Panel Production | Panel Usage Areas

Panel Usage Areas

Electrical panels play a critical role in energy management and automation processes. With various types such as main distribution panels, compensation panels, motor control panels, PLC control panels, building automation panels, and solar power distribution panels, they have a wide range of applications from industrial facilities to commercial buildings, from power plants to automation systems. We provide safe and efficient energy management by offering tailored solutions for every need.

Main Distribution Panels

Panel systems are used in industrial facilities, factories, workshops, and all areas where low-voltage power control is required to ensure the safe and efficient distribution of electrical energy.

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Compensation Panels

Compensation panels, used to improve energy efficiency and correct the power factor, include the necessary devices, capacitors, and measuring instruments to correct the facility's power factor.

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Engine Control Panels

Motor control panels (MCCs) are designed to ensure the safe and efficient operation of electric motors. They are commonly used in environments with high motor control demand, such as production lines, factories, smart buildings, treatment plants, and pump stations.

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PLC Control Panels

PLC control panels, used in environments with high motor control demand such as production lines, factories, smart buildings, treatment plants, and pump stations, manage industrial automation systems.

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RTU Panels

RTU (Remote Terminal Unit) panels are essential components of industrial automation systems, enabling seamless data communication between field devices and the central control center. They gather and process data from field equipment, transmitting it to the main system to support remote monitoring, control, and data acquisition operations.

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Building Automation Panels

Building Automation Panels are designed based on the size of the building, its intended use, and the type of application. They enable the integrated management of electrical systems, HVAC systems, and lighting. Thanks to open communication protocols, our systems can be easily integrated with other building management systems.

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Secondary Protection Panels

Secondary Protection Panels are used for protection, control, measurement, and monitoring purposes of high-voltage motors, transformer stations, various industrial power systems, generators, and power transmission lines against phase-to-phase or phase-to-ground short circuits.

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Synchronization Control Panels

The need for synchronization arises when two or more alternators must work together to supply power to a load. Since electrical loads are not constant, two or more generators must be connected and operate in parallel to efficiently handle larger loads.

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Server Control Panels

Server Control Panels are specially designed enclosures that accommodate technical equipment such as routers, switches, hubs, and servers. These panels ensure the secure and organized arrangement of system components and simplify cable management.

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Mimic Control Panels

Mimic Control Panels have been used in industry for many years to display process status and alarms. Process or flow diagrams are graphically represented on the front side of the Mimic Control Panel.

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Local Control Panels

Local Control Panels are typically used to control machinery or equipment either locally or remotely, and are installed close to the controlled device. They are frequently used on machines due to their ease of maintenance and assembly.

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Solar Power Plant Distribution Panels

Solar Power Plant Distribution Panels (SPP Distribution Panels) are essential components used in renewable energy systems. They convert the DC energy produced by solar panels into AC energy with the help of an inverter, while performing protection, switching, measurement, and distribution operations.

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Frequency Converter Panels

With the advancement and decreasing costs of semiconductor technology, motor starting systems have also become electronic. Frequency Converter Panels are used for processes such as speed control, flow monitoring, motor data acquisition, and soft start/stop.

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e-Charging Panels

The e-Charging panel used for charging electric vehicles comes in two types: AC and DC. It is available in AC charging capacities of 7 kW, 11 kW, and 22 kW, and DC charging capacities of 30 kW, 60 kW, and 90 kW.

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