ADP Main Power Distribution Panels

ADP Main Power Distribution Panels

It is used to command and control the system appropriately in shopping malls, industrial facilities, smart buildings, treatment plants, and all areas where LV power control is required.

It is a critical type of electrical panel that allows the electrical energy of the building or facility to be taken from the incoming power line and distributed to different electrical circuits and sub-panels of the building. ADP panels are designed by taking into account the dynamic forces created by the on-off maneuvers of high-breaking capacity breakers up to 6300A applications. In electrical installation, electrolytic copper busbars suitable for total power and short circuit currents are selected and supported at appropriate intervals within IEC 61439-2 and TS 3367 standards.
In accordance with IEC 61439-2 standards, auxiliary separators and switches from Form 2a to Form 4b Type 7 can be formed with the help of accessories for operational safety.

Main Distribution Point: The main distribution panel is usually connected to a building or facility's primary energy supply source. This source can be the main line of the power grid or a large energy converter such as a transformer.

Distribution of Electrical Energy:ADP distributes incoming electrical energy to different areas or circuits of the building. These zones include lighting, outlets, HVAC (heating, ventilation, and air conditioning), machinery, and other loads.

Circuit Breakers or Fuses: ADP includes circuit breakers or fuses to energize and protect different circuits. Each circuit provides protection in case of overcurrent.

Power Capacity: The ADP must have the power capacity appropriate to the needs of the building or facility. This is important to meet the maximum energy demands of the building.

Protection and Safety: The main distribution panel monitors and controls overcurrent, overvoltage, and other hazardous conditions. This prevents electrical fires and safety risks.

Automation Capabilities: Some modern ADPs have automation features for energy management and monitoring. This improves energy efficiency and offers remote monitoring.

Redundancy and Stability: The main distribution panel can have redundancy in case of power outages, ensuring a continuous energy supply.

Distribution of Electrical Energy: ADP distributes incoming electrical energy to different areas or circuits of the building. These zones include lighting, outlets, HVAC (heating, ventilation, and air conditioning), machinery, and other loads.