2015q(qian)_(wei)岛(lin)邮轮(jiao)港(gui)使用(juan)(juan)?6000kVA/11kV(xiu)(zha)压(mian)(mian)(ge)pȝQ(ben)该(mian)(mian)(ge)(gui)单机(yue)w大、无需(cong)֤q(qian)联。该(mian)(mian)(ge)(gui)预计(juan)(juan)q(qian)可(chi)(yue)现(xuan)代(hu)电量3000(juan)(juan)(jiong)瓦时Q(ben)减排二氧化?.6(juan)(juan)(jiong)Q(ben)在()(wei)岛(lin)停靠(dan)邮轮可实现在()港零排放?
2021q(qian)_(ren)q(qian)州港南沙汽车码头()一(cun)套智(jian)(jie)压岸()(dian)l，(ren)采用(ke)6.6kVU高压船舶港(hong)岸()(dian)l，(ren)(hong)根据船舶电(shu)|(cai)敎ͼ(ren)调整供电(shu)(chui)(shi)(xia)供()(dian)(shu)压，(ren)讄p(fei)ȝ(bai)输出()压(xia)频率，(ren)使岸基电(shu)源与船舶(hong)(shi)(shu)(lian)实现无冲击q(qian)网(xia)负(zuan){UR?
2017q_(da)厦门(mi)屿目(ju)(huan)用(ke)(juan)?000kVA高(hua)(mian)电pȝ(bai)Q()?.6kV高(hua)变频Ҏ。码头两套(bian)舶岸(bu)()额(yue)容量均(pi)(juan)?000kVAQ供3(juan)泊(huan)()，满(juan)艘20(juan)吨U(wan)的船(gui)(bu)同时(lu)(wei)泊时()岸(bu)()c岸(bu)()(dian)l输(fu)可(chen)作?0Hz?0Hz(juan)...
2016q_(da)(ren)(cha)(jie)营口港分(rou)安(pan)装了(jian)(juan)(juan)?000kVA和一?000kVA定w(gui)()的智能(jie)(zha)岸(bu)늳l(zi)，(ren)q接该岸(bu)늳l(zi)的q营船舶采用6kV高(hua)(nie)(juan)(juan)船(di)(zhou)式Q在船(guang)(guang)(yan)有压(nie)变(hua)(nie)器，(ren)船(guang)(guang)늽(xiu)电压(nie)(juan)(juan)Z(zha)?00VQƈ(gou)|(xiang)时船(guang)(guang)(jing)发电(wei)出功(dui)?60kW?
随着船舶轮机操(zhan)(bang)员岸(bu)()开(wei)_闸，5万吨U散(ying)货船—(xie)(xie)长春门”轮(jiang)在南(bang)新(zhong)()(zeng)(jiao)港成(yao)(e)(zeng)成低(geng)压岸(bu)()连舚w电(shu)作(chu)Q岸(bu)()同(shu)ƈ|一ơ成(yao)(e)。该pȝl合q(ma)营(bang)智(wei)(ling)(shu)气成(yao)熟的(qing)大功率高压变频控制技术、(xing)()(dian)(xiu)接地技术、电(shu)~盘...
()智光(ling)(pin)()(kuang)建的U皇(mian)港(zha)压船舶(bu)(mian)(ge)pȝ(she)秦皇岛709泊位(qin)成功(tong)(juan)?6000吨的“(mie)(ti)?01”轮利(peng)接电Q(han)(dui)C(ban)(juan)ơ性连Ҏ功，采用(mian)(hao)(zha)压()|直(cun)供(shui)(shui)Q经大功(tong)(dui)电力(shui)(shui)子技术进(yu)行(han)换之(ce)后可直(cun)实现(bang)异频(hong)高()(dian)Q?.6kV(hong)?..
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