Power Transformer is an important device used in power systems, used to transfer and transform electrical energy between different voltage levels. It is one of the core components in the power system and is used to transmit electrical energy from substation to substations and then distribute it to industrial, commercial and domestic users.

Oil-immersed Transformer, also known as oil-immersed transformer, is a type of transformer that uses oil as a cooling and insulating medium between the windings and the core.

Oil filled distribution transformer is an important device in the power system that converts the power from high-voltage transmission lines into low-voltage power suitable for household, commercial and industrial users. It is commonly used in the power distribution networks of substations, cities, and communities to deliver high voltages to the voltage levels required by users.

As the industry increasingly focuses on decarbonisation activities, sustainable and effective action is needed to address climate change. As a solution for the automotive industry, there is a shift towards electric mobility or electric vehicles to reduce the impact on the environment.

The main components of Compact substation transformer include: Transformer, Fuse,Load Switch,Circuit Breaker ect . The components of the transformer is high voltage winding, low voltage winding, core,, which are an important part of the transformer responsible for converting energy. Circuit breakers and load switches are low-voltage outlet protection devices.

Electrical transformer plays an important role in the power grid. If any damage happens to the transformer, it will affect electrical equipment and danger for people. Let's go through the below article to know about signs of dry-type transformer damage. 

Dry-type transformers, as essential components of power systems, have undergone significant technological innovations in recent years, enhancing their performance and adaptability. These innovations have made dry-type transformers more efficient, reliable, and flexible to meet the evolving power demands. This article explores the technological innovations in dry-type transformers and highlights some remarkable achievements in this field.

Dry type transformer is a type of distribution transformer that can meet the distribution requirements of various industries below 35kV. Due to its safety, stability, and environmental benefits, it can operate under harsh conditions such as high humidity, fire risk, and earthquake events. In order to minimize environmental pollution, avoid fire hazards, and ensure that there is no harm to human or property during the operation of the transformer, Dry type transformers are usually used in densely populated areas and sensitive ecosystems.

In recent years, the global environment has faced more severe challenges, and it is imminent to improve motor efficiency and reduce motor loss. In addition, with the rise of new mobile technologies, the use environment and specification requirements of motors have also changed, requiring smaller motors with higher power output. In order to meet these requirements, increasing the rotation speed of the motor has become a solution, and even for small motors, the output power can be increased by increasing the rotation speed. However, as the speed increases, the iron loss of the motor core will also increase sharply, resulting in a decrease in efficiency.