Combined subscriber stations for heating and cooling Dalsia flexTherm

Dalsia flexTherm represents an innovative line of combined subscriber stations designed to provide both heating and cooling to buildings from a single module.

Dalsia flexTherm

Key features:

Two-stage mode

Provides both heating and cooling with a single subscriber module.

Flexibility and adaptation

Automatic temperature regulation depending on seasonal changes.

Energy efficiency

Designed to achieve high energy efficiency through integrated management and monitoring technologies.

Intelligent control

Support integration with SCADA systems and other remote control solutions.

Compactness and easy installation

Compact design suitable for limited spaces and easy installation.

Dalsia flexTherm

Dalsia flexTherm represents an innovative line of combined subscriber stations designed to provide both heating and cooling to buildings from a single module. These stations are suitable for buildings that require efficient solutions both during the winter heating season and the hot summer months.

Technical specifications:

Temperature range:heating up to 90°C, cooling down to 7°C.
Power:up to 2000 kW.
Models with capacities from 50 to 500 kWfor various types of buildings - from small offices to large commercial complexes.
Control:Local control with the possibility of SCADA integration for centralized monitoring and control.

Application

Combined subscriber stations Dalsia flexTherm are ideal for office buildings, commercial complexes, residential blocks, and other large buildings that require heating and cooling throughout different seasons. By providing heat in winter and coolness in summer, they create comfortable conditions at all times of the year.

Benefits of using Dalsia flexTherm:

Efficiency and savings

Improved energy efficiency with an integrated solution.

Modern technology

Intelligent functions and real-time management capabilities.

Durability

Longevity and reliability thanks to high-quality components and construction to the latest standards.