Price for 35 mva transformer

Understanding the 35 MVA Transformer Market

The 35 MVA transformer is a pivotal component in the electrical power industry, facilitating the transmission and distribution of energy across various voltage levels. This category of transformers is integral for utilities and industrial applications, where large-scale voltage transformation is essential.

Types and Applications

Transformers of this capacity come in various types, including oil-cooled and dry-type, each serving specific applications. The oil-cooled variants are often employed in power generation stations and substations, while dry-type transformers are typically used in areas where fire safety is paramount. These transformers are crucial for efficient power distribution, ensuring that electricity reaches end-users at usable voltages.

Technical Specifications

When considering a 35 MVA transformer, technical specifications such as voltage level, impedance, and tap changing options are of utmost importance. These specifications ensure that the transformer can handle the required power loads and adapt to varying conditions in the power network.

Materials and Construction

The construction of a 35 MVA transformer involves high-quality materials to withstand electrical, thermal, and mechanical stresses. Typically, high-grade steel and stainless steel are used in the core and winding to ensure durability and efficiency. The choice of materials contributes significantly to the transformer's longevity and performance.

Features and Advantages

Key features of a 35 MVA transformer include robust design, low noise levels, and minimal energy losses. These transformers are designed to be resilient against electrical surges and fluctuations, which is a significant advantage in maintaining power quality and reliability in the grid.

Environmental and Efficiency Considerations

Modern 35 MVA transformers are also designed with environmental considerations in mind. They are built to minimize oil leaks and are often equipped with eco-friendly insulating materials. Efficiency is another critical aspect, with designs focusing on reducing core and copper losses, which translates to operational cost savings for businesses.