The design logic of 1600kVA wind power transformer and general power transformer revolves around the uniqueness of application scenarios, and its technical architecture reflects the special needs of new energy power systems.
The structural integration of a box type transformer is reflected in the packaging of high and low voltage equipment and heat dissipation systems in a protective box.
Oil Immersed Transformers use mineral oil as a medium to achieve the dual functions of insulation and heat dissipation. Its operating stability stems from the synergy between the physical properties of the liquid medium and the structural design.
Dry transformer is a transformer without added insulating fluid, which has exposed windings and is encased. Compared with oil-immersed transformer, dry transformer is less likely to overheat and smoke, which means it is less likely to burn out during operation.
Different application scenarios: Photovoltaic Transformer is mainly used in photovoltaic power generation systems to increase the lower voltage output by photovoltaic inverters to a voltage level that meets the requirements of grid access.
As a key facility for voltage conversion, the core function of Box Type Transformer is to step up or down the electricity generated by the power plant to meet the needs of long-distance transmission and users. Its core equipment includes switches and transformers.
