In various fields, many people have had the experience of writing papers and are familiar with them. Thesis is a comprehensive style, through which we can directly see a person's comprehensive ability and professional foundation. There are many precautions in writing a paper. Are you sure you can write it? The following is my carefully organized discussion draft on enterprise energy saving measures for reference only. Welcome to reading.
abstract:
In the process of energy saving and consumption reduction, enterprises need to conduct in-depth research on off-peak electricity consumption, organization and leadership, energy-saving technology and so on, so as to establish a feasible management system and apply efficient management measures to carry out energy-saving work. This paper will first analyze the problems existing in enterprise electricity consumption, and then focus on how to apply effective measures to effectively reduce energy consumption.
Key words:
Electricity consumption of enterprises; Energy saving and consumption reduction; Measures.
As a basic national policy, energy conservation is a very important strategic goal. In a country, the equipment manufacturing industry is the most comprehensive strength, and it is also the key to improve the overall quality of the national economy, so as to realize the sustainable development of China. How to continuously reduce the electricity consumption of enterprises is of great significance in the national energy strategy and improving the economic benefits of enterprises.
First, the problems existing in enterprise electricity consumption
Before analyzing the measures to save energy and reduce consumption, let's discuss what problems still exist in the electricity consumption of enterprises at present.
(A) insufficient understanding of enterprises
At present, enterprises invest less money in energy saving, and they only pay attention to immediate interests, which leads to the neglect of energy saving. In order to save energy and reduce consumption, they invest a lot of money and technical equipment, and enterprises should also consider the relationship between energy-saving benefits and technical investment. If the input of technology is greater than the benefit of energy saving, employees will lack certain enthusiasm, especially the motivation of active energy saving will be relatively lacking. At this stage, enterprises do not pay attention to energy conservation and consumption reduction, especially the capital investment in energy conservation is very small, and some even have no investment. Many enterprises don't want to give up their immediate interests and ignore energy-saving work, so they don't pay attention to the capital investment of energy-saving equipment.
(B) low operating efficiency
At present, the operation efficiency of China's power system is low, and the main reason for this problem is that the phenomenon of "big horse-drawn car" is more serious. When designing [1], users should also ensure that the system is very reliable and try their best to ensure its responsibility. However, the selected parameter margin is generally greater than the actual demand value, and the pressure will be greater if the residual value is too large. In order to ensure safety and appropriately increase the surplus, many machinery manufacturing enterprises will increase the weight of each link, resulting in the phenomenon of "big horse-drawn car". Not only that, the phenomenon of wasting electricity in the office area is also very serious. For example, it is often seen that photocopiers spend a long time and turn on the lights during the day.
Second, explore the countermeasures to save energy and reduce consumption.
The above analysis of the problems existing in enterprise electricity consumption. Let's focus on how to apply effective countermeasures to save energy and reduce consumption.
(A) the implementation of energy-saving responsibility system
Each department should have an energy-saving leading group, constantly improve energy-saving management, establish professional power management posts, implement energy-saving responsibilities, and ensure the smooth completion of energy-saving work in enterprises. Each department needs to make clear the energy-saving target according to its own actual situation [2], so as to formulate an efficient energy-saving plan, apply effective measures, decompose the energy-saving target in each department accordingly, and then implement the responsibility to each employee, strengthen the assessment, and strengthen the management of its own energy-saving target, so as to continuously accelerate the energy-saving and consumption-reducing work and achieve the goal of energy-saving and consumption-reducing.
(two) vigorously promote the use of electricity to save energy.
Every department is the main body of energy saving, so we must fully understand the energy saving and consumption reduction of electric power, so as to effectively enhance our sense of responsibility. Enterprises need to increase the propaganda of energy saving and loss reduction, and often organize some training activities. The main operators of electrical equipment cannot take up their posts without training.
(C) the application of peak-valley power system
Generally speaking, off-peak electricity consumption mainly refers to the adjustment of production time, staggering the peak time of residents' electricity consumption, adjusting employees' working hours accordingly, increasing residents' production capacity at the trough, effectively relieving the pressure brought by the power sector while ensuring the completion of production tasks, and more importantly, saving the company's electricity bill. The application of peak-valley power system can continuously increase the load of enterprise power grid, change the time series distribution of power demand, effectively reduce the peak load of power grid, make the company's power system highlight the economy in sports [3], and effectively reduce the company's electricity bill. Off-peak electricity consumption requires neither capital nor technology, so it is widely used in major companies.
(4) The power consumption quota management, measurement and statistical system needs to be improved.
All departments of the enterprise must start with the basic work, establish testing indicators in electrical equipment, standardize the data collation and analysis related to indicators, and strictly supervise key electrical equipment and posts; Improve the statistical assessment system of electricity consumption accordingly, strictly implement the statistical report system of electricity consumption, equip with electricity metering instruments, and strengthen the management of electricity metering; The statistical work of electricity consumption should also be improved as much as possible. Do a good job in statistical accounting and information recording, report and feedback the electricity consumption of the unit in time, and make timely adjustments to the problems to ensure the improvement of the energy-saving electricity consumption system.
Three. Concluding remarks
With the continuous development of social economy, the electricity consumption in all aspects of our country is getting higher and higher. At this stage, all enterprises are advocating energy conservation and minimizing the energy consumption of enterprise products. This is also a very important means of profit for machinery enterprises at this stage. Let every employee know his responsibilities. Only in this way can we truly implement the energy loss work and effectively reduce the energy loss. In this way, the economic benefits of enterprises will be greatly improved.
References:
Nie Zhongming. Measures for enterprises to save energy and reduce consumption [J]. Science and Technology Communication, 2013,09 (12):118+11.
[2] Zeng Dengfeng. Measures to improve energy saving and consumption reduction in water supply enterprises [J]. Urban water supply, 2015,03 (05):16-18+9.
Xu,,,. Discussion on the joint implementation scheme of energy saving and consumption reduction and power market [J]. Power System Automation, 2013,23 (08): 99-103.
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