ZD-KPJ AC Power Panel

ZDKPJ AC Panel is a device used for distributing and managing alternating current. It is widely applied in power systems, industrial facilities, commercial buildings, data centers and other scenarios.

It distributes AC power to various electrical equipment or subsystems, while providing overload protection, shortcircuit protection, electric energy metering and other functions to ensure safe and reliable power distribution.

Main Functions

1. Power Distribution

Distributes the main input AC power to multiple output circuits to supply different equipment or subsystems.

Supports singlephase or threephase AC power distribution.

2. Circuit Protection

Equipped with circuit breakers, fuses and other protective devices to prevent damage to equipment and lines caused by overload, short circuit and other faults.

Supports earth leakage protection to ensure electrical safety.

3. Electric Energy Metering

Integrates energy meters or smart meters to monitor power consumption of each circuit in real time for energy management.

Supports data recording and remote transmission for centralized monitoring.

4. Status Monitoring

Provides realtime monitoring of voltage, current, power and other parameters.

Supports alarm functions: audible and visual alarms or remote notifications when parameters are abnormal.

5. Remote Control

Supports remote opening and closing control of circuit breakers for convenient operation and maintenance.

Can be integrated with smart grid or energy management systems to realize automated management.

6. Modular Design

Adopts modular design for flexible expansion of circuits or functions according to requirements.

Supports customized configuration to meet different application scenarios.

Application Scenarios

Power System: AC power distribution and protection in substations and distribution stations.

Industrial Facilities: Power distribution and equipment protection in factories and workshops.

Commercial Buildings: Power distribution and energy consumption management in office buildings, shopping malls, etc.

Data Centers: Reliable power distribution and protection for servers, network equipment, etc.

New Energy: Power distribution in photovoltaic power stations, wind farms and other new energy systems.

1. High Safety

Adopts highquality electrical components and strict design standards to ensure safety and reliability.

Provides multiple protections (overload, shortcircuit, earth leakage, etc.) to guarantee safe power usage.

2. Flexibility

Supports various input and output configurations to meet different power distribution demands.

Modular design for easy expansion and maintenance.

3. Switching Mode

Adopts ATS (Automatic Transfer Switch) mode.

The transfer switch uses a singleaxis bridgearm structure, ensuring no overlapping between two power sources.

Switching is controlled electrically and held mechanically; after closing, electrical control exits and the state is maintained mechanically.

In case of device failure, manual switching to the alternate power source is available.

The transfer switch has a rated shorttime withstand current of 10 kA, peak withstand current of 25 kA, and mechanical life of 250,000 operations.

4. Intelligence

Integrates smart meters and monitoring systems, supporting realtime data acquisition and remote control.

Supports integration with Energy Management Systems (EMS) or smart grids for intelligent management.

5. Energy Saving & Environmental Protection

Helps users optimize power consumption schemes and reduce energy use through metering and analysis.

Adopts highefficiency electrical components to minimize energy loss.

6. Easy Installation & Maintenance

Compact structure for easy installation and space saving.

Clear labeling and wiring diagrams facilitate maintenance and troubleshooting.

7. Environmental Adaptability

Industrialgrade design ensures stable operation in harsh environments such as high temperature, high humidity and dust.

High protection degree (e.g. IP54), suitable for various industrial applications.