Solar kit Komfort Plus HX300-3KS2100.W123 HSZ3032122104

Advanced solar solution for the home

The KOMFORT PLUS HX300-3KS2100.W123 solar kit is an advanced solar installation designed for 4-5 people, offering a wide range of control functions for every solar installation, also serving to support home heating or pool water heating.

Control and monitoring

The heart of the system is the GH26 controller with extended functionality, providing comprehensive control over the solar installation. The device supports the secondary collector loop pump, circulation pump, additional heat source, electric heater, and three-way valve. The system also enables a wider range of metering thanks to the built-in 60L electronic flow meter and the EKO-LAN modem, which ensures remote monitoring of the installation's operation.

Solar collectors and pump group

The installation utilizes three KS2100F TLP AC solar collectors with a total gross area of 6,18 m², achieving an efficiency of 61% at ΔT=40K. The collectors are characterized by high optical efficiency η₀=0,75 and optimal thermal parameters. The system is equipped with a compact ALEX HX10 pump group featuring a high-quality circulation pump, which ensures minimal electricity consumption at maximum performance.

Hot water storage tank

The central element is a dual-coil OKC300 NTRR/SOL hot water cylinder with a capacity of 300 dm³, equipped with a magnesium anode to protect against corrosion. The system includes a complete safety kit comprising an 18L glycol expansion tank, effective venting, and high-quality working fluid TERMSOL EKO -25°C (20 kg). Additionally, a flexible installation with BiSolar DN12/16m pipes and a ZPKS connection set is used.

System energy parameters

The kit achieves a storage energy efficiency class of C with standing losses at a level of 85W. Annual electricity consumption for self-use is only 63 kWh/year, and the power consumption of the solar pump is just 25W. Thanks to an incidence angle modifier (IAM) equal to 0,95, the system maintains high efficiency regardless of the sun's position in the sky.