Wind power substations ensure long-term and stable operation of equipment, which first relies on high-quality equipment selection and refined design. In the ear...
The basic temperature control method of the transformer tank is to dissipate the heat generated inside through the heat conduction of the oil. As a cooling medi...
During the construction and operation of photovoltaic power stations, a range of safety precautions are implemented to protect both workers and the surrounding ...
The energy efficiency of a European-style box substation in terms of minimizing losses during power distribution is influenced by several factors, including its...
Transformer assemblies designed for high-frequency applications differ significantly from standard transformers due to the unique challenges posed by operating ...
Tube gallery-type transformers perform well under fluctuating load conditions due to their effective cooling system, which maintains optimal operating temperatu...
Box-type transformers can be designed for efficiency to minimize energy losses, but their actual performance depends on several factors, including the quality o...
Dry transformers handle high voltage and current without overheating through several key design features and principles that ensure efficient operation and effe...
Optimizing the performance of oil-immersed transformers involves several strategies that enhance efficiency, reliability, and longevity. Quality of Insulating O...
In oil-immersed transformers, insulating oil is used as a cooling and insulating medium, which is essential for the normal operation of the equipment. However, ...
In dry transformers, commonly used arc extinguishing technologies mainly include gas arc extinguishing, solid arc extinguishing and integrated arc extinguishing...
Considering local renewable energy resources in the distribution design of box-type substations is an important strategy to achieve sustainable development of t...