Solar kit Komfort Max HX200-2KS2100.S209 HSZ2022113401

Modern solar kit for efficient water heating

The KOMFORT MAX solar kit is a complete solution for users seeking an advanced control system for solar installations. The system has been designed for versatile applications - from heating domestic hot water and supporting home heating, to heating swimming pool water. Dedicated to households of 2 to 3 people, it offers an optimal combination of efficiency and ease of use.

Advanced control technology and energy savings

The heart of the system is the new generation MiniSOL Plug&Play controller, which eliminates complicated configuration processes. The device is equipped with a built-in WiFi module and is operated exclusively via a mobile application (Android/iOS), enabling full control over the system from anywhere. An advanced circulation pump control algorithm ensures intelligent adjustment of operating parameters to the size of the installation, while speed regulation guarantees minimal energy consumption by the WILO circulation pump.

High-performance KS2100 solar collectors

The system includes two KS2100 solar collectors. Each collector is equipped with an aluminum absorber plate and copper piping. The harp-shaped absorber layout with four connection ports protects the heat transfer medium from overheating even in the event of a power failure. Tempered solar glass provides hail resistance according to the EN ISO 9806 standard, and full thermal insulation of the casing allows for operation in any climate, including cold conditions.

Complete set of installation elements

The kit includes a 200 liter dual-coil water heater with a titanium anode providing long-term corrosion protection. The system is supplemented by an 18 liter glycol expansion vessel, BiSolar DN16/25m double flexible pipe, and TERMSOL EKO -25°C fluid weighing 20 kg. Additionally, the kit contains a 60L electronic flow meter, an EKO-LAN modem, and a pressure switch with a set of supplementary accessories. All components are factory-selected and mutually matched, eliminating the risk of incorrect system selection.