Let's Connect
We're here to answer your questions and help you achieve your goals
Discover how SOLETKS solar solutions are transforming energy landscapes across residential, commercial, and industrial sectors worldwide
The project deploys U-tube solar collector technology featuring high thermal efficiency and strong resistance to low-temperature environments. The system covers a total heating area of 12,600 square meters and is capable of fully satisfying the winter heating demand of the campus's office buildings, teaching buildings, and laboratory buildings.
This project integrates a thermoelectric T/PV system with a ground source heat pump to form a complementary energy solution. Through coordinated operation and intelligent control, the system optimizes thermal–electric energy utilization and significantly improves overall efficiency. The coupling system achieves comprehensive energy savings of 40%–60%.
Advanced installation showcasing the integration of thermoelectric T/PV panels with ground source heat pump infrastructure. The modular design ensures seamless coordination between thermal and electrical energy generation, maximizing system efficiency while maintaining aesthetic appeal and structural integrity.
This project employs flat-plate solar collectors to supply daily hot water for the factory dormitory facilities. The system delivers a production capacity of 138 tons per day, ensuring stable and sufficient hot water availability to support employee living needs and overall residential comfort.
The villa complex is equipped with flat-plate solar water heating systems, with each unit capable of delivering 200 liters of hot water per day. This capacity meets the domestic hot water requirements of vacationing guests, ensuring a reliable and comfortable experience while reducing energy consumption.
This project applies PV/T thermo-twin technology to provide both electricity and domestic hot water for designated office areas. The integrated system effectively reduces daily energy expenditures while maintaining a zero-pollution operating profile, contributing to improved energy efficiency and environmental performance.