To achieve the best energy return on investment with the installation of a thermostatic valve, a few key concepts must first be understood and applied.
The first concept is the simple mechanical devices ability to control the temperature of a system. A thermostatic valve, also known as a thermostatic radiator valve, or TRV, works by sensing the temperature of the air or liquid in a system and responding to the sensed temperature by activating a switch to open or close the valve. By using mechanical switches, the thermostatic valve can be calibrated to open or close different ports depending on the temperature of an outer system, such as a room, house, or office building.
The second concept is the ability to return energy from the installed thermostatic valve. By adjusting the temperature of the system, a greater return on investment is created by the thermostatic valve. This return on investment is realized by reducing the amount of energy the thermostatic valve needs to consume in order to bring the system to its predetermined temperature. For example, for a system operating at a rated 75°F, the return on investment realized by lowering the system to 72°F will be greater than if the system had been maintained at 75°F.
The third concept is the ability to control the temperature of the system by using a thermostatic valve and other control methods. Depending on the system, a number of control methods may be employed, such as manual valve control, zone control, or programmable electronic control. This type of system allows the user to set the temperature of the system, adjust the temperature during specific periods, or even monitor the energy usage of the system. These different methods of control result in the best return on investment, as the precise control of the system temperature results in a greater conservation of energy.
Finally, the fourth concept is the ability of the thermostatic valve to accurately adjust the temperature of the system. This precise calibration allows the user to set the temperature of the system at a level that results in the highest return on investment. By correctly calibrating the thermostatic valve, the user can ensure that the temperature is maintained at an optimal level for the longest period of time, resulting in a greater return on the energy used.
In conclusion, the installation of a thermostatic valve requires the understanding and application of several key concepts in order to achieve the best energy return on investment. The device must be capable of controlling the temperature of the system, allowing for the return of energy while controlling the temperature of the system, and calibrating the thermostatic valve accurately in order to maintain the system at the optimum temperature for the longest period of time. By understanding and applying these concepts, the user will realize the greatest return on their energy investment and their thermostatic valve installation.
