What Are OG Metal Cells and How Do They Work?
Definition:
OG metal cells, also known as metal-clad switchgear, are a type of electrical switchboard used in medium voltage (MV) power distribution systems. They are typically constructed from metal enclosures made of materials such as steel or aluminum that contain and protect the electrical components inside. Metal-clad medium voltage cells play a critical role in the distribution of electrical energy. The key functions of metal-clad medium voltage cells include:
– Electricity Distribution: These cells are used to safely distribute electrical energy at medium voltage levels (typically between 1 kV and 36 kV). They manage the distribution of electricity in industrial plants, residential buildings, shopping centers, and other facilities.
– Control and Protection: Cells control the flow of energy through circuit breakers and protection equipment. They detect overloads, short circuits, and other electrical faults, protecting the circuit and ensuring safety.
– Isolation: By isolating high-voltage components, they provide a safe working environment. Insulation materials help prevent electrical faults and hazards.
– Redundancy and Reliability: Metal-clad medium voltage cells offer redundancy to ensure the continuous operation of the electrical infrastructure, minimizing power outages and ensuring reliable energy distribution.
Metal-clad medium voltage cells help ensure the safe and smooth operation of the electrical network, facilitating the efficient use of electrical energy.
Main Components:
– Metal Enclosure: These cells are typically housed in a durable metal enclosure that protects the internal equipment from external factors and ensures safety.
– Circuit Breaker (Switchgear): The cell usually contains a circuit breaker that controls the flow of electricity by opening and closing the circuit. It cuts off the power in case of faults, ensuring safety.
– Protection and Control Equipment: Cells are typically equipped with protection and control equipment that detects overloads, short circuits, and other potential hazards, providing protection.
– Insulation Materials: These materials ensure the isolation of high-voltage components from each other and from the external environment, enhancing electrical safety.
OG metal cells are designed to be compact, robust, and efficient, making them highly suitable for industrial and commercial applications. They typically include components such as circuit breakers, disconnect switches, busbars, fuses, relays, and metering equipment for control and monitoring.
The use of metal enclosures provides numerous benefits, including protection against environmental factors like moisture, dust, and humidity, as well as physical damage. The design of the metal cabinet also limits access to live electrical components, providing a high level of safety for operators.
OG metal cells are commonly used in power distribution systems across various sectors, including industrial facilities, power generation plants, infrastructure projects, hospitals, and more.
How It Works:
OG metal cells are designed to ensure the protection, control, and distribution of electrical power in medium voltage systems. They typically consist of metal enclosures that house and protect electrical components such as circuit breakers, disconnect switches, busbars, fuses, relays, and meters. The working principle of an OG metal cell is as follows:
1. Power Input: Power from the medium voltage distribution network enters the metal cell through a feeder cable.
2. Protection: The power is typically routed through a circuit breaker or load isolator within the cell that provides protection against overloads and faults. The circuit breaker or load isolator can be operated manually or remotely via a control panel.
3. Distribution: Once protected, the power can be distributed to various loads using busbars and other distribution equipment inside the metal cell. Busbars split the power into different feeders and branches, which can be opened or closed as needed to control the power flow.
4. Control and Monitoring: The metal cell also contains control and monitoring equipment such as relays, meters, and communication devices. These devices help monitor the power flow and provide information about the status of the cell and the power distribution system.
Overall, an OG metal cell offers a compact and efficient solution for power distribution in medium voltage systems while also providing protection, control, and monitoring capabilities. The exact operation of an OG metal cell may vary depending on the specific configuration and components used in the system.
Our Models:
With a wide range of models to meet all your needs, our OG metal cells, which are manufactured and tested in the factory, can be quickly and practically commissioned and used safely.
GMMH36-KAGC (Kesicili Ayırıcılı Giriş Çıkış Hücresi)
GMMH36-YASGC (Yük Ayırıcılı Sigortalı Giriş Çıkış Hücresi)
GMMH36-YAAK (Yük Ayırıcılı Akım Gerilim Ölçü Hücresi )
GMMH36-AkGeOH (Ayırıcısız Akım Gerilim Ölçü Hücresi )
GMMH36-Kub (Çift Gaz Ayırıcılı-Kesicili Bara Bağlama Hücresi)
GMMH36-AAkGeOH (Gaz Ayırıcılı Akım Gerilim Ölçü Hücresi )
GMMH36-AGOH (Gaz Ayırıcılı Gerilim Ölçü Hücresi )
GMMH36-AGCH (Gaz Ayırıcılı Giriş Çıkış Hücresi)
GMMH36-AGBH (Gaz Ayırıcılı İç İhtiyaç Hücresi )
GMMH36-ASC (Gaz Ayırıcılı Sigortalı Çıkış Hücresi )
GMMH36- KBBarY (Kablo Bağlantı Ve Bara Yükseltme Hücresi )
GMMH36- OTOP (Otoprodüktör Hücresi )
GMMH36-YAGC (Yük Ayırıcılı Giriş Çıkış Hücresi )
GMMH36-AkOH (Akım Ölçü Hücresi )
GMMH36-AkOBarYH (Akım Ölçü ve Bara Yükseltme Hücresi)
GMMH36-YABarBH (Yük Ayırıcılı Bara Bölme Hücresi)
GMMH36-ByH Bara (Yükseltme Hücresi )
GMMH36-KbarBH (Kesicili Bara Bölme Hücresi)