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    Tag: single phase isolation transformer

    Single-Phase Isolation Transformer for 10KV Distribution Network

    1. How to choose the single-phase isolation transformer's capability?

    1) Principle of selecting single-phase transformer capacity

    Reducing the capacity of the equipment will help to alleviate the excessive line losses that currently exist in the 10kV distribution network when the power load is typical. The low-voltage distribution network's load can alter at any time, depending on the time of year, the season, etc. When developing a 10kV distribution network, a single three-mixed distribution transformer installation method is typically employed. This scheme can be customized with one or more single-phase distribution transformers. Determine the capacity demand of a single-phase isolation transformer based on the specific changes in electricity consumption load and the low-voltage grid's mode of operation, then select the transformer that is most appropriate for power delivery.

    What is a Single Phase Isolation Transformer?

    A single-phase isolation transformer is a transformer whose primary winding is a single-phase winding. The primary winding and secondary winding of a single-phase transformer are wound on the iron core. The primary winding is the AC voltage input terminal, and the secondary winding is the AC voltage output terminal. The output voltage of the secondary winding is proportional to the number of turns of the coil. A single-phase transformer can convert high-voltage power supply into single-phase low-voltage for use in various equipment. For example, AC 6600V high voltage can be converted into AC 220V low-voltage through a single-phase transformer to supply power for lighting or other equipment. The single-phase transformer has a simple structure, With the advantages of small size and low loss, it is suitable for use in low-voltage distribution lines (below 60Hz) with less load.