Flat Plate Solar Thermal Collectors For Commercial Hot Water

                                     Engineering Flat Plate Solar Collector

The Engineering Flat Plate Solar Collector is designed for large-scale solar hot water applications such as hotels, schools, hospitals and other buildings with high hot water demand.
With a 2.0 m² gross collector area, high-performance selective coating and high-transmittance tempered glass, the collector efficiently converts solar radiation into thermal energy. Its pressure-bearing design supports centralized solar hot water systems and scalable engineering installations.

Key Features

1. Designed for Large-Scale Hot Water Projects
   Developed specifically for engineering applications with high hot water demand. Multiple collectors can be connected in parallel to expand system capacity according to project requirements.
2. High-Performance Selective Absorption Coating
   The collector uses a high-quality D-DOS selective absorption coating, designed to provide strong solar absorption and corrosion resistance for efficient thermal energy collection.
3. High-Transmittance Tempered Glass
   High-transmittance low-iron tempered glass allows more solar radiation to reach the absorber while providing protection against outdoor conditions.
4. Copper & Aluminum Composite Flow Channel
   The internal flow channel uses a copper and aluminum composite structure to support efficient heat transfer and stable thermal performance.
5. Pressure-Bearing Design
   With a rated working pressure of 0.6 MPa, the collector is suitable for pressurized solar thermal systems used in commercial and engineering projects.
6. Modular Project Configuration
   The collector supports scalable system design. The number of collectors and connection configuration can be adjusted according to hot water demand, installation area and project capacity.

Why Choose Our Engineering Flat Plate Solar Collector?

1. Engineering Application
   Designed for commercial and centralized solar hot water projects.
2. 2.0 m² Gross Area
   Provides a practical collector size for modular engineering installation.
3. 0.78 Peak Efficiency
   High solar thermal conversion performance under specified test conditions.
4. 0.6 MPa Working Pressure
   Suitable for pressurized solar thermal systems.
5. 100°C Maximum Operating Temperature
   Designed for high-temperature solar thermal applications.
6. High-Performance Materials
   Selective absorption coating, tempered glass and copper/aluminum composite flow channel.
7. Scalable Installation
   Multiple collectors can be combined to meet different project requirements.