S13 400KVA/10KV Core-Type Oil-Immersed Transformer Product Structure：
The S13 400KVA/10KV core-type oil-immersed transformer is a high-efficiency power transformer that employs advanced winding technology and oil-immersed cooling methods, designed to provide stable voltage conversion for various power systems. Its core component features a core-type design, which effectively improves the energy utilization efficiency of the transformer. The core is made up of multiple silicon steel sheets stacked together, offering excellent magnetic conductivity to reduce magnetic losses. Additionally, the transformer tank is constructed from high-strength materials to withstand internal oil pressure and temperature changes, ensuring safe operation under various working conditions.
Furthermore, the insulation system of the transformer is composed of high-quality insulating materials, ensuring stable performance under high voltage conditions with high insulation strength. This oil-immersed design not only significantly enhances heat dissipation but also effectively suppresses noise during transformer operation, ensuring a quiet environment.
S13 400KVA/10KV Core-Type Oil-Immersed Transformer Product Advantages：
The S13 400KVA/10KV core-type oil-immersed transformer exhibits significant advantages in several aspects. Firstly, the core-type design reduces losses and enhances energy conversion efficiency, ensuring stable electrical loads. This efficient energy utilization is crucial for effective management of power resources, especially in large industrial and commercial applications.
Secondly, the oil-immersed design allows the transformer to have excellent heat dissipation characteristics, effectively preventing overheating during prolonged operation, which extends the service life of the equipment. Moreover, the oil itself possesses good insulating properties, thereby reducing the risk of electrical failures.
Additionally, this product has relatively low maintenance costs. Due to its optimized design, the transformer has a low failure rate, significantly reducing the workload of routine maintenance, thus saving time and expenses for users.
S13 400KVA/10KV Core-Type Oil-Immersed Transformer Application Range：
The S13 400KVA/10KV core-type oil-immersed transformer is widely used in various power systems and industrial fields, including but not limited to power load centers, industrial manufacturing, construction sites, mining, and large commercial facilities. In these fields, the stability and reliability of the transformer are crucial, impacting the safe operation of the entire power system.
Especially under high-demand electrical load conditions, this transformer can provide stable voltage output, ensuring the efficient operation of equipment. For example, in energy-intensive industries such as steel mills or petrochemical enterprises, the S13 transformer often serves as a primary voltage conversion device, supporting complex production processes.
Moreover, with the rapid development of renewable energy, the S13 transformer has also found extensive applications in emerging fields such as photovoltaic and wind power generation. Its efficient energy conversion characteristics enable effective integration with various power sources, enhancing the utilization efficiency of renewable energy.
S13 400KVA/10KV Core-Type Oil-Immersed Transformer Working Principle：
The working principle of the S13 400KVA/10KV core-type oil-immersed transformer is based on the law of electromagnetic induction. When alternating current flows through the primary winding, an alternating magnetic field is generated within the core, inducing voltage in the secondary winding. Specifically, the transformer connects to the power supply through its primary winding, creating magnetic flux that passes through the core to the secondary winding, converting electrical energy through the process of electromagnetic induction.
During the operation of the transformer, the core-type design not only enhances the utilization rate of magnetic flux but also reduces leakage and losses, thereby improving the overall energy efficiency. The oil-immersed cooling system ensures the effective release of heat generated, maintaining the stability and safety of the equipment during prolonged operation.
In practical applications, the secondary winding of the transformer can be configured in different ways (such as star or delta) according to the requirements, to meet various voltage level supply needs. Additionally, by reasonably configuring protective devices, risks such as external short circuits and overloads can be prevented, ensuring the safe operation of both the equipment and the power system.
The S13 400KVA/10KV core-type oil-immersed transformer plays a critical role in the power industry due to its superior design and technology. Its high efficiency, low maintenance costs, and extensive application range make it an indispensable choice in power transmission. In the future energy systems, as demands for energy efficiency and environmental protection continue to rise, the application prospects of this transformer will be even broader, contributing significantly to sustainable development.
