With the enhancement of environmental awareness and enterprises' concern about operating costs, it is increasingly important to explore energy-saving optimization measures in the calibration of temperature switch. Firstly, start with the selection of calibration equipment and give priority to energy-saving thermostatic baths. Compared with traditional thermostatic baths, such equipment adopts new heating and cooling technologies, such as heat pump technology, which can efficiently achieve temperature regulation. While meeting the high-precision temperature requirements, it can significantly reduce energy consumption, and its energy efficiency ratio can be increased by 30% - 50%.
Secondly, optimize the calibration process to reduce unnecessary energy waste. Reasonably arrange the calibration order and group temperature switches with similar temperatures for batch calibration to avoid frequent large-scale temperature rises and falls of the thermostatic bath, because each large-scale temperature change means a large amount of energy consumption. At the same time, during the heating or cooling process, set a reasonable rate to avoid being too fast or too slow. Too fast may lead to increased temperature overshoot and energy consumption, while too slow will prolong the calibration time and indirectly increase energy consumption.
Furthermore, making full use of natural cold sources is also an effective way to save energy. In suitable seasons and environments, such as in spring and autumn when the temperature is relatively mild, open the laboratory doors and windows to let the natural wind take away the excess heat of the thermostatic bath, assist in cooling, and reduce the running time of the refrigeration equipment to achieve energy conservation and consumption reduction.
Finally, strengthen the daily maintenance of calibration equipment to ensure that it is in the best operating state. Regularly clean the heat sink of the thermostatic bath and check the sealing of the refrigeration system, etc., because poor equipment performance will lead to low energy utilization rate. Through good maintenance, the energy efficiency of the equipment can be improved, making the calibration of temperature switch both accurate and energy-saving.
