Panel Air Conditioners

What is Panel Air Conditioning?

Electric panel air conditioners are special type of cooling systems used in enclosed spaces such as electrical distribution panels or electrical equipment cabinets. These types of air conditioning systems are designed to control, cool, or heat the operating temperatures of electrical equipment inside the space.

Electric panel air conditioners are often used frequently to improve the performance and lifespan of electrical equipment. Because electrical equipment tends to operate efficiently within certain temperature ranges thanks to panel air conditioning. Overheating or excessive cooling can reduce the efficiency of equipment or even cause malfunctions.

• Cooling: Prevents overheating of electrical panels or cabinets by cooling the equipment inside.
• Heating: Provides heating function to maintain the operating temperature of electrical equipment in cold weather conditions.
• Humidity Control: Controls the humidity levels in electrical panels, as excessive humidity can damage the equipment.
• Dust and Particle Filter: Cleans the air by minimizing dust, particles, and other contaminants inside the space.

Electric panel air conditioners are usually compact in size and specially designed to fit into narrow spaces. Additionally, they often include special sensors and control units to provide precise temperature and humidity controls.

The use of these types of air conditioners is crucial for the safety and longevity of electrical equipment. Electric panel air conditioners are widely used in industrial facilities, power distribution centers, telecommunication equipment, and similar applications.

What are the Working Principles of Panel Air Conditioning?

The working principle of electric panel air conditioners is based on bringing the temperature and humidity of the enclosed space to desired levels and maintaining the correct operating temperatures of the electrical equipment. For example, if a business has a panel air conditioner 6500 watts requirement, it needs to meet that demand.

1. Air Intake: Electric panel air conditioners have an air intake section to suck in the hot air inside the space. This section usually draws in cooler outside air to expel the hot air out of the interior.
2. Heat Exchange: The drawn outside air passes through a heat exchange unit to cool or heat the hot air inside the space. This unit facilitates heat transfer between the interior air and outside air.
3. Cooling or Heating: If the electrical equipment inside the space needs cooling, the cooler outside air cools the hot air inside. Conversely, if heating is required inside, the hot outside air heats the interior.
4. Conditioning: The air that passes through the heat exchange unit is directed to different areas using an air distribution system to be evenly distributed inside the space. This provides a homogeneous temperature around the electrical equipment.
5. Control and Regulation: Electric panel air conditioners are usually equipped with a control unit or thermostat. This unit monitors the interior temperature and sometimes humidity levels and adjusts the operating parameters of the air conditioning system to bring them to the desired values.
6. Air Cleaning: Electric panel air conditioners often include air filters. These filters prevent dust, particles, and other contaminants from entering the interior. This improves the air quality around the electrical equipment.
7. Interior Dimensions: The first step is to determine the dimensions of the interior, such as width, length, and height. This information is used to calculate the volume of the interior.
8. Heat Generation: The heat generation of the equipment inside the electric panel must be calculated. The more heat the equipment generates, the more cooling capacity the air conditioning unit will need.
9. Heat Insulation and Isolation: The insulation condition of the interior, such as walls, ceiling, and floor, should also be considered. Proper insulation ensures that the interior is less affected by external weather conditions.
10. External Weather Conditions: The surrounding external weather conditions are also important. Ambient temperature, humidity levels, and other factors affect how much effort the air conditioner needs to keep the interior within the desired temperature range.
11. Temperature Range: It is important to determine in which temperature range the interior should be maintained. Cooling or heating capacity is calculated based on the desired temperature range.
12. Air Conditioner Efficiency: The efficiency of the electric panel air conditioner to be used should also be considered. A more efficient air conditioner can consume less energy at the same capacity.
13. Capacity Calculation: Using the above information, the required cooling or heating capacity of the electric panel air conditioner can be calculated. Units like BTU/h (British Thermal Units per hour) or kW (kilowatt) are often used.

Electric panel air conditioners usually come with special sensors and control units that can provide precise temperature control. This way, it is possible to maintain the temperature range of the electrical equipment and optimize its performance. The capacity calculation for electric panel air conditioning takes into account various parameters such as the dimensions of the interior, the heat generation of the electrical equipment, external weather conditions, and other factors to determine the cooling or heating capacity required to keep the interior within the desired temperature range.

Where Are Panel Air Conditioners Used?

Electric panel air conditioners are commonly used in enclosed spaces where electrical equipment is located. The areas of use of these air conditioners are quite common for ensuring the safety, efficiency, and longevity of electrical equipment. Here are some areas where electric panel air conditioners are used:

• Industrial Facilities: Industrial areas such as factories, production facilities, and similar locations have large and complex electrical panels and equipment. Electric panel air conditioners ensure the stable operation of this equipment by controlling the operating temperature.
• Power Distribution Centers: Power distribution centers are where electrical energy is distributed to different areas. The panels and equipment in these centers are usually large and high-power. Electric panel air conditioners ensure the correct operating temperatures of the equipment in such centers.
• Telecommunication Equipment: Telecommunication devices and electrical equipment in data centers are constantly running and can generate heat. Electric panel air conditioners prevent overheating of these devices, ensuring uninterrupted communication.
• Airports and Ports: Transportation centers such as airports and ports have electrical panels, lighting systems, and other equipment. Electric panel air conditioners control the temperature and humidity of the equipment in such locations.
• Commercial and Residential Buildings: Electrical panels and distribution boxes in large commercial buildings or residential complexes meet the electrical needs of the interior. Electric panel air conditioners manage the operating temperatures of these panels and distribution boxes.
• Wind and Solar Power Plants: Control panels and equipment in renewable energy plants are also protected with electric panel air conditioners. The proper operation of equipment in these facilities affects the efficiency of energy production.
• Traffic Control Systems: Traffic lights, signaling systems, and traffic control devices are usually located outdoors. However, control panels inside these devices can be protected with electric panel air conditioners.

Electric panel air conditioners ensure the safety of electrical equipment, optimizing business continuity and performance. Industrial panel air conditioners are specially designed air conditioners for cooling or heating the interiors of electrical panels used in industrial facilities. Panel air conditioning in Izmir, Ankara, and Istanbul is more commonly used in metropolitan cities. These air conditioners aim to maintain the operating temperatures of electrical equipment inside the space within the desired values to optimize safety, performance, and longevity. Industrial panel air conditioners are used to prevent overheating, humidity increase, and the negative effects of pollutants. The systems vary sectorally.

What Are the Prices of Industrial Panel Air Conditioners?

The prices of electric panel air conditioners vary greatly depending on many factors. Prices may differ based on the capacity, brand, features, quality, manufacturing materials, efficiency, and buying location of the air conditioner. Additionally, factors such as geographical location, market demand, and currency exchange rates can also affect prices.

Generally, industrial panel air conditioners that have higher capacity, more features, and higher energy efficiency may often have higher price tags from panel air conditioner manufacturers. Air conditioners made from quality and durable materials are usually longer-lasting but may come with a higher cost.

Prices of electric panel air conditioners can vary significantly based on product features, brand, and geographical location. It is challenging to provide a general price range, but the price of a basic electric panel air conditioner is usually variable. However, panel air conditioner prices for air conditioners designed for industrial use, with higher capacity and special features, can be higher.

Prior to purchasing an electric panel air conditioner, you can contact several manufacturers or suppliers through makinaturkiye.com, considering your needs and budget, to learn about industrial panel air conditioner prices from the manufacturer or seller. It is also important to consider factors such as product quality, energy efficiency, and warranty.