1600kva 11kv 415v Distribution Power Transformer

With a rated capacity of 1600 kVA, the high voltage side is compatible with 11kV municipal power grid incoming lines, and the low voltage side outputs 415V three phase AC power,1600kva 11kv 415v distribution power transformer perfectly matching the 380V industrial power supply and civil lighting power supply requirements.

By adopting the standard Dyn11 connection group, the harmonic suppression capability is strong, and the three phase load is balanced, which ensures a more stable supply voltage for the 1600kva 11kv 415v distribution power transformer. Due to the high overall insulation level, it is moisture proof, resistant to aging, and can adapt to various harsh working conditions in both outdoor and indoor environments and is therefore more durable.

The standard configuration of 1600kva 11kv 415v distribution power transformer is ONAN oil immersed self cooling cooling method. An ONAF forced air cooling mode can also be selected. The voltage regulation configuration includes two types: no excitation voltage regulation (±2×2.5%) and on load voltage regulation (±4×2.5%). It can accommodate the voltage fluctuation of the power grid and meet the requirements of static power outage voltage regulation or continuous stable voltage regulation with load.

The corrugated fuel tank features integrated cooling, eliminating the need for an external radiator. The structure is even more compact and equipped with a fuel level indicator, thermometer, pressure relief valve, and moisture absorber, among other complete protective accessories. The sealing performance is excellent, featuring moisture proof, dust proof, leak-proof and low noise characteristics. 1600kva 11kv 415v distribution power transformer can adapt to complex operating environments such as outdoor and indoor distribution rooms for a long time. The operation conditions are stable, the service life is long, and the later maintenance cost is low.

Technical parameter:

Q:How to improve the efficiency of transformers?

A:1) Try to select transformers with low loss and high energy efficiency.

2) Select a transformer with an appropriate capacity based on the load conditions.

3) The average load coefficient of the transformer should be greater than 70%.

4) When the average load coefficient is often less than 30%, consider replacing the small capacity transformer appropriately.

5) Improve the power factor of the load to enhance the transformer's ability to transmit active power.

6) Reasonably configure the load and minimize the number of transformers in operation.

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