Dynamis is a high-temperature inverter air-to-water heat pump designed for commercial, public, and multi-residential applications requiring stable and energy-efficient operation throughout the year.
Engineered for both new installations and HVAC modernisation projects, Dynamis combines heating, cooling, and domestic hot water production within one integrated system.
High leaving water temperatures allow easy integration with existing radiator systems and mixed-temperature HVAC installations commonly found in commercial refurbishment projects.
Its modular design, inverter technology, and advanced control logic support efficient operation across varying seasonal loads while helping reduce energy consumption and carbon emissions.
Dynamis is designed to support year-round HVAC operation across heating, cooling, and domestic hot water applications.
High-temperature operation for existing systems
The unit can operate with high water temperatures, supporting integration with existing radiator systems during building modernisation projects.
Stable inverter performance
Advanced inverter control continuously adjusts system output to match building demand, improving seasonal efficiency and reducing cycling.
Integrated DHW functionality
Dynamis supports domestic hot water production alongside heating and cooling operation, improving overall system flexibility.
High-temperature heating
up to 65 °C
Cooling operation
down to 5 °C
Energy efficiency class
A+++
Inverter technology
yes
Dynamis is designed to support the transition towards lower-carbon HVAC systems in commercial and public buildings.
The system combines high seasonal efficiency with reduced electricity consumption and intelligent load management, helping optimise operational costs across varying building demands.
Its inverter-driven operation improves part-load efficiency and supports stable comfort conditions throughout the year.
AIC designs and manufactures HVAC systems in its own European production facilities, maintaining full control over engineering, assembly, and final testing.
Product development is supported by CFD and FEA simulations together with thermal laboratory testing to optimise efficiency, operational stability, and long-term reliability in demanding commercial HVAC applications.