Large-scale ice factories are the main source of industrial ice production. Industry is a sharp weapon for freezing and storing food, cooling enterprise plants, and is also a must for hospitals for treatment and scientific research institutions for experiments. As a result, the top large-scale ice factories have played an indispensable role in these industries. Especially in summer, the amount of ice produced by large-scale ice factories has increased greatly with the growth of demand. In the cost of ice making, the cost of electricity is a huge expense. How can large ice factories save electricity and minimize the cost?
1. Formulate reasonable unit power consumption assessment indicators
Professional large-scale ice factories generally formulate a power consumption assessment index based on historical production performance. Large-scale ice factories should use the established power consumption assessment indicators for the use of electricity in the usual production management and equipment operation. In daily production, it is not possible to reduce the evaporation temperature in order to shorten the freezing time, and to exchange high power consumption for high daily output. This will easily cause the power consumption to exceed the standard, which is not conducive to saving power.
2. Adhere to the policy of 'large pool, multiple barrels, high temperature, slow freezing'
Adhering to the above policy for large ice factories is equal to balancing the relationship between output, freezing time and unit power consumption. At the same time, this policy is also a powerful way for large ice factories to balance the relationship between good transportation costs and infrastructure investment. Measures, the ice factory should choose the best operating procedures in production and strictly implement the above guidelines.
3. Hoist ice uniformly and control salt water
If large ice factories want to reduce power consumption, they must standardize the operation of the ammonia refrigeration system to achieve uniform ice hoisting, and strictly control the concentration of brine and the temperature and flow rate. Perform frequent inspections, strict inspections, more adjustments, frequent oil and air discharge, and clean condensers at any time to achieve the greatest reduction in unit power consumption while improving the power factor.
It is also one of the important measures for large-scale ice factories to save electricity through the reasonable price of evaporation area and condensation area. At the same time, the unit can also improve the efficiency of electricity saving by recycling 'waste ice' and crushed ice. To achieve the maximum reduction of power consumption, how to better save power is a difficult problem for large ice factories. I hope that after reading this article, large ice factories can better save electricity and produce better quality ice. Blocks are for everyone to use.
