Building heating, cooling, and ventilation systems directly impact energy consumption and operational stability. Schneider Electric’s newly unveiled Altivar HVAC drives focus on improving the power efficiency of such systems and enhancing interoperability with building management systems. The company stated that this product family is designed to achieve over 30% energy savings and improve system uptime.

Schneider Electric unveiled a new line of Altivar HVAC drives on the 26th. The product line consists of two models, the ATH200 and ATH600, distinguished by application environment and control level.

The ATH200 is a model tailored for OEM equipment and small HVAC installations. It is characterized by its ability to meet increasingly stringent sustainability standards while reducing design time. The ATH600 targets facilities where continuous operation is critical and control requirements are high, such as hospitals, airports, and data centers. It is designed for sites requiring deeper system integration and advanced control capabilities.

This product line has also expanded the range of driving environments. It is designed to operate from -10 degrees to +60 degrees and features a structure capable of withstanding mechanical, thermal, and electrical stress. Accordingly, it can be used in various HVAC environments, such as rooftop-mounted equipment, machine rooms, and outdoor enclosures.

The reduction in the burden during the installation and operation phases is also noteworthy. The company explained that the system comes standard with EMC filters and motor thermal protection, and supports Modbus and BACnet communication, allowing for system configuration without separate external contactors. The decision to set the cabinet dimensions to 200mm and use materials that meet regulatory standards is also seen as a design that considers both construction efficiency and regulatory compliance.

It also reflects market changes driven by growing demands for refrigerant switching and security. The product line supports IEC 62443-4-2 Security Level 1 certification, firmware integrity verification, and upgradeable firmware. Furthermore, by supporting A2L certification and A3 refrigerant compatibility for powertrains up to 25 horsepower, it accommodates the application of the latest chillers and heat pumps using low GWP refrigerants. This is interpreted as a product strategy aligned with the trend of HVAC systems evolving beyond simple temperature control to become a core infrastructure for energy management and facility safety.