The S13 400KVA/10KV core-type oil-immersed transformer is a high-efficiency power transformer that employs advanced winding technology and oil-immersed cooling methods, designed to provide stable voltage conversion for various power systems. Its core component features a core-type design, which effectively improves the energy utilization efficiency of the transformer. The core is made up of multiple silicon steel sheets stacked together, offering excellent magnetic conductivity to reduce magnetic losses. Additionally, the transformer tank is constructed from high-strength materials to withstand internal oil pressure and temperature changes, ensuring safe operation under various working conditions.
Furthermore, the insulation system of the transformer is composed of high-quality insulating materials, ensuring stable performance under high voltage conditions with high insulation strength. This oil-immersed design not only significantly enhances heat dissipation but also effectively suppresses noise during transformer operation, ensuring a quiet environment.
S13 400KVA/10KV Core-Type Oil-Immersed Transformer Product Advantages：
The S13 400KVA/10KV core-type oil-immersed transformer exhibits significant advantages in several aspects. Firstly, the core-type design reduces losses and enhances energy conversion efficiency, ensuring stable electrical loads. This efficient energy utilization is crucial for effective management of power resources, especially in large industrial and commercial applications.
Secondly, the oil-immersed design allows the transformer to have excellent heat dissipation characteristics, effectively preventing overheating during prolonged operation, which extends the service life of the equipment. Moreover, the oil itself possesses good insulating properties, thereby reducing the risk of electrical failures.
Additionally, this product has relatively low maintenance costs. Due to its optimized design, the transformer has a low failure rate, significantly reducing the workload of routine maintenance, thus saving time and expenses for users.
S13 400KVA/10KV Core-Type Oil-Immersed Transformer Application Range：
The S13 400KVA/10KV core-type oil-immersed transformer is widely used in various power systems and industrial fields, including but not limited to power load centers, industrial manufacturing, construction sites, mining, and large commercial facilities. In these fields, the stability and reliability of the transformer are crucial, impacting the safe operation of the entire power system.
Especially under high-demand electrical load conditions, this transformer can provide stable voltage output, ensuring the efficient operation of equipment. For example, in energy-intensive industries such as steel mills or petrochemical enterprises, the S13 transformer often serves as a primary voltage conversion device, supporting complex production processes.
Moreover, with the rapid development of renewable energy, the S13 transformer has also found extensive applications in emerging fields such as photovoltaic and wind power generation. Its efficient energy conversion characteristics enable effective integration with various power sources, enhancing the utilization efficiency of renewable energy.
S13 400KVA/10KV Core-Type Oil-Immersed Transformer Working Principle：
The working principle of the S13 400KVA/10KV core-type oil-immersed transformer is based on the law of electromagnetic induction. When alternating current flows through the primary winding, an alternating magnetic field is generated within the core, inducing voltage in the secondary winding. Specifically, the transformer connects to the power supply through its primary winding, creating magnetic flux that passes through the core to the secondary winding, converting electrical energy through the process of electromagnetic induction.
During the operation of the transformer, the core-type design not only enhances the utilization rate of magnetic flux but also reduces leakage and losses, thereby improving the overall energy efficiency. The oil-immersed cooling system ensures the effective release of heat generated, maintaining the stability and safety of the equipment during prolonged operation.
In practical applications, the secondary winding of the transformer can be configured in different ways (such as star or delta) according to the requirements, to meet various voltage level supply needs. Additionally, by reasonably configuring protective devices, risks such as external short circuits and overloads can be prevented, ensuring the safe operation of both the equipment and the power system.
The S13 400KVA/10KV core-type oil-immersed transformer plays a critical role in the power industry due to its superior design and technology. Its high efficiency, low maintenance costs, and extensive application range make it an indispensable choice in power transmission. In the future energy systems, as demands for energy efficiency and environmental protection continue to rise, the application prospects of this transformer will be even broader, contributing significantly to sustainable development.