1.Based on the load variation patterns, choose transformer capacity and the number of parallel units wisely.
2.For loads with significant fluctuations, consider adding small capacity transformers in addition to those operating year-round. These transformers can provide power during periods of low load.
3.If the load consistently remains at or below 30%, it's advisable to consider replacing small-capacity transformers.
4.Regularly adjust the load to keep transformers operating within the economical operating range.
5.When operating multiple transformers, adjust their operation rationally based on load distribution and variation patterns according to transformer characteristics. Ensure that transformers with good performance and low losses are in operation, while transformers with poor performance and higher losses are kept as backups, reducing the overall energy losses during transformer operation.
Mode: | S11-M-400 or depends; |
Rated Capacity: | 400 kVA; |
Basic Insulation Level: | 35/75(LI/AC) or 200kV/85kV(LI/AC); |
No Loading Loss: | 575 ± 10% W; |
Loading Loss: | 6385 ± 10% W; |
Impedance: | 6.5%± 10%; |
Rated Frequency: | 50 or 60Hz; |
Vector Group: | Yyn0; |
Insulation Material: | 25# 45# Mineral Oil; |
Cooling System: | ONAN for Oil type, AN/AF for cast resin type. |
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Oil Filled
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Oil Emptied
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Amorphous Alloy
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Rolled Iron Core
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Winding Workshop |
Coil Drying Area |
Oil Filling Area |
Finished Product Area |
Transformer Oven |
Casting Equipment |
Foil winding machine |
Wooden Box |
Steel Structure |