The split pressurized solar water heater is made up of various components, including a heat pipe solar collector, a storage water tank, a workstation system, as well as various accessories and interconnecting pieces. These elements work together to provide an efficient and reliable solar water heating solution. The heat pipe solar collector is responsible for absorbing the sunlight and transferring the heat to the storage water tank. The storage water tank acts as a reservoir, storing the heated water until it is needed. The workstation system controls and regulates the temperature and pressure of the water, ensuring optimal performance. Additionally, the heater is equipped with various accessories and interconnecting pieces that facilitate its installation and operation. Overall, this split pressurized solar water heater offers a sustainable and cost-effective way to heat water using the power of the sun.

Heat Pipe Solar Collector

The thermal collection system, known as the heat pipe solar collector, exhibits extraordinarily fast startup capabilities along with exceptional efficiency in heat collection and exchange. To elaborate further, this technology proves superior in swiftly harnessing solar energy and efficiently transferring it for various applications.
The vacuum tubes in the system function perfectly even when one or more heat pipe vacuum tubes are removed, and there is no need for any water to flow into them.
In comparison to regular glass vacuum tubes, the efficiency of the 3rd generation tubes showed a substantial increase, especially during the summer with a boost of around 55%. Additionally, during winter, the efficiency of these advanced tubes exceeded that of normal glass vacuum tubes by approximately 42%. By rearranging the information provided, we can conclude that the 3rd generation glass vacuum tubes exhibited significantly higher efficiency levels, demonstrating a remarkable improvement of 55% during summer and 42% during winter when compared to their conventional counterparts.
Our collector system is incredibly versatile, with the ability to be modularized for arbitrary combinations with any architectural structure. It can be easily adapted to work seamlessly on either a slope or flat roof structure. Best of all, our maintenance-free system means you won't have to worry about any regular upkeep or repairs, allowing you to enjoy the benefits of our collector worry-free.

Pressurized Water Tank

The inner water tank is made of food-grade stainless steel SUS304-2B, which ensures that the water remains clean and drinkable. It is created using advanced automatic argon-arc welding techniques, which guarantees that there are no leakages and enhances its durability with a lifespan of 15 years.
The exterior shell of a tank is made of color steel plate, which provides durability and an attractive appearance. For applications that require higher quality, stainless steel is often chosen as the material.
Our water heaters are equipped with a highly efficient insulation layer made of polyurethane, which has been imported from Germany. The insulation layer has undergone a unique process of integrated foaming, which involves twice slaking treatment. This helps to maintain a consistent water temperature for an extended period of time. With our advanced insulation technology, you can enjoy hot water whenever you need it without worrying about wasted energy or heat loss.
Having a pressurized water tank with a super hydraulic pressure bearing can greatly improve your quality of life. It ensures that you have access to a reliable supply of water at all times with excellent water pressure that makes even the most basic tasks more convenient and comfortable to carry out. With such a system in place, you'll never have to worry about low water pressure or inconsistent supply. It's a great investment that will provide you with lasting benefits for years to come.
The copper coil situated inside the storage tank has an excellent capacity for transferring heat energy from the solar collectors. To further extend its functionality, an additional copper coil inside the tank could be linked with a radiator or other heating appliances for domestic use. This additional coil could also be synchronized with other heating devices such as gas to complement the solar water heating system. By effectively linking the various heating components, the solar water heating system can provide efficient and cost-effective hot water to meet the needs of its users.

Workstation System

An advanced system comprises of a smart control unit, a circulating pump, a flow meter, a pressure relief valve, a pressure gauge, an expansion tank, and a check valve.
The system will operate more intelligently to ensure optimal efficiency. It will detect when there is a temperature difference between the collector and water tank, and automatically start the circulation pump for heat exchange. Additionally, it will activate the auxiliary heating element when there is insufficient hot water. This feature will make the system more convenient and efficient while ensuring that the user always has access to hot water.

Accessories

To ensure a continuous supply of hot water, an electrical heater can be used as a backup heating element on days when it is raining or snowing. This auxiliary heating device ensures that hot water is available even during inclement weather conditions.
One solution to effectively protect the storage tank and copper coil from water scale is by using a magnesium anode bar. This bar helps to soften the hard water in the system, ensuring that the storage tank and copper coil are not affected by the buildup of scale. By rearranging the provided content, a highly similar content is generated, highlighting the use of an anode magnesium bar for water softening purposes.
The life span of the T/P valve, stainless bolts & nuts, anti-aging rubber seal, and pipe holder is equivalent to that of the other components in the system due to their remarkable durability. These elements are designed with longevity in mind, ensuring reliable performance over time. The T/P valve effectively manages temperature and pressure, while the stainless bolts & nuts provide strong and secure connections. An anti-aging rubber seal is incorporated to withstand the test of time, preventing any leakage or deterioration. Additionally, the pipe holder is constructed to keep the pipes firmly in place, contributing to the extended lifespan of the entire system. Rest assured, these components are built to last and maintain their efficiency over the long term.
Our integrated system comes with a 3-year international responsibility for any original quality problems, while the vacuum tubes have a 15-year warranty. You can rest assured that our product is built to last and we stand by its quality.

Competitive Advantage

Plentiful warm water for use; instant heat exchange.
2.Fresh water quality
3.Works with pressure
The water temperature of the output is consistently stable, providing a very soothing and comfortable experience during usage. This ensures that the water flow is gentle and gentle to the skin.
5.Hot and cold water flow is separated
High grade materials are used in the copper coil to ensure that it does not break during testing.
7.Works intelligently and reliable

Working Principle

The solar water heater tank receives solar energy from the solar collector through circulation, as the solar collector absorbs and transmits the solar energy.
When the set value is reached by the temperature of the collector, the circulation pump is automatically initiated by the controller.
Automatically circulating heat-conducting liquid is made possible by the circulation pump.
The liquid that conducts heat is responsible for transferring heat to the water, which takes place in the lower heat exchanger located in the water tank.
In the event that the temperature variance between the solar collector and the tank of heat pipe solar water heaters doesn't meet the preset requirement, the circulation pump will be switched off automatically.
6. In case the temperature of the water tank does not reach max, Electric heating element will start to work automatically

Thermal Project Application

1.Split villa water heater system
2.Independent project Systems
3.Senior household hot water system
4.Centralized collector heat storage system
5.Centralized collector household water heating system
6.Centralized collector water heating system

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