Industries
AcrelEMS-EV Revolutionizes Energy Management for Automobile Manufacturing
2024-02-01 11:57:10
Overview
AcrelEMS-EV automobile plant energy efficiency management platform integrates Substation Automation Monitoring Solution, power monitoring, electrical safety, power quality analysis and management, energy consumption management, energy efficiency analysis, smart lighting control, charging pile operation management, and equipment operation and maintenance. It is a reliable, A safe factory energy management system provides data support. Through a platform and an APP, we can conduct centralized monitoring and analysis of enterprise energy consumption as a whole, find out the space for energy saving, reduce energy costs, and reasonably respond to the impact of rising costs in the upstream of the supply chain.
Structure
AcrelEMS-EV Automobile Manufacturing Energy Efficiency Management Solution Composition and Functions
• Real-time monitoring
• Abnormality warning
• Fault analysis
• Operation report of transformation and distribution system
Monitoring, measuring, recording, and alarming transformers, diesel generators, circuit breakers, and other important equipment, and communicates with protection equipment, remote control centers, and other equipment to grasp the operating status and possibilities of the power supply system in real time. Existing hidden dangers can be quickly eliminated to improve the reliability of hospital power supply.
The power monitoring subsystem is mainly aimed at switching stations and 10/0.4kV substations. The high-voltage circuit is equipped with microcomputer protection devices and multi-functional instruments for protection and monitoring. The 0.4kV outlet line is equipped with multi-function metering instruments for measuring and controlling the electrical power of the outlet circuit. parameters and energy usage. At the same time, the status of important hospital equipment such as diesel generators, reactive power compensation devices, active filtering devices, UPS, and isolated power systems is monitored.
• Real-time monitoring
• Power quality monitoring(Class A),
• Power quality report, reactive power compensation.
• Harmonic control
• Nneutral line current reduction
The power quality monitoring and management subsystem monitors the power quality of each incoming circuit, including voltage sag, harmonic distortion, flicker and other data waveform records, and then determines the direction of disturbance in the distribution system. Configure active filtering devices and reactive power compensation devices to compensate and manage the power quality on the 0.4kV side, and monitor the operation of the active filtering devices and reactive power compensation devices to ensure that the power quality meets production requirements.
Energy Efficiency Management
● Build a three-level energy measurement system
● Calculate total energy consumption
● Energy consumption statistics by category and item
● Calculate energy intensity
Energy Monitoring
● Real-time monitoring of electrical parameters
● Abnormal accident alarm
● load monitoring
● Collation and printing of statistical reports
AcrelEMS-EV automobile factory energy efficiency management system builds a measurement system for the factory, displays energy flow and energy loss, and helps companies analyze the direction of energy consumption through energy flow diagrams and identify abnormal energy consumption areas. From the dimensions of energy use types, monitoring areas, workshops, production processes, processes, working time, equipment, teams, sub-items, etc., curves, pie charts, histograms, cumulative charts, digital tables, etc. are used to analyze factory energy consumption statistics and year-on-year statistics. , chain analysis, performance analysis, discount comparison, energy consumption per unit product, and energy consumption per unit output value statistics to identify loopholes and unreasonable places in the energy use process, thereby adjusting the energy distribution strategy and reducing waste in the energy use process.
● Centralized control
● Scene control
● Timing Control
● Illumination sensor control
Individual control, regional control, automatic control, induction control, timing control, scene control, dimming control and other control methods.
● Charging safety monitoring,
● Scan code/swipe card payment
● Charging pile status monitoring
Management of electric vehicle and charging piles, including charge management and asset management.
● Backflow prevention/Reflux
● Energy storage
● Bidirectional energy metering
● Centralized monitoring
● Intelligent control
● Failure analysis
● Centralized management
Motor monitoring realizes the protection, telemetry, remote signaling, and remote control functions of motors in water services. The motor protector can protect, monitor, and alarm against abnormal conditions such as overload, short circuit, phase loss, and leakage. Efficiently and accurately reflect the fault status, fault time, fault location, and related information, and conduct health diagnosis and preventive maintenance of the motor. At the same time, it supports cooperation with PLC, soft start, frequency converter, etc. to realize automatic or remote control of the motor, monitor and control various process equipment, and ensure normal production.
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