Maximize the use of solar energy! We create environmentally friendly hot water using the sun! We have numerous achievements as a collector for industrial solar thermal utilization systems!
The Fuji Heat P SOLAR FSP-2100 is a vacuum glass tube type (heat pipe type) solar collector that efficiently collects solar thermal energy. It is particularly effective for hot water use, contributing to the reduction of fossil fuel consumption in boilers and similar applications, as well as lowering energy costs and CO2 emissions. The heat absorption section utilizes 16 vacuum double glass tubes. These glass tubes have a double-tube structure consisting of a cylindrical outer tube and an inner tube, with a vacuum between them. Being cylindrical allows for efficient solar energy collection throughout the morning, noon, and evening. Additionally, it captures not only direct sunlight but also diffuse sunlight, resulting in high heat collection efficiency, and provides excellent insulation and heat retention, making it less susceptible to external temperatures. The collected heat is transferred to the water supply pipe at the top of the collector through a heat pipe installed inside the glass tube, without the need to supply water inside the glass tube. This method of collecting heat without supplying water inside the vacuum double glass tube prevents issues such as "thermal shock due to rapid thermal expansion and contraction" that occur in conventional vacuum solar collectors. For more details, please contact us or refer to the catalog.
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basic information
【Features】 ○ Vacuum tube collector that efficiently gathers solar thermal energy ○ Effective for hot water supply use ○ Reduces the amount of fossil fuels used in boilers and other applications ○ Contributes to reducing energy costs and CO2 emissions ○ The glass tube has a double-tube structure with an outer and inner cylindrical tube → The space between the outer and inner tubes is a vacuum ○ Cylindrical shape efficiently collects sunlight throughout morning, noon, and evening ○ High collection efficiency as it captures not only direct sunlight but also scattered sunlight ○ High insulation and heat retention, making it less affected by outside temperatures ○ Collects heat without supplying water inside the vacuum double glass tube → The collected heat is transferred to the water supply pipe at the top of the collector via a heat pipe installed inside the glass tube, without supplying water inside the glass tube, heating the supplied water ○ No issues such as heat shock in the glass tube due to rapid thermal expansion and contraction ● For more details, please contact us or refer to the catalog.
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Applications/Examples of results
The Fuji Heat P SOLAR FSP-2100 has a proven track record as a solar collector for industrial solar thermal utilization systems. By utilizing solar thermal energy as a heat source for hot water supply, this product enables a reduction in the amount of fuel used for hot water and the associated reduction in CO2 emissions. For more details, please contact us or refer to the catalog.
Line up（2）
| Model number | overview |
|---|---|
| FSP-2100 (Wide Span Type) | Special Specification Solar Collector |
| FSP-1800 (Wide Span Type) | Special Specification Solar Collector |
catalog（1）
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Company information
Fuji Energy Co., Ltd. has been engaged for 35 years since its founding in the themes of "effective use of natural energy" and "circular economy," working on the system construction of environmental-related equipment such as vacuum glass tube solar collectors, solar power generation systems, and waste oil purification and fuel conversion devices. We specialize in environmental-related equipment, including our self-developed products: the vacuum glass tube (heat pipe type) solar collector Fuji Heat P·SOLAR (solar thermal utilization system) and the waste oil purification and fuel conversion device Fuji Oil·Eco Changer (waste cooking oil purification and fuel conversion system). Based on the technology and quality we have cultivated over many years, we are continuously challenging ourselves to contribute to society.
