| Quantity: | |
|---|---|
80D
SOLARAVEN
841990
Flat Plate Solar Collector Specification | |
Model | 80D |
Coating | High selective blue titanium or black chrome |
Welding | Laser welding |
Material of Absorber plate | Aluminum sheet 0.4mm |
Size & Quantity of head tube | coper tude,φ22*0.6mm 2PCS |
Size & Quantity of riser tube | coper tude,φ10*0.6mm 7PCS;OR φ8*0.6mm 8PCS |
Absorption rate | 95% |
Reflection rate | 7% |
Collector size | 2000×1000×80mm |
Profile material & color | Aluminum alloy,black color |
Cross area | 2.0㎡ |
Absorber area | 1.85㎡ |
glass cover material | 3.2mm low iron fabric surface tempered glass |
glass cover transmission | 90% |
Back plate material | 0.4mm stainless steel |
Insulation | 40mm glass wool |
Rated working pressure | less than 0.6MPa |
The 80D High Capacity Flat Plate Solar Collector is a state-of-the-art solar thermal system engineered to deliver consistent, high-efficiency solar energy conversion. With a cross-sectional area of 2.0 m² and an absorber area of 1.85 m², it captures sunlight effectively, making it suitable for large-scale hot water and space heating requirements. The collector’s compact design (2000×1000×80mm) ensures easy installation on rooftops or facades, while its robust construction guarantees long-term performance even in harsh environmental conditions.
Key highlights include:
High-selectivity coating: Available in blue titanium or black chrome, these coatings achieve an absorption rate of 95% and a reflection rate of 7%, optimizing solar energy capture .
Laser welding technology: Ensures leak-free, durable connections between copper tubes and the aluminum absorber plate, enhancing heat transfer efficiency and structural integrity .
Low-iron tempered glass: A 3.2mm low iron fabric surface tempered glass cover with 90% transmission protects internal components while maximizing light penetration .
Stainless steel back plate: The 0.4mm stainless steel back plate and 40mm glass wool insulation minimize heat loss, ensuring optimal thermal performance .
This collector is designed for rated working pressure below 0.6MPa, making it suitable for both low-pressure and medium-pressure solar thermal systems.
The high-selectivity blue titanium or black chrome coating ensures exceptional solar absorption, even in low-light conditions. Blue titanium offers a balance of high absorption (95%) and low emittance (4%±2), while black chrome excels in high-temperature environments with its superior heat retention .
The use of laser welding eliminates traditional soldering weaknesses, providing leak-proof connections and resistance to thermal stress. This technology ensures the collector maintains its efficiency over decades, reducing maintenance costs .
Copper tubes (φ22×0.6mm head tube and φ10×0.6mm or φ8×0.6mm riser tubes) efficiently transfer heat from the absorber plate to the heat transfer fluid, while the aluminum absorber plate (0.4mm thickness) enhances thermal conductivity .
The aluminum alloy frame (black color) and stainless steel back plate resist corrosion and UV degradation, ensuring a lifespan of over 25 years . The 40mm glass wool insulation minimizes heat loss, even in cold climates.
The low-iron tempered glass cover and EPDM rubber seals protect against hail, wind, and extreme temperatures, ensuring reliable performance in diverse weather conditions .
The 80D High Capacity Flat Plate Solar Collector is designed for flexibility, catering to a wide range of applications:
Ideal for households, it provides reliable hot water year-round, reducing dependence on conventional energy sources. A single collector can support 4-6 person households, with modular expansion options for larger families .
Suitable for hotels, hospitals, schools, and factories, the collector efficiently meets high-demand hot water needs. For example, a 500-liter system with 3-4 collectors can supply hot water for a 50-room hotel .
The collector’s high heat output ensures swimming pools remain comfortable even in cooler seasons. Its low-pressure design is compatible with most pool heating systems .
Pair with heat pumps or boilers for hybrid systems, ensuring consistent heating during periods of low solar irradiance. This integration enhances energy efficiency and reduces operational costs .
The collector’s scalability makes it suitable for large-scale district heating projects, providing sustainable heat to multiple buildings .
