What is an energy consumption monitoring system?

The energy consumption monitoring system provides centralized cooling for power consumption, water consumption, gas consumption (natural gas or gas) and central heating consumption, and controls other energy applications. It can automatically collect energy consumption data, centrally monitor and analyze big data, meet the real-time monitoring of the whole process of enterprise energy supply and consumption, strengthen enterprise energy intensive management and improve energy utilization efficiency.

With the rapid development of "double carbon", most enterprises are distributed in a large number and a wide range. Therefore, if the traditional collection mode is adopted, the energy consumption data of multiple enterprises cannot be collected in a short time, and most of the obtained data are delayed, so it is impossible to obtain accurate energy consumption data. The goal of "double control of energy consumption" is to promote the clean, low-carbon, safe and efficient utilization of energy, and also to promote the adjustment and upgrading of industrial structure and energy structure in some high-energy-consuming industries.

According to the classification, sub-item and household measurement of energy consumption, it has many functions such as data remote transmission, data collection, statistical classification, release and remote transmission. It is helpful to improve the awareness of energy saving, so as to realize effective energy saving, improve the level of automation, achieve the national energy consumption index, and realize rational use and energy saving.

Function introduction of energy consumption monitoring system;

Data acquisition: it can monitor all users in real time and feedback energy consumption in real time.

Data analysis: the power consumption of each loop can be analyzed and recorded in detail, and displayed in the form of tables and diversified graphs, and compared by changing graphs and charts.

Statistics of energy consumption data: provide users with energy consumption statistics and report printing by categories, and print statistics of electricity consumption (by year, month and day).

Fault alarm: If the energy consumption exceeds the limit, it will send out voice prompts, system prompts, SMS reminders and other ways to communicate.

Track and effectively manage energy consumption through 2D, 3D and other visualization methods. Including power distribution lighting, air conditioning, heating, water supply and drainage, etc. Hightopo has built various lightweight energy visualization management systems. Each module is developed independently and then integrated to reduce circular dependence and coupling. So as to uniformly supervise all metering points and optimize the building management mode. On the one hand, we can find out the equipment with low efficiency or the corresponding floor space, on the other hand, we can find out the abnormal energy consumption, reduce the peak power consumption level, and give reasonable suggestions according to the data analysis.

The 2D visual panel displays key indicators, updates background data in real time through electricity consumption statistics of air conditioning, lighting and dedicated channels, monitors building energy consumption, and displays contribution statistics of energy saving and emission reduction. Various analysis reports are given based on the database, which provides a reliable basis for energy-saving optimization and transformation.

Coal mine energy consumption monitoring supports dynamic monitoring of energy consumption deployment of mine production system based on multidimensional data such as space, time and quality. When it exceeds the safety critical value, it will immediately trigger an alarm and notify relevant personnel to find, stop and reasonably analyze and formulate energy-saving and consumption-reducing measures in time, so as to realize energy efficient utilization and low-carbon development.

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Improve the management level of energy-saving work, achieve the purpose of energy-saving and multi-energy coupling between supply and demand, and realize centralized monitoring, management and decentralized control.

Building energy consumption

Integrating the lighting systems inside and outside the building, and using the visualization platform of HT Smart Park to centrally monitor the lighting equipment in the building can adjust the lighting effect mode in different periods, display the ambient illumination and lighting energy consumption through data trend diagram analysis, and update the running status of indoor and outdoor lighting detection in real time, so that managers can deal with the lighting system problems in time. Through the visualization of system access, problems can be found and dealt with in time, which can help operation and maintenance personnel to deal with the maintenance problems of lighting equipment in time and improve the management efficiency and service level of buildings.

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Energy consumption of computer room

Reduce energy management links, optimize energy management processes, and establish an objective energy consumption evaluation system. The construction of online energy consumption monitoring system can realize the optimization and reconstruction of energy consumption process on the basis of energy consumption data analysis, effectively implement a scientific and effective energy consumption assessment system, enhance energy-saving awareness and improve energy management efficiency. And can know the real energy consumption situation in time, so as to put forward the technology and management measures of energy saving and consumption reduction and realize the improvement of energy management level.

At present, reducing the energy consumption of refrigeration system is the basic criterion of data center planning and construction, which affects the efficiency of data center construction. Using the visual energy-saving strategy and intelligent algorithm provided by the system, the current equipment and ambient temperature are calculated, and the appropriate power of each refrigeration equipment is automatically given. Optimize the air flow of air conditioning in data center, and realize the scientific application of reducing energy consumption and effective refrigeration.

Through intelligent and visual means, we will further give play to the advantages of energy, build a green manufacturing system, promote the quality change, efficiency change and power change of traditional industries, and make contributions to the overall energy development and green structure. Make energy consumption intuitive, clear and transparent, and also facilitate classified statistics. Therefore, the whole operation management personnel can grasp the energy consumption of the building more comprehensively and timely, ensure that the system can run in the best energy-saving state and obtain energy-saving benefits.