(1) Product Description

The vacuum tube wall-mounted solar water heater consists of several components including a solar vacuum tube collector, a storage tank, and circulation pipes. The system utilizes natural circulation and dual-loop heat exchange technology. The collector employs a U-tube pressure-bearing structure, while the water tank adopts a double-layer heat exchange design. The product features high thermal efficiency, excellent safety performance, ease of integration with building structures, and delivers significant social, economic, and environmental benefits.

(2) Product Features

1. Achieves separation of the water tank and collector, overcoming installation location limitations. It can be flexibly installed on balconies or walls, solving the problem of installation in high-rise buildings.

2. The size and appearance of the collector, as well as the dimensions of the water tank, can be customized based on the balcony layout, meeting the requirements of various users.

3. Installation does not compromise the aesthetics of the building; instead, it enhances the architectural appearance, seamlessly integrating with the building and fully embodying the unity and harmony of solar energy and architectural integration.

4. Operates under pressure, providing instant hot water 24 hours a day with automatic water intake and heating.

5. Heat transfer between the outdoor collector and indoor water tank is mediated by a heat-conducting fluid, preventing freezing or bursting of pipes while ensuring high heating efficiency.

(3) Operating Principle

The product's collector utilizes a "U"-tube plate-type structure with a medium circulation heating method. The vacuum tubes of the collector absorb solar heat and transfer it to the tube array. The medium inside the tube array is heated, creating a temperature difference with the medium in the water tank's heat exchanger. Through convection in the cold and hot circulation pipes, the medium in the heat exchanger is heated and then transfers heat to the water in the tank via the heat exchanger, thereby heating the water.

(4) Technical Parameters