Ankerui switch status intelligent control device

Tang Xueyang

Ankerui Electric Co., Ltd. Shanghai Jiading 201801

Why use a switch cabinet integrated measurement and control device?

Traditional switchgear relies on manual inspection, which has three major pain points. The comprehensive measurement and control device of the switchgear is targeted for cracking:

1. Security upgrade, shifting from passive to active protection

Traditional problems: Early detection of hidden dangers such as high-voltage live misoperation, insulation aging caused by abnormal temperature and humidity, and contact overheating and erosion can easily lead to power outages or safety accidents.

valueIntegrate high-voltage live display, wireless temperature measurement, and monitoring of opening and closing circuits to provide real-time risk warning; Automatic temperature and humidity control, avoiding condensation and overheating, shifting from "post repair" to "pre prevention".

2. Improve operational efficiency and significantly reduce costs

Traditional problems: low efficiency of manual inspection, long troubleshooting time (2-4 hours), and high operation and maintenance costs.

valueSupport RS485 (Modbus RTU) remote communication and real-time monitoring in the background; Rapid fault location (shortened to within 30 minutes), reduced on-site duty, and reduced the average annual power maintenance cost by 30% in an industrial enterprise after application.

3. Data driven, adapted to intelligent distribution network and green power direct connection

Traditional problems: scattered electrical parameters, lack of unified collection, difficult to support source network load storage coordination and energy consumption optimization.

valueAccurately measuring parameters such as three-phase voltage/current/power, data docking with EMS and power operation and maintenance cloud platform, providing a data base for load regulation and energy storage scheduling of green power direct connection, and helping to improve self consumption rate and compliance traceability.

4. Function integration simplifies cabinet design

It can replace multiple secondary components such as live display, temperature and humidity controller, analog board, control button, etc. The panel surface is simple and the wiring is clear, reducing the cost of the cabinet and the difficulty of debugging.

Product Overview

The ASD series switchgear comprehensive measurement and control device is used for 3-35kV indoor switchgear, suitable for various switchgear such as central cabinets, handcart cabinets, fixed cabinets, and ring main units. It has a circuit simulation diagram and switch status indication, high-voltage live display and phase detection, automatic temperature and humidity control, heating circuit fault alarm, opening and closing circuit integrity indication, opening and closing circuit voltage measurement, pre opening and pre closing flashing indication, wireless temperature measurement of electrical nodes, automatic lighting for human body sensing, voice prompts, electrical parameter measurement and RS485 communication interface, and many other functions, integrating operation and display. The products are divided into six models according to their functions: ASD100L, ASD100G, ASD200, ASD300, ASD310, and ASD320.

Model Description

Model and Function

Mainly applied in the following key scenarios:

1. Industrial enterprise distribution room (core scenario)

Adaptation scenarios: Medium voltage distribution rooms in large industrial enterprises such as steel, chemical, machinery manufacturing, and automobile production, used for cabinets such as central cabinets, handcart cabinets, and fixed cabinets.

Core function: Real time monitoring of contact temperature, live status, opening and closing positions inside the switchgear, warning of hidden dangers such as overheating and misoperation; Collect three-phase electrical parameters, connect with enterprise energy management systems, assist in load optimization and energy consumption control, and avoid production line shutdowns caused by equipment failures.

2. Commercial complexes and high-rise buildings

Adaptation scenarios: Medium voltage distribution rooms in densely populated areas such as shopping malls, office buildings, hotels, hospitals, and data centers that require high reliability of power supply.

Core function: To achieve unmanned operation of the distribution room and remote monitoring of the operation status of the switchgear; By automatically controlling temperature and humidity to prevent cabinet condensation, ensuring power supply continuity, and avoiding the impact of power outages on commercial operations, medical treatment, or data storage.

3. Supporting scenarios for direct connection between new energy and green electricity

Adaptation scenarios: photovoltaic power station booster station, wind power supporting distribution room, energy storage power station combiner cabinet, medium voltage distribution system of green power direct connection industrial park.

Core function: Accurately collect distribution circuit data, connect with EMS energy management system or virtual power plant platform, and support source network load storage collaborative scheduling; Monitor the status of grid connected switchgear, ensure the safety and stability of new energy grid connection, and meet the compliance traceability and data reporting requirements of green power direct connection projects.

4. Municipal infrastructure and public buildings

Adaptation scenarios: Medium voltage distribution rooms in municipal projects such as subways, high-speed railway stations, airports, urban utility tunnels, and sewage treatment plants.

Core function: Adapt to the distribution needs under complex working conditions and provide real-time warning of fault risks; Support remote operation and maintenance, reduce the manual inspection cost of municipal facilities, and ensure the continuous and stable operation of public services.

5. Zero carbon park and smart factory power distribution system

Adaptation scenarios: Distributed distribution network in zero carbon parks, intelligent distribution cabinets in smart factories.

Core function: Integrate multi-dimensional monitoring data to provide data support for energy optimization and low-carbon operation of parks/factories; Collaborate with other intelligent devices to achieve automated control of the power distribution system, helping to create an efficient and low-carbon smart energy ecosystem.

Ankerui switch status intelligent control device

Ankerui switch status intelligent control device