How can enterprises save energy and reduce emissions?

Energy conservation and emission reduction are actually two categories, one is energy conservation and the other is emission reduction, which are related but different. As we know, the power consumption of enterprises generally accounts for the third place in the cost of enterprises. If we reduce the cost of electricity, we must reduce the power consumption, which is to reduce the production cost and directly help enterprises improve their brand competitiveness.

In the work of energy saving and emission reduction in enterprises, all improvement processes are nothing more than understanding data, mastering data, analyzing data, evaluating risks and implementing them. If enterprises attach importance to electricity consumption and electricity consumption as a leisure resource and production cost, they must put electricity consumption management and production management at the same level.

The first step for enterprises to start energy-saving measures is measurement and statistics.

1, enterprises must establish an accurate measurement system, accurate statistics of power consumption.

In order to make the improvement of enterprises more effective, we can start with production equipment with high power consumption, production equipment that is difficult to control and production equipment that is not in place. At present, many enterprises are aware of the importance of econometric statistics, but the methods adopted are not very scientific, and they often adopt relatively backward manual meter reading methods. The disadvantage of manual meter reading is that the data collected is incomplete and discontinuous, and it is impossible to accurately grasp the dynamic energy consumption curve of equipment in production state. Such data has certain value for enterprises, but the value of analysis is too small. What we need is complete, dynamic and real-time electricity consumption data of production equipment, and we also need relevant analysis AIDS to help us analyze and diagnose. Therefore, this first step is quite critical and important, and it is the basis of energy-saving measures.

The second step of enterprise energy saving measures: analysis.

After measuring and counting electricity consumption data, enterprises need to carry out relevant analysis, such as:

(1) Is there any direct waste? Is the equipment operated accurately and switched on and off on time according to the rules and regulations?

(2) Is there too much equipment idling unnecessarily during the production process?

(3) Do employees give priority to using efficient and energy-saving production equipment?

(4) Which equipment has low energy efficiency and needs corresponding technical improvement?

(5) Is the enterprise's distribution capacity reasonable, and is there any waste of "big horse-drawn carts"? wait for

Only by mastering the details can we analyze it accurately.

The third step of enterprise energy saving measures: improvement.

After we accurately analyze the power consumption of enterprises, we can start to improve from the following two aspects:

1. Strengthen management and reduce direct waste.

According to the results of the analysis, implement a sound power management system and use objective data to strengthen the execution of employees. There are also many enterprises with perfect management systems, but there are still many cases of waste. What is the reason? The management system that lies in implementation but cannot be implemented is just a dead letter with no result. Therefore, if enterprises use some auxiliary monitoring tools to implement management, they can help enterprises grasp the effect of employees' implementation in real time and be accountable afterwards! There are many professional companies whose energy management systems can provide perfect data measurement and statistics, as well as real-time monitoring functions. With these tools, our enterprise's energy management measures and energy-saving improvement management measures will be better implemented, and the energy-saving effect will be more obvious.

2. Technical transformation.

According to the data analysis of equipment energy efficiency, some equipment with low energy efficiency is reformed accordingly. For example, for energy-consuming equipment such as motors, air compressors, high-pressure machines and central air conditioners, intelligent energy-saving technology is adopted to carry out energy-saving transformation, which greatly improves the production efficiency of equipment and can quickly recover the investment.