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Conventional photovoltaic (PV) modules convert only approximately 20% of incident solar energy into electricity, with the remaining energy dissipated as waste heat. This accumulated heat not only goes unutilized but also degrades the photovoltaic conversion efficiency of the solar cells—as panel temperature rises, electrical efficiency declines.
BSP-TP Self-Cooling Temperature Sensing Rod
The Self-Cooling Temperature Sensing Rod is a detector featuring active heat dissipation and temperature monitoring, designed for material piles with self-heating risks. It provides passive heat dissipation to slow internal temperature rise and prevent hot spot formation, while enabling real-time internal temperature monitoring with three-stage pre-alarm capability.
The BSP-TP series is a fixed-installation model, wireless, and intrinsically safe, suitable for wide deployment across various bulk material storage scenarios prone to heat accumulation.
The BSP-TE Thermovoltaic Micro Power Module is a thermal-to-electric micro energy harvester developed by leveraging the temperature difference between a heat source and the ambient environment. Based on the Seebeck effect and utilizing semiconductor thermoelectric generation technology, it captures energy from low-grade heat sources. An integrated high-efficiency power management IC (PMIC) enables ultra-low input voltage harvesting and regulation, delivering a localized, continuous, and reliable self-powered solution for intelligent wireless monitoring and data transmission. As a foundational micro-energy source for wireless sensors, this technology holds significant potential for widespread deployment in the 5G IoT era.
Statistics indicate that over 80% of solar power plant fires originate from DC-side faults. In conventional PV systems, series-connected module voltages result in high DC voltages ranging from 600 V to 1000 V on the DC side. When aging cable connections, faulty connectors, mismatched models, loose contacts, or insulation breakdown occur between closely positioned opposite-polarity conductors, the high DC voltage readily triggers DC arcing, producing open flames and causing fires. Thus, arc faults induced by high DC voltage constitute the primary cause of PV-related fires.
Equipped with an integrated Back Contact (BC) solar panel and a built-in USB port, this lightweight and portable backpack offers a truly hassle-free power solution. Simply plug in and charge your devices anytime, anywhere. Designed with a sleek, streamlined aesthetic that seamlessly combines practicality with a modern, professional look, it is the perfect mobile power companion for life on the go.
Designed for outdoor adventures, this upgraded essential features a lightweight and compact design with an integrated lamination process for exceptional durability. Equipped with dual USB ports for convenient charging, it serves as the ideal power solution for camping, hiking, and emergency power needs.
100W Portable Folding Solar Panel--converts solar energy to renewable power, is equipped with monocrystalline solar cells, adjustable kickstands, multi-functional USB ports and sturdy handle, allows you to explore the great outdoors with an endless supply of clean renewable energy.
200W Portable Folding Solar Panel--converts solar energy to renewable power, is equipped with monocrystalline solar cells, adjustable kickstands, sturdy handle, and stylish design,allows you to explore the great outdoors with an endless supply of clean renewable energy.
BSP-TPM Self-Cooling Temperature Sensing Rod
The Self-Cooling Temperature Sensing Rod is a detector featuring active heat dissipation and temperature monitoring, designed for material piles with self-heating risks. It provides passive heat dissipation to slow internal temperature rise and prevent hot spot formation, while enabling real-time internal temperature monitoring with three-stage pre-alarm capability.
The BSP-TPM series is a portable, pointed tip design,passive, wireless, and intrinsically safe solution suitable for broad application across various bulk material storage scenarios prone to heat accumulation.
The PVT Hybrid Water Heater is a high-efficiency combined heat and power water heater that integrates photovoltaic and solar thermal functions.
Utilizing PVT technology, the PVT Hybrid Water Heater combines photovoltaic electricity generation with solar thermal collection. The PVT panel employs monocrystalline silicon PV cells, while a superconducting heat collector—featuring micro heat pipe vacuum lamination technology—absorbs thermal energy from the PV backsheet. Simultaneously, a thermal circulation mechanism cools the PV panel, enhancing photoelectric conversion efficiency. This design enables efficient PV/T synergy, achieving an overall solar utilization efficiency of up to 75%.
The PVT system integrated with auxiliary heat sources (such as air source heat pumps, electric boilers, gas boilers, etc.) forms a flexible water heating solution featuring dual-source energy coupling, high efficiency, and energy savings. It meets the sanitary hot water demands of schools, hotels, hospitals, employee dormitories, restaurants, industrial facilities, and similar applications.
The Snow Melting Mat is a thin polymer mat utilizing low-voltage DC PTC (Positive Temperature Coefficient) heating technology, designed for snow and ice removal on pedestrian walkways to protect users from accumulated ice or snow hazards.
The mat employs low-voltage DC PTC technology, delivering uniform heat distribution with automatic power adjustment based on ambient temperature. Compared to conventional cable heating systems, energy consumption is reduced by 30–60%.
Operating on low-voltage DC (24V) input, the mat can be directly connected to photovoltaic modules or optionally paired with an AC adapter for household power supply, ensuring safety and reliability.
Constructed with a durable polymer design, the mat is thin, robust, and easy to install, offering flexible adaptability to various scenarios.
Sample dimensions are 370 × 1610 mm. Custom sizing is available; please consult a Blueskyet engineer for specific requirements.
Innovating thermal tech, powering green microgrids.
Contact Information
TianAn Hi-tech Ecological Park, NO.555 Panyu Avenue,Panyu District,Guangzhou,Guangdong,China