Yoga is a hydronic terminal designed specifically for bathrooms and laundry rooms, boasting a slim profile of just 9 cm.

It integrates Ideal Clima's advanced hydronic technology, enhanced by the innovative "TRIPOD" patent. Without a front intake grille, Yoga features an air outlet flap with manually adjustable opening. Its high-efficiency exchange coil and tangential fan unit with a DC Inverter motor ensure exceptional quietness.

The autonomous digital control system, equipped with touch buttons and a transparent display, allows for intuitive operation. Yoga is Wi-Fi Ready and, with the addition of Wi-Fi+, can be controlled via a dedicated app.

The unit is constructed with a steel frame and shell, finished with a double white powder coating, making it moisture-proof and ideal for bathroom environments. Optional accessories include towel bars, available in both heated and non-heated versions, to enhance functionality and comfort.

KERS+ is a next-generation decentralized heat recovery ventilation system, engineered to provide superior indoor air quality with cutting-edge efficiency. Unlike conventional units, KERS+ features an advanced ceramic heat exchanger with an exceptional 97% heat recovery efficiency, ensuring minimal energy loss.

Its dual-flow EC fans operate with ultra-low power consumption, adapting automatically to maintain a comfortable, well-ventilated environment. The unit's intelligent humidity sensor adjusts ventilation levels based on real-time air conditions, optimizing comfort and energy savings.

Designed for seamless wall integration, KERS+ includes soundproofed ducting to eliminate operational noise, making it one of the quietest solutions in its category. Additionally, its self-cleaning filters with antibacterial treatment safeguard against allergens and pollutants, promoting a healthier indoor atmosphere.

With wireless remote control and automatic night mode for ultra-quiet operation, KERS+ redefines home ventilation, ensuring silent, efficient, and intelligent air renewal with minimal energy impact.