First, the most important aspect of saving electricity is learning from Handan Iron and Steel's experience and creating an "energy-saving and efficiency-enhancing" enterprise. Strengthen management, tap internal potential, and reduce the consumption of energy and all raw materials. Energy saving should constitute a significant component of "energy saving and efficiency enhancement," and various measures and methods should be used to reduce the proportion of electricity costs in the production costs.
Second, replacing traditional industrial technologies with computer management systems and microelectronics technology is a comprehensive technology applicable to all industrial fields.
Third, establish electricity consumption quotas for unit products. This includes each link, each process, each workshop, each semi-finished product, each finished product, and the comprehensive electricity consumption per unit in the entire enterprise during the production process. Each process is calculated according to economic indicators to achieve the purpose of economic indicator calculation of electricity consumption for the entire enterprise.
Fourth, accelerate the pace of energy-saving technological transformation of general electrical equipment, starting with the economic operation of electric motors. This is an eternal theme. Electric motors account for about 60% of the total electricity consumption in all industries. Although solving the problem of economic operation of electric motors is the main contradiction in improving industrial production while grasping energy saving management. Therefore, while strengthening management, we must also do the following:
1. Where conditions permit, energy-saving electric motors should be adopted in large quantities;
2. Reactive power compensation should be performed on-site;
3. Energy-saving control equipment should be installed.
Fifth, seize the opportunity to carry out energy-saving technological transformation of special electrical equipment and other related equipment. Our province is an old industrial area with a complete range of industrial categories. Based on petroleum and natural gas exploration and deep processing, raw coal mining and deep processing, and heavy machinery processing, the industrial structure is complemented by pharmaceuticals, light textiles, electrochemistry, building materials, and grain and oil industries. The above-mentioned industries have invested a large amount of manpower, material resources, and finances in energy-saving technological transformation over the years, including the economic operation of electric motors, wind turbine and pump transformation, air compressor and air supply system transformation, resistor transformation, salt furnace transformation, induction furnace transformation, arc furnace transformation, frequency conversion equipment transformation, aluminum silicate refractory insulation materials, power factor compensation devices, and the application of industrial computer management systems. Except for electric motors and computer management systems, which are general-purpose equipment, almost all other items are energy-saving technological transformation projects that can be carried out year-round. Where conditions permit, experience should be exchanged and application promoted in a timely manner.