Bank Smart Electricity Monitoring Box Wind Power Control System

The bank smart electricity monitoring box is a device used for monitoring, analyzing, and optimizing power systems, mainly consisting of sensors, data acquisition equipment, communication modules, and data processing software. It can monitor electricity consumption in real-time, identify grid faults, improve the safety and reliability of the power system, and provide users with refined electricity management services, helping to reduce energy consumption and operating costs.

　　1. Platform Overview

AcrelCloud-6000Bank Smart Electricity Monitoring BoxIt is a device that provides users with services such as electricity status monitoring, energy consumption analysis, and energy-saving optimization by collecting, transmitting, and processing electricity consumption data. It can monitor parameters such as power quality, current, voltage, and power factors in real time, helping users understand their electricity usage and make corresponding adjustments. At the same time, smart electricity monitoring devices can also perform energy management and billing, improve electricity efficiency, and reduce electricity costs. It is suitable for various places, such as homes, factories, shopping malls, hospitals, etc.

　　How to prevent electrical fires?

　　Bank Smart Electricity Monitoring BoxThrough the Internet of Things technology, uninterrupted data tracking and statistical analysis of the main factors causing electrical fires (wire temperature, current, voltage, and leakage current) are carried out, and safety hazards in electrical circuits and equipment are discovered in real time (such as abnormal cable temperature, short circuit, overload, overvoltage, undervoltage, and leakage current), effectively preventing the occurrence of electrical fires.

In addition, the system can be equipped with fault arc, smoke detection, and combustible gas monitoring modules, which can be connected through NB-IOT network or 2G network. The system can also be connected and alarmed.

　　2. Platform Structure

★ Real time monitoring

24-hour residual current, temperature, voltage, current, harmonics, power, electrical energy, and other equipment status information at each detection point;

★ Historical records

All alarm information and remote control are recorded in the log and can be easily queried by users;

★ Data analysis

Conduct various model analyses and reports on the collected data to eliminate security risks for customers and provide energy consumption analysis functions;

★ Alarm reminder

When the platform receives alarm or fault information, it will notify management personnel through SMS, APP push and other means, remind them to pay attention to the fault situation, and take corresponding measures to eliminate hidden dangers;

★ Permission management

The platform implements hierarchical management of user types to achieve higher information security. Users with corresponding authorization can view, configure, and modify monitoring data and operation status of projects, devices, detectors, etc. within the authorized scope, thereby improving the overall security of the system;

★ Remote control

Authorized management personnel can remotely set various parameter values of detectors, or perform operations such as opening, resetting, muting, self checking, and remote parameter setting on monitoring equipment, which facilitates management and improves work efficiency.

　　4. Common configuration schemes

　　4.1 Common Solutions

Option 1: Open type transformers for circuits below 100A

Option 2: For circuits below 100A, ordinary transformers will increase the construction workload

Option 3: For circuits below 100A, ordinary transformers, detectors, and wireless modules are separated and can be used for multiple circuits