Energy Efficiency Management System Solution for Water Treatment Plant Substation

(1) Real time monitoring
Real-time monitoring of high and low voltage power supply and distribution system switch cabinets, transformer microcomputer protection and control devices, generator control cabinets, motors, including remote control, remote signaling, telemetry, remote adjustment, accident alarm and records, etc.
(2) Key power supply and distribution equipment monitoring
Monitor the current, voltage, active/reactive power, power factor, load rate, temperature, three-phase balance, abnormal alarm and other data of transformers, diesel generators, motors, and process equipment.
(3) Fault recording
The system has fault wave recording and event sequence recording, which are used to analyze fault waveforms, assist in analyzing the cause of faults and improve them.
(4) Power Quality Monitoring
Monitor the power quality of each incoming circuit, including data waveform records such as voltage sag, harmonic distortion, flicker, etc., and then judge the disturbance direction of the power distribution system.

(1) Power quality control
Configure active filtering devices and reactive power compensation devices to compensate and control the power quality at the 0.4kV side, and monitor the operation of active filtering devices and reactive power compensation devices to ensure that the power quality meets production requirements.
(2) Electrical fire monitoring
Monitor the leakage current and cable temperature of the power distribution system circuit to realize early warning of water and electrical safety.
(3) Fire-fighting equipment power monitoring and evacuation instructions
Monitor whether the working power of the fire fighting equipment is normal, and ensure that the fire fighting equipment can be put into use normally in the event of a fire.
(4) Node temperature measurement
The system monitors the contact temperature of circuit breakers, busbars, cable connectors, and intensive bus ducts and gives real-time warnings.

(1) Construction of measurement system
Build a metering system for the sewage plant, display energy flow and energy consumption, and help it analyze the whereabouts of energy consumption through the energy flow diagram, and find out abnormal areas of energy consumption.
(2) Energy consumption data statistics
Collect the consumption of factory process electricity, factory service electricity, etc., compare and analyze year-on-year comparisons, calculate total energy consumption and energy intensity, calculate standard coal calculations, and statistical trends of CO2 emissions.
(3) Process energy consumption
Collect the energy consumption of process equipment in the sewage plant, including energy consumption data such as lift pumps, aeration systems, mixing systems, sludge treatment systems, and deodorization systems.
(4) Intelligent lighting control
Single control, area control, automatic control, induction control, timing control, scene control, dimming control and other control methods.

(1) Equipment file management
Configure important equipment including transformers, electrical cabinets, high-voltage cables, air-conditioning hosts, motors and other equipment information, and configure QR codes.
(2) Operation and maintenance process management
Task management, inspection records, defect records, fire alarm records, emergency repair records, notification work orders
(3) Equipment maintenance
After the user maintains the equipment's warranty period and installation time, it detects whether the equipment has been running for a long time or expired, reminds the user to check or replace the corresponding equipment in time, and prompts maintenance or replacement suggestions.
(4) Expert diagnosis report
The system regularly generates energy consumption analysis reports for users and provides expert advice.