When the temperature difference falls below the set threshold, the circulation pump stops automatically.
8. If the stored water still hasn’t reached the target temperature, the auxiliary heater continues operating until the required level is achieved.
9. Once the water reaches the desired temperature, it is stored in the tank, ready for use.

Commercial and Industrial Solar Water Heating System Key Points:

1. High Capacity:Available in 500L up to 10,000L to meet diverse commercial and industrial needs.
2. Energy Efficient:Utilizes solar energy to provide hot water, reducing electricity or fuel costs.
3. Durable Materials:Made with corrosion-resistant stainless steel or high-quality coated steel for long service life.
4. Wide Applications:Suitable for hotels, factories, hospitals, schools, swimming pools, and other large-scale facilities.
5. Reliable Performance:Stable hot water supply even under high-demand conditions.
6. Eco-Friendly:Reduces carbon footprint and supports sustainable energy use.
7. Flexible Design:Can be customized with flat plate collectors, evacuated tube collectors, or integrated storage tanks.
8. Easy Maintenance:Designed for simple cleaning, inspection, and long-term operation.
9. Safety Features:Equipped with pressure valves, temperature controllers, and anti-scald protection.
10.Scalable System:Multiple units can be combined for very large-scale installations.

the system typically consists of:

1. Vacuum Tube Collectors:
* High-efficiency evacuated tubes that absorb solar energy and transfer heat to the water or heat pipe inside the collector.
* Can be direct-flow (water inside tube) or heat-pipe type.

2.Storage Tank/Hot Water Tank:
* Large-capacity tank (stainless steel or coated steel) that stores heated water and maintains temperature.
* Often comes with internal insulation to minimize heat loss.

3.Heat Transfer & Circulation System:
* Thermosiphon circulation (gravity-based) or pump-assisted closed-loop circulation with a heat exchanger.
* Transfers heat from the vacuum tubes to the storage tank efficiently.

4.Piping and Insulation:
* Heat-resistant, insulated pipes connecting collectors and tank, preventing heat loss.

5.Control System:
* Solar controller, temperature sensors, and timers to monitor and regulate water temperature.

6.Safety Devices:
* Pressure relief valves, anti-scald devices, expansion tanks, and check valves.

7.Mounting Structure:
* Roof or ground-mounted frames that hold vacuum tubes at optimal angles for sunlight absorption.

8.Optional Auxiliary Heater:
* Electric or gas backup heater to guarantee hot water supply during cloudy days or high-demand periods.

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