灵活的直流备份保护俄罗斯发电厂

2019年9月5日,星期四
的可靠性

的可靠性

了解如何灵活,强大的直流备份系统确保尽管提供电源电压下降

锅炉风扇的工业直流备用

锅炉风扇的工业直流备用

使用中电动电动机,艺术和丹佛斯俄罗斯的“步骤下降”配置中的水冷驱动器开发出工业直流备份系统,即使在电源下降期间也能确保可靠的操作。

强大的1.2 MW系统也被称为不间断电机驱动(UMD)系统,使用两个690 V风冷VACON®NXP DC/DC转换器。

在主电网故障的情况下,一系列1200千瓦锅炉风机可提供长达10秒的运行时间。单个电池存储通过两个独立的DC/DC转换器连接到4个驱动器。

Igor Zobov, ART总干事

简化调试和服务

该解决方案是简化的,只包含几个元素,简单的连接,并集成丹佛斯应用内部,以确保简单的调试和服务程序。

IC-ART提供一系列称为不间断电机驱动器(UMDS)的工业直流备份系统。

这些umd是灵活的,因为它们满足

  • 不同的拓扑
  • 不同类型的交流驱动
  • 不同的储能技术
  • 不同的布局
  • 如果需要,使用现有电池

资源节约技术自动化工程中心,被称为IC-ART,位于俄罗斯圣彼得堡。体育投注必威我们的团队由25名员工组成,与丹佛斯有着悠久的合作历史,可以追溯到1999年。

IC-ART提供交流驱动器和体育投注必威自动化系统的工程设计,用于低压和中压应用,不间断的电机驱动器(UMD)系统,以及用于谐波和无功补偿的有源过滤器,以及维护和维修服务。

其业务领域包括发电,石油和天然气和海上和海上行业。截至2019年,IC-ART已完成超过700个驱动器自动化系统安装。

发现VACON®NXP DC/DC转换器

发现VACON®NXP DC/DC转换器

混合能源的未来就在眼前

混合能源的未来就在眼前

As we transition from fossil fuels, such as oil and coal, through natural gases and nuclear power and further towards renewable sources dependent on whims of weather, there’s an increasing need to overcome the gaps which arise when the scales of energy supply and demand are out of balance. Batteries and other storage technologies are becoming more mainstream.

了解更多关于驱动器的信息

Maximizes the energy yield in hybrid solutions and helps improve performance by bringing energy support close to the consumption.

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Well-suited to applications where air quality is critical, space is limited and efficient heat transfer is required. Active Front-end (NXA), Non-regenerative Front-end (NXN), Brake Chopper (NXB) and Inverter (NXI) configurations are available. 

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相关应用程序

Achieve maximum uptime even during grid disturbances. Flexible targeted battery-based industrial DC backup solutions direct power supply to the most critical loads.

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These solutions support a combination of different energy storages to ensure a stable power supply when the national grid is unreliable, and ensure continuous running or controlled ramp down when required.

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Balancing supply and consumption is a complex task in a distributed smart grid, and this is where Danfoss supports you with certified power conversion solutions, saving you time, cost and effort in testing and certification.

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  • 如果(isSmallPicture) { 工业直流备份确保没有更多的电压下降 } else if (isBigColumns) { 工业直流备份确保没有更多的电压下降 其他}{ 工业直流备份确保没有更多的电压下降
    工业直流备份确保没有更多的电压下降

    即使在电网扰动时也能达到最大的正常运行时间。灵活的基于电池的工业直流备份解决方案,直接为最关键的负载供电。

    这些解决方案支持不同的储能组合,以确保国家电网不稳定时的稳定供电,并确保持续运行或在需要时控制斜坡下降。

  • 如果(isSmallPicture) { 智能电网的智能电力转换 } else if (isBigColumns) { 智能电网的智能电力转换 其他}{ 智能电网的智能电力转换
    智能电网的智能电力转换

    在分布式智能电网中,平衡供应和消耗是一项复杂的任务,而丹佛斯正是在这一点上为您提供认证的电力转换解决方案,为您节省测试和认证的时间、成本和精力。

相关解决方案

Get an overview of Danfoss solutions which are transforming the energy industry. Our offerings include optimization of storage and power conversion for renewable and traditional power generation sources.

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相关案例研究

SCOTLAND: In line with the zero-waste objectives of the Scottish government, treatment of non-recyclable urban waste contributes to eliminating landfill whilst generating electricity and heat. Equipped with high-efficiency VACON® NXP drives, the process generates heat enough to supply 25,000 households.

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","StartDate":null,"EndDate":null,"Location":null,"EventTypes":null,"HasErrors":false,"HasWarnings":false,"Errors":[],"Warnings":[]},{"Id":"https://danfoss-webex-umbraco-prodgreen.azurewebsites.net/en/service-and-support/case-stories/dds/world-leader-in-biogas-reduces-co2-emissions-by-50-000-t-annually/","FormattedStartDate":null,"FormattedEndDate":null,"Link":{"NewWindow":false,"Url":"/en/service-and-support/case-stories/dds/world-leader-in-biogas-reduces-co2-emissions-by-50-000-t-annually/"},"IsExternalLink":false,"Title":"World leader in biogas reduces CO2 emissions by 50,000 t annually","Image":"/media/8641/mec_biogas_cover_1120x747.jpg","ImageAltText":"World leader in biogas reduces CO2 emissions by 50,000 t annually","Description":"

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AC drives from Danfoss help convert biomass from insulin and enzyme production to energy.

","StartDate":null,"EndDate":null,"Location":null,"EventTypes":null,"HasErrors":false,"HasWarnings":false,"Errors":[],"Warnings":[]},{"Id":"https://danfoss-webex-umbraco-prodgreen.azurewebsites.net/en/service-and-support/case-stories/dds/solar-heating-plant-reduces-co2-emissions-by-15-700-tonnes-annually/","FormattedStartDate":null,"FormattedEndDate":null,"Link":{"NewWindow":false,"Url":"/en/service-and-support/case-stories/dds/solar-heating-plant-reduces-co2-emissions-by-15-700-tonnes-annually/"},"IsExternalLink":false,"Title":"Solar heating plant reduces CO2 emissions by 15,700 tonnes annually","Image":"/media/6277/hvac_cs_silkeborg.jpg","ImageAltText":"Solar heating plant reduces CO2 emissions by 15,700 tonnes annually","Description":"

The world’s largest solar heating plant in Silkeborg, Denmark harnesses energy to heat the homes and workplaces of 40,000 citizens. It supplies 18-20% of the annual heat consumption in the city of Silkeborg, Denmark, which has an ambitious target of CO2 neutrality in heat production by the year 2030.

","StartDate":null,"EndDate":null,"Location":null,"EventTypes":null,"HasErrors":false,"HasWarnings":false,"Errors":[],"Warnings":[]}]" data-group-type="case-study" data-check-all-label="Explore more" data-redirect-url="">
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