Solar kit Komfort HX300-3KS2100.S018 HSZ3032111404

Complete solar solution for larger households

The KOMFORT HX300-3KS2100.S018 solar kit is a complete solar installation designed specifically for 4-5 person households. The system uses three high-efficiency flat plate solar collectors KS2100F TLP AC with a total absorber surface area of 6.18 m², working in conjunction with a 300-liter dual-coil storage water heater.

Efficient heating system and operational safety

The central element of the kit is the dual-coil water heater with a capacity of 300 dm³, equipped with a magnesium anode. The dual-coil construction enables efficient use of solar energy while maintaining backup functionality. The ALEX HX10 MS pump unit with MiniSOL controller serves as the heart of the control system. The controller offers mobile app support, enabling remote monitoring and management of the solar installation. The high-efficiency circulation pump features minimal energy consumption while maintaining optimal glycol circuit performance.

Complete equipment and safety system

The installation includes all necessary components for proper operation. The 18-liter ZNP diaphragm expansion tank protects the system against excessive pressure increase in case of working fluid overheating. The TERMSOL EKO fluid with a freezing point of -25°C ensures reliable operation of the installation even during the winter period.

The heat transport system is based on 25-meter BiSolar DN16 flexible double pipe, completed with a set of threaded nuts. This construction enables easy installation and minimizes heat loss during the transfer of heating medium between the collectors and the storage tank.

Intelligent control and energy savings

The MiniSOL controller automatically regulates the circulation pump operation based on the temperature difference between the collectors and the domestic hot water storage tank. The venting system eliminates the risk of air cavern formation in the glycol circuit, which translates into stable performance throughout the year of operation.

The selection of all elements guarantees optimal cooperation of individual components and maximization of the energy efficiency of the entire solar system.