Resulting in screw water chiller energy consumption of several major reasons
screw water chiller, in the industry is divided into air-cooled screw water chiller and water-cooled screw water chiller two, screw water chiller in the temperature control is divided into low temperature screw water chiller and room temperature screw water chiller, room temperature Temperature is generally controlled in the range of 0 degrees -35 degrees. Low temperature machine temperature control is generally 0 degrees - minus 45 degrees range. Now with the screw water chiller production technology is more advanced, in the operation of the safety and stability of the more secure, but now many companies are troubled by the problem of increasing energy consumption, then what is the reason will lead to industrial screw Is the water cooler's energy consumption bigger? Today, tens of billions of technical staff and we analyze the reasons.
1, the screw water chiller running time: If the equipment running a long time, and in the process of running the screw water chiller, the enterprise did not provide adequate rest for the equipment time, then the use of screw water chiller business safety must be Threaten. 10 million users recommend to the rationalization of the development of screw water chiller operation plan, or the use of the installation of multiple screw water chiller way, the different equipment in accordance with the alternative method of operation, can basically reduce the cost of more than half of the expenditure, It is possible to avoid the problem of increasing energy consumption.
2, screw water chiller operating environment factors: the use of screw water chiller business, if there are many inappropriate factors in the environment, then the screw water chiller also appears to increase the energy consumption of the situation. As a user, the main purpose of using the screw water chiller is to quickly achieve the cooling of the space. When the environmental location of the equipment is poor, the operational safety of the equipment is seriously affected. It is recommended that the enterprise can be effectively screened according to the size of the equipment running space. Such as the larger space of the workshop, the need to install the equipment in the corner position or the middle of the location, only to choose the right location, in order to achieve the purpose of rapid reduction of space temperature, improve the safety of equipment for enterprises to complete production tasks to achieve high efficiency The
3, screw water chiller failure reasons: If the equipment is faulty, and the screw water chiller cooling performance is decreasing, then the enterprise in the use of screw water chiller must be careful when. When running the equipment, once the enterprise ignores the existence of various common faults, although the temporary use of equipment, but the operation of the equipment directly affected by the serious impact. When the enterprise uses screw water chiller energy consumption continues to increase, etc., said the equipment failure has been very serious and must be dealt with in a timely manner, otherwise it will threaten the normal use of screw water chiller business, and even lead to long-term operation of the enterprise screw water The cost of the cooler increases significantly, so ten billion that the use of screw water chiller protection awareness of the stronger, the lower the probability of equipment failure, in order to achieve low energy consumption run screw water chiller.
The capillary is one of the throttling devices of the screw water chiller. The role of the capillary in the screw water chiller is to reduce the flow. The principle is simple to increase the "flow resistance of the liquid flowing through the capillary" and its ultimate purpose Is to control the amount of liquid supply, but in increasing the liquid flow resistance and control the amount of liquid supply at the same time, the capillary also has the role of antihypertensive, when the high-pressure refrigerant flows through the capillary, from high-pressure liquid into low-pressure high-temperature gas.