Ankerui Xu Haojun.
Jiangsu Ankerui electrical appliance manufacturing
With the improvement of social awareness of environmental protection, more and more enterprises and organizations have begun to pay attention to the application of environmentally friendly electricity. Environmentally friendly electricity refers to the use of clean energy and energy-saving technologies to achieve low-carbon, efficient, safe and reliable electricity**. As an important part of the application of environmental protection electricity, the role of environmental protection data acquisition instrument cannot be ignored.
First, the basic concept of environmental protection data acquisition instrument.
The environmental protection data acquisition instrument is a digital environmental protection electricity monitoring equipment, which realizes real-time monitoring and optimal management of the power system by collecting, transmitting and processing electricity consumption data. The equipment uses advanced sensor technology and communication technology to monitor the voltage, current, power factor, active power, reactive power and other parameters in the power grid, and upload the data to the data center for analysis and processing through the data transmission system.
2. The advantages of environmental protection data acquisition instrument in the application of environmental protection electricity.
Real-time monitoring: The environmental protection data acquisition instrument can monitor various parameters in the power grid in real time, find abnormal conditions in time and deal with them, and ensure the stable operation of the power system.
Data transmission: Through the data transmission system, the environmental protection data acquisition instrument can transmit the collected data to the data center to realize the centralized management and analysis of data.
Energy conservation and emission reduction: Through the monitoring and analysis of electricity consumption data, enterprises can optimize the operation of the power system, reduce energy waste, reduce carbon emissions, and achieve the goal of energy conservation and emission reduction.
Improve efficiency: Through real-time monitoring and data analysis, enterprises can detect equipment failures and repair them in a timely manner, improving the operational efficiency and service life of equipment.
Reduce costs: Optimizing the way the power system operates can reduce the operating costs of enterprises and improve economic efficiency.
3. Application scenarios of environmental protection data acquisition instrument.
Industrial parks: Industrial parks are one of the important areas for the application of environmental protection electricity. Through the installation of environmental protection data acquisition instruments, the power system of the park can be monitored and optimized in real time, so as to improve energy efficiency and reduce carbon emissions.
Public facilities: Public facilities such as schools, hospitals and other places also need to be environmentally friendly electricity management. By installing an environmental protection data acquisition instrument, the operation status of the power system can be monitored, and the problem of energy waste can be found and solved in time.
Residential electricity consumption: Residential electricity consumption is an important part of electricity consumption. Through the installation of environmental protection data acquisition instruments, it can help residents understand their own electricity consumption, optimize electricity consumption methods, and achieve energy conservation and emission reduction.
Agricultural production: In agricultural production, irrigation, lighting and other equipment all require a lot of electricity. By installing an environmental data acquisition instrument, the operating status of the equipment can be monitored and controlled, the energy efficiency can be improved and the production cost can be reduced.
Smart Buildings: Smart buildings are an important trend in the future of urban development. Through the installation of environmental protection data acquisition instrument, real-time monitoring and optimal management of the power system inside the building can be realized, and the energy utilization efficiency and intelligence level of the building can be improved.
Fourth, the introduction of Ankerui environmental protection data acquisition instrument products.
1.Overview.
AF-HK100 Automatic Monitoring (Monitoring) Data Acquisition and Transmission Instrument for Pollution Sources is a new generation of intelligent data collector developed in accordance with the standard of "Technical Requirements for Automatic Monitoring (Monitoring) Data Acquisition and Transmission Instrument for Pollution Sources" (HJ 477-2009), which fully meets the various requirements of the standard for collectors. The AF-HK100 contains a variety of common communication methods, and the technical requirements and performance indicators meet and exceed the requirements in the standard. In terms of software, the AF-HK100 fully supports the communication protocol of "Data Transmission Standard for Automatic Monitoring (Monitoring) System of Pollution Sources" (HJ T 212-2005) and the communication protocol of "Data Transmission Standard for Automatic Monitoring (Monitoring) System of Pollution Sources" (HJ T 212-2017). The AF-HK100 is equipped with an Ethernet interface to support wired data upload using the existing LAN broadband network communication in the field, and can be equipped with an optional 4G module to support 2, 3, and 4G wireless cellular data communication to meet the needs of different environments.
AF-HK100 includes 6 RS-232 RS-485 serial ports (switchable by switch), 8 4-20mA analog signal inputs, 8 switching inputs, 4 switching outputs, and LoRa communication modules. Among them, 6 digital communication ports RS-232 RS-485 are used to communicate with intelligent instruments with similar interfaces and read the data of instruments, such as COD ** monitor, ammonia nitrogen ** monitor, total phosphorus ** detector, heavy metal ion ** monitor, flow meter, etc. 8 4-20mA input ports for standard 4-20mA transmitter current signals, such as PH meters, flow meters, pressure transmitters, etc. The LoRa communication module is used to access the intelligent power meter that can be transmitted wirelessly through LoRa, and is used to measure the electrical parameters such as current, voltage and power of the 6-line Y5AF-HK100 environmental protection data acquisition instrument of environmental protection facilities, so that the operating conditions of these environmental protection facilities can be monitored. The 8 switching inputs can be used to monitor the start-stop status of environmental protection facilities.
2.Feature introduction.
This product uses industrial-grade ARM7 processor, which runs at high speed, is stable and reliable, and adopts genuine Linux operating system, so the data acquisition instrument is not easy to be attacked by viruses. Through RS232, RS20mA current signal, 0 5V voltage signal, the pollution source parameters are collected and storedThe built-in DI DO interface can monitor the operating status of pollutant treatment equipment (process monitoring).Communicate with the remote monitoring server via Ethernet, cellular data network (2G, 3G, 4G), in accordance with HJ T212-2005 and HJ T212-2017 data transmission standards. Data storage to an external microSD card, standard 8GB of large storage space, support up to 32G expansion, and store at least 14,400 records. It has anti-static, surge, electromagnetic interference, high-frequency interference, smoke, water splash, moisture and other properties.
2.1. Product model specifications.
V. Conclusions. With the continuous improvement of people's awareness of environmental protection and the continuous promotion of energy conservation and emission reduction policies, the application of environmental protection electricity will become more and more extensive. As an important part of the application of environmental protection electricity, the role of environmental protection data acquisition instrument will become more and more prominent. In the future, we believe that environmental protection data acquisition instruments will be applied in more fields and make greater contributions to the realization of low-carbon, green and sustainable development goals.