Flat Plate Solar Collector Specification | |
Model | 80D |
Coating | High selective blue titanium or black chrome |
Welding | Laser welding |
Material of Absorber plate | Aluminum sheet 0.4mm |
Size & Quantity of head tube | coper tude,φ22*0.6mm 2PCS |
Size & Quantity of riser tube | coper tude,φ10*0.6mm 7PCS;OR φ8*0.6mm 8PCS |
Absorption rate | 95% |
Reflection rate | 7% |
Collector size | 2000×1000×80mm |
Profile material & color | Aluminum alloy,black color |
Cross area | 2.0㎡ |
Absorber area | 1.85㎡ |
glass cover material | 3.2mm low iron fabric surface tempered glass |
glass cover transmission | 90% |
Back plate material | 0.4mm stainless steel |
Insulation | 40mm glass wool |
Rated working pressure | less than 0.6MPa |
The 80D High Capacity Flat Plate Solar Collector is a state-of-the-art solar thermal system engineered to deliver consistent, high-efficiency solar energy conversion. With a cross-sectional area of 2.0 m² and an absorber area of 1.85 m², it captures sunlight effectively, making it suitable for large-scale hot water and space heating requirements. The collector’s compact design (2000×1000×80mm) ensures easy installation on rooftops or facades, while its robust construction guarantees long-term performance even in harsh environmental conditions.
Key highlights include:
High-selectivity coating: Available in blue titanium or black chrome, these coatings achieve an absorption rate of 95% and a reflection rate of 7%, optimizing solar energy capture .
Laser welding technology: Ensures leak-free, durable connections between copper tubes and the aluminum absorber plate, enhancing heat transfer efficiency and structural integrity .
Low-iron tempered glass: A 3.2mm low iron fabric surface tempered glass cover with 90% transmission protects internal components while maximizing light penetration .
Stainless steel back plate: The 0.4mm stainless steel back plate and 40mm glass wool insulation minimize heat loss, ensuring optimal thermal performance .
This collector is designed for rated working pressure below 0.6MPa, making it suitable for both low-pressure and medium-pressure solar thermal systems.
The high-selectivity blue titanium or black chrome coating ensures exceptional solar absorption, even in low-light conditions. Blue titanium offers a balance of high absorption (95%) and low emittance (4%±2), while black chrome excels in high-temperature environments with its superior heat retention .
The use of laser welding eliminates traditional soldering weaknesses, providing leak-proof connections and resistance to thermal stress. This technology ensures the collector maintains its efficiency over decades, reducing maintenance costs .
Copper tubes (φ22×0.6mm head tube and φ10×0.6mm or φ8×0.6mm riser tubes) efficiently transfer heat from the absorber plate to the heat transfer fluid, while the aluminum absorber plate (0.4mm thickness) enhances thermal conductivity .
The aluminum alloy frame (black color) and stainless steel back plate resist corrosion and UV degradation, ensuring a lifespan of over 25 years . The 40mm glass wool insulation minimizes heat loss, even in cold climates.
The low-iron tempered glass cover and EPDM rubber seals protect against hail, wind, and extreme temperatures, ensuring reliable performance in diverse weather conditions .
The 80D High Capacity Flat Plate Solar Collector is designed for flexibility, catering to a wide range of applications:
Ideal for households, it provides reliable hot water year-round, reducing dependence on conventional energy sources. A single collector can support 4-6 person households, with modular expansion options for larger families .
Suitable for hotels, hospitals, schools, and factories, the collector efficiently meets high-demand hot water needs. For example, a 500-liter system with 3-4 collectors can supply hot water for a 50-room hotel .
The collector’s high heat output ensures swimming pools remain comfortable even in cooler seasons. Its low-pressure design is compatible with most pool heating systems .
Pair with heat pumps or boilers for hybrid systems, ensuring consistent heating during periods of low solar irradiance. This integration enhances energy efficiency and reduces operational costs .
The collector’s scalability makes it suitable for large-scale district heating projects, providing sustainable heat to multiple buildings .
