The Belimo Energy Valve™ is a modern solution that integrates a control valve, volumetric flow meter, temperature sensors, and actuator into one device. This innovative technology allows precise control of water flow and temperature in air conditioning systems, optimizes energy consumption, and reduces operating costs. With the help of complex data analyses, the Energy Valve™ provides essential information for system optimization and prevention of unexpected failures. Experience performance improvement, energy savings, and sustainability with the Belimo Energy Valve™ - the future of intelligent control of air conditioning systems.

The Belimo Energy Valve offers several features and benefits that you will surely appreciate:

The Belimo Energy Valve™ is an intelligent pressure-independent control valve that optimizes, documents, and demonstrates the performance of the water coil. By maintaining deltaT and eliminating system overflow, it significantly improves the efficiency of the cooling unit and boiler room, leading to substantial energy savings.

1. The valve is pressure-independent, meaning it maintains consistent flow regardless of pressure changes in the system. This feature ensures stable and reliable operation even under varying conditions.
2. The modular design of the valve and plug-and-play features facilitate installation and maintenance. Additionally, it communicates data to Building Management Systems (BMS) via BACnet or Modbus communication, enabling remote monitoring and optimization for further energy savings across multiple valves at different locations.
3. The Belimo Energy Valve is available in various configurations, including 2-way and 3-way valves, to meet different HVAC system requirements.
4. Installers save a significant amount of work by using the Belimo Energy Valve™, which contributes to economical and efficient installation processes.
5. It has been proven that the valve reduces energy consumption by up to 68% compared to conventional alternatives, leading to a positive environmental impact through reduced energy and water flow consumption.
6. The valve's ability to maintain stable flows and energy efficiency makes it a suitable choice for healthcare facilities, where precise temperature control is crucial.

In short, the Belimo Energy Valve™ surpasses traditional valves by offering advanced features such as pressure independence, precise control, remote monitoring capabilities, and substantial energy savings, making it an excellent choice for optimizing energy efficiency in HVAC systems.

Reliable certified measurement enabling IoT-based billing

Threaded Belimo Energy Valve™ in sizes DN 15 to DN 50 are also available in a certified energy measurement variant with MID (Measuring Instruments Directive) approval. This certification ensures that the valve meets the requirements of EN 1434 and type approval according to EU MID 2014/32/EU (MI-004). MID certification guarantees the accuracy and reliability of energy measurement data provided by the Belimo Energy Valve™ and its use as a billing meter. Valves in sizes DN 15-150 without MID certification are also available. Other certifications for the Belimo Energy Valve™ are significant in enhancing its functionality.

Thermal Energy Meter™

Enhanced thermal energy management: Integration of the Belimo Energy Valve™ with the Belimo Thermal Energy Meter™ offers transparent thermal energy management. This combination allows precise measurement and monitoring of thermal flows and energy consumption in heating and cooling systems, ensuring maximum comfort with minimized operating costs throughout the system's lifecycle.

Conclusion

The Belimo Energy Valve™ is a highly efficient and versatile control valve designed to optimize the performance of various HVAC systems. Its features, such as energy efficiency, pressure independence, easy installation, and maintenance, make it a preferred choice for many applications. By implementing the Belimo Energy Valve into HVAC systems, users can expect improved energy efficiency, reduced operating costs, and enhanced overall system performance.