Dynamic Flow Networking
Simple in design, the DFN concept is centered on the use of dynamx valves. They feed the exact amount of heating or cooling water to one or more consumers. When integrated with the Building Management System (BMS), they ensure precise temperature control in each and every workspace in a building.
How does it work?
Exact flow to each room
The dynamx control valve feeds the right amount of energy to the right place at the right time. The water flow rate in the variable flow system is adapted at all times to perfectly match the energy need in a given space. This variable flow rate control enables extreme temperature precision, regardless of room occupancy.
Precise comfort control
The dynamx valves can be placed in ceilings, elevated floors, or technical spaces. They are coupled to sensors and to room temperature control units. That is how precise comfort control is realised and the precise energy needs in one or several rooms can be monitored through the Building Management System (BMS).
Measuring is knowing
Reports provide a clear view of the building’s energy consumption. The system generates reports on flow and temperature levels, as well as on energy flows. Energy performance can be reported for an overall building, by floor or even by individual space. Alarms can be automatically generated in the event of a problem.
Primary pump optimization
The dynamx valves are able to transmit the exact energy flows at every level. This information is used to control primary pumps in order to deliver the appropriate amount of heating or cooling water to the right floor. Energy consumption is optimized since only the amount of fluid that is actually required is generated and distributed.
The dynamx valve is available in different flow ranges in order to enable optimal sizing. Our dynamx valves are designed to accurately control the flow through each consumer.
All dynamx valves can be integrated smoothly into Building Management Systems or they can also be implemented as stand-alone devices.
European patent Nr. 2307938
Chinese patent Nr. ZL200880130728.9
Patent pending Nr. US2011/0162742
Registered community design RCD N° 001167076-0001