Industrial electricity is one of the most important energies used in large industries and factories. This type of electricity is produced in three phases and its voltage is usually between 400 and 600 volts. Electricity is controlled by power transformers, transformers and switchboards and is also used in various industries such as steel, oil and gas, automotive, electronics, etc.
This type of electricity is used to power machines, production devices, lighting, cooling systems and other industrial purposes. This type of electricity plays an important role in the development of industry and production due to its high power and wide application.
Introducing Industrial Electricity
Industrial electricity is a type of electricity that is produced to provide energy for large industries and numerous factories. This type of electricity is three-phase and its voltage usually varies between 400 and 600 volts.
This powerful force is controlled by power transformers, transformers and electrical panels and has the ability to provide energy for machines, production devices, lighting, cooling systems and other industrial affairs.
This type of electricity is very important and is used in various industries such as steel, oil and gas, automotive, electronics, etc. Due to its high power and wide application, industrial electricity plays an important role in the development of industry and production.
This type of electricity provides facilities that are necessary to produce various goods and carry out industrial processes. Also, the said electricity acts as the driving force of industrial machines and directly or indirectly affects the production processes. This energy must be provided in an optimal way in terms of security and quality.
For this purpose, appropriate control and monitoring systems should be considered for industrial electricity. Also, protection against voltage drop, short circuit and overheating is also very important for electricity.
As a result, this electricity, as one of the basic energies in the industry, plays a very important role in industrial development and progress. This electricity model, by providing the energy needed for machines and industrial processes, provides the possibility of increasing production and improving the quality of products.
All kinds of industrial electricity parts
To establish industrial electricity, a set of equipment and devices are placed together and form a circuit, each of which has a special importance. The following items represent these parts;
Transformer: Transformer is a key part in the industrial electricity system that is used to change the voltage between two electrical systems.
Relay: A relay is an electromechanical part, which is used to control the electric current in a circuit. It is specifically used in safety and protection against short circuit and voltage drop.
Contactor: Contactor is an electromechanical part that is used to control electric power in large circuits. It is used to turn on and off motors and large electrical devices.
Power converter: A power converter is an electronic component that is used to convert voltage or current between two power systems. This part can convert AC voltage to DC or vice versa. These equipments must be present in the industrial electrical circuit.
Switch: A switch as an electromechanical piece designed to turn on and off electrical circuits. It can be operated manually or automatically.
Fuse: A fuse is a protective device that is used to protect circuits against excessive currents. In the event of a short circuit or overcurrent, the fuse will trip and cut off the current. In the industrial electrical circuit, we are required to use powerful circuits.
Resistor: A resistor is an electronic component that limits electric current. This part is used for current control and voltage regulation.
Power cable: Power cable is a conducting wire that is used to transmit power between devices and equipment. The electric cable is made of copper or aluminum conductor and insulation is placed on the conductor wires. We need powerful cables to transmit industrial electricity.
Sensor: A sensor is an electronic component that detects physical changes such as temperature, light, pressure, etc. and informs the control system. Sensors are used in automatic and industrial control systems.
Electric gearbox: Electric gearbox is also a kind of mechanical part that is used to change the speed and torque of engines. This part works by means of gears and can increase or decrease the speed.
Necessity to use different parts in industrial electricity
Industrial electricity is one of the basic factors in industrial performance and operations. This power is used to meet the electrical needs of machines, equipment and industrial systems. But the production, transmission and use of said electricity depends on electrical components.
Electricity production: To produce industrial electricity, efficient and reliable electrical parts are needed. Electricity production is done through transformers, generators, converters and other electronic components.
Power transmission: To transmit power from the production source to the final consumer, electrical components such as power transmission lines, transformers, switches and contactors are needed. These industrial electrical parts are used to maintain the quality and efficiency of electricity during the transmission path.
Power distribution: To distribute power in industrial systems, electrical components such as switchboards, relays, fuses and protection systems are used. These parts help to control and manage the electricity flow in the system and prevent risks such as short circuit and current increase.
Control and automation: electrical components play a key role in control and automation systems. Electronic relays, sensors, contactors and switches are used to control and manage the performance of machines and systems.
Protection and safety: Industrial electrical components are very important for protection and safety in industrial systems. Fuses, protective relays, safety switches, and fire alarm and extinguishing systems are among the electrical components that play a role in maintaining the safety of employees and industrial equipment.
The use and importance of the transformer in industrial electricity
Transformers are one of the basic components in industrial power systems and play a very important role in power transmission and distribution. These electrical devices are able to change the electrical voltage and are used to regulate and distribute electrical energy in industrial systems. Below we mention some of the importance and applications of transformers in industrial electricity;
Transmitting energy over long distances: Transformers allow industries to transmit electrical energy over long distances. By using this equipment, the electricity produced in the power plants is transferred to the electricity distribution networks and then distributed to industries and final consumers.
Voltage regulation: Transformers are able to change the voltage of the electricity. This possibility helps the industries to coordinate the electricity with the voltage they need.
For example, in industries that require high voltage, transformers are used to step up voltage, while in industries that require lower voltage, transformers are used to step down.
Isolation of circuits: Transformers can be used as an isolation element in electrical circuits. By using transformers, different circuits can be separated and interference between them can be prevented. This is very important in maintaining the safety and efficiency of industrial electrical systems.
Reducing power losses: These equipments help industries to avoid power losses in the power grid. By using transformers, the amount of current in the power grid is reduced and this leads to a reduction in power loss.
Use of superpower energy: Transformers are also used to use superpower energy. This energy, which is produced as a result of changing the voltage, can be used as a high-power energy source in industries and help reduce energy costs and provide industrial electricity.
