Flat Solar Collector
1. Advanced Selective Coating: Available in blue and black variants, our proprietary coating delivers solar absorption rates above 95% and very low heat loss.
2. Tempered Low-Iron Glass: The glass cover has high transmittance and superior impact resistance, allowing more solar energy to reach the absorber surface.
3. Insulated Thermal Chamber: Our thermal tank design reduces energy leakage with high-grade insulation and robust sealing.
4. Pressure-Ready Design: Supports both open-loop and pressurized systems, providing flexibility for large installations and varying terrain levels.
5. Durable Structure: Built with corrosion-resistant aluminum frames, UV-proof surfaces, and stainless steel fasteners for extreme weather durability.
6. Quick Setup: Modular design supports parallel/serial connection and rapid mounting, saving on labor and time.
Overview:
Our commercial-grade flat plate solar collector is the ideal choice for engineering projects that demand powerful, reliable, and scalable solar heating solutions. It is built to serve high-volume hot water and heating needs in housing developments, schools, hospitals, and industrial facilities. Designed with advanced coating technologies and premium materials, this collector maximizes thermal output while minimizing maintenance and installation costs.
Product Highlights:
Advanced Selective Coating: Available in blue and black variants, our proprietary coating delivers solar absorption rates above 95% and very low heat loss.
Tempered Low-Iron Glass: The glass cover has high transmittance and superior impact resistance, allowing more solar energy to reach the absorber surface.
Insulated Thermal Chamber: Our thermal tank design reduces energy leakage with high-grade insulation and robust sealing.
Pressure-Ready Design: Supports both open-loop and pressurized systems, providing flexibility for large installations and varying terrain levels.
Durable Structure: Built with corrosion-resistant aluminum frames, UV-proof surfaces, and stainless steel fasteners for extreme weather durability.
Quick Setup: Modular design supports parallel/serial connection and rapid mounting, saving on labor and time.
Optimized for These Applications:
Multi-unit housing and apartment buildings
School campuses and student housing
Healthcare institutions and nursing homes
Industrial facilities and processing plants
Greenhouse heating for agriculture
Why It’s a Smart Investment:
Boost Energy Efficiency: Collect up to 20% more energy than traditional collectors under the same sunlight.
Reduce Operational Costs: Cut fuel and electricity expenses while improving your energy independence.
Sustainable and Clean: No emissions, low carbon footprint, fully recyclable components.
Custom-Fit Design: We tailor every collector to your exact system specifications.
Company Advantage:
In-house coating and glass processing
Solar Keymark, ISO9001, and ISO9806 certified
Strong engineering support
Global export experience
Technical Specifications:
Collector type | FPC200-HM | |
outline dimension (mm) | 2000x1000x80 | |
Surface area (㎡) | 2.0 | |
daylighting area (㎡) | 1.87 | |
net weight (kg) | 30 | |
Working pressure (MPa) | 0.6MPa | |
Interface size/number | G3/4 external thread | |
Number of interfaces | Four | |
Total heat loss coefficient | 5.4W/(㎡·K) | |
maximum working temperature | 100°C | |
power rating (W) | 997 | |
Peak efficiency | 0.78 | |
rated efficiency | 0.49 | |
Collector power (W) | 400W/㎡ | 54 |
700 W/㎡ | 539 | |
1000 W/㎡ | 997 | |
Working fluid capacity (L) | 1.6 |
Q1: What is a split-type solar water heater?
A1: A split-type solar water heater separates the solar collector and the water tank. This design allows more flexible installation, better building integration, and improved performance in cold climates.
Q2: What are the advantages of flat plate solar collectors?
A2: Flat plate collectors are cost-effective, durable, and easy to maintain. They perform well in a wide range of climates and are ideal for domestic and commercial hot water systems.
Q3: How does the system work on cloudy days or at night?
A3: The system is usually equipped with an auxiliary electric heater or backup heating system to ensure continuous hot water supply even during cloudy weather or nighttime.
Q4: Can the system be used in cold regions?
A4: Yes. Our split-type system uses anti-freezing design and glycol circulation technology, making it reliable even in freezing temperatures.
Q5: What is the typical lifespan of a flat plate solar water heater?
A5: With proper installation and maintenance, flat plate solar water heaters can last over 15–20 years.