Whose rectifier transformer steps down directly from 110 kV? Come in and share your thoughts!
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This post was last edited by sunjl1981 on January 6, 2013, at 23:18. Dear fellow seafarers, what voltage levels do you use for power supply? Are there any rectifier transformers that use a 110 kV step-down method? How is it to use? Is there a problem? We can have a conversation. # + + .
At Yongyin Chemical, the rectifier transformer’s voltage dropped directly from 110. Is there any problem with that?
Reply to 2# Canghai Mingyue Gong Chao Sheng: I’m currently considering the options—whether to go with 35kV or 110kV. The electricity cost is lower when using 110kV, while equipment using 35kV is more reliable. I also prefer not to have a secondary voltage reduction within the plant; it seems like a rather complicated process. I’d like to learn from everyone’s experiences and insights in this area. Thank you, dear friends.
We offer a direct price of 110; you can come and take a look
Could you tell us where your 110kv main transformers and 110kv rectifier transformers are manufactured? How efficient is it? How’s the operating power factor? What are the cooling methods and the ways of connecting power lines in and out? How to prevent moisture in humid southern environments? What should be given priority in lightning protection design in areas with frequent thunderstorms in the south? How to resist thunderstorm surge voltages?
I’m not an expert in this area; if you really need it, you can come and take a look. Our company is located in Changshou, Chongqing.
Our company’s second-phase project also uses 110KV direct stepping down; the first phase used 110KV to 35KV before rectification. Overall, 110KV direct stepping down is better in all aspects, though it requires a larger investment
If possible, opt for a 110KV direct step-down system; it offers much better stability and efficiency compared to 35KV, as well as superior shock resistance. The technology for 110KV transformers is now very mature.