16 kva 220v 110v step down power transformers offer strong growth potential in the renewable energy sector. As renewable technologies continue to advance and achieve wider acceptation, the application of clean energy sources such as solar and wind power is expanding rapidly. This trend creates increasing demand for power transformers to support energy transmission and distribution. Because of their inherent design advantages, 220v 110v step down power transformers are well positioned for extensive application in this field.
One of the important advantages is the oil free and environmentally friendly design. The absence of insulating oil significantly reduces the risk of fire or explosion under harsh operating conditions, such as high ambient temperatures or strong radiant heat. This greatly enhances the safety and stability of power systems, which is particularly critical for renewable energy installations, especially those located in urban areas or densely populated regions.
In addition, 220v 110v step down power transformers offer strong adaptability to different installation environments. They can be mounted both indoors and outdoors, and their dimensions and capacity can be tailored as the requirements of each projects. Their long service life and compact design make them especially suitable for renewable energy projects under unique climatic environment. Many renewable energy facilities are built in remote or elevated areas where climatic conditions are complex and severe. By using cast epoxy resin as the primary insulating medium, 220v 110v step down power transformers demonstrate superior tolerance to such environmental challenges.
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Rated Capacity |
16 kVA |
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Primary Voltage |
220/230/240; 380/400/415 |
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Secondary Voltage |
110V/ 120V; 380/220; 400/230 |
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Rated Frequency |
50 Hz or 60 Hz |
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Phase Number |
Single Phase orThree Phase |
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Tapping Ranges |
±5% or±2*2.5% |
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No Load Loss |
≤200 W |
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Load Loss (75℃) |
≤700 W |
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InsulationClass |
Dry type |
Class F (150℃), Class H (180℃ ) |
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Temperature Rise |
Dry type |
≤100 K(Class F);≤125 K(Class H) |
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Cooling Method |
AN/AF |
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Max. Working Temperature |
+40℃ |
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Min. Working Temperature |
-25℃, -40℃ or -60℃ |
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Aluminum Alloy |
A Transformer with Enclosure |
Stainless Steel |
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Winding |
Casting Resin |
Ready to assemble |
Amorphous Alloy Core |
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Winding Workshop |
Casting Storage Area |
Winding Drying Area |
Finished Product Storage |
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Transformer Oven |
Casting Equipment |
Foil winding machine |