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Energy-saving MHCs from Gottwald

机译:Gottwald的节能MHC

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摘要

With its new hybrid drive, Gottwald Port Technology demonstrates that improved energy efficiency contributes to both the economical and environmentally compatible operation of mobile harbour cranes. This technology uses state-of-the-art diesel generators in connection with dynamic brake resistors and short-term energy storage to achieve fuel savings in the double-digit percentage range.rnThis is shown by the results of comprehensive tests carried out with a diesel-electric Model 6 crane, completed by Gottwald. The result is that Gottwald is able to improve the efficiency of mobile harbour cranes which cannot be hooked up to an external power supply due to the quay infrastructure, which empowers terminal operators to sustainably reduce fuel consumption, fuel costs and exhaust gas emissions. By the same token, Gottwald makes it possible for terminal operators to be in a strong position when it comes to negotiating terminal concessions.
机译:借助新型混合动力驱动器,Gottwald Port Technology证明了提高的能效有助于移动式港口起重机的经济运行和环境兼容。该技术结合了最新的柴油发电机,动态制动电阻和短期能量存储,可实现两位数百分比范围内的燃油节省。rn通过对柴油机进行的全面测试结果可以看出这一点。 -电动6型起重机,由Gottwald完成。结果是,Gottwald能够提高由于码头基础设施而无法连接到外部电源的移动式港口起重机的效率,这使码头运营商能够持续降低燃料消耗,燃料成本和废气排放。同样,Gottwald使终端运营商在谈判终端特许权时处于有利地位。

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    《International Bulk Journal》 |2010年第3期|P.14|共1页
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