挪威：随着电动容器的引入，Hareid-Sulesund渡轮的运营每年将CO2排放量减少了7000吨。在将渡轮从柴油过渡到纯电力时，强大的陆上支撑是必不可少的，以可靠的基础设施的形式用于快速充电能力和稳定的电网供应。船上和岸上的系统充当单个系统 - 挪威电气系统（NES）使用Danfoss技术开发的复杂且竞争性的系统。
挪威电气系统AS（NES）是全球各种容器的低排放，可持续能源设计和智能控制的供应商。发现NES如何在Hareid-Sulesund渡轮路线上每年将CO2排放量减少7000吨。
在短短六分钟内收取5MW的费用
电渡轮“ Suloey”即将在Hareid Ferry终端停靠。从苏雷斯德的穿越已经以强烈的逆风进行，在穿越期间，电力消耗量很高。在甲板下，电渡轮“ Suloey”配备了挪威电气系统（NES）的推进，自动化和充电系统。“ Suloey”的船长解释说：“经过这样的旅行，有必要进行适当的充电。”
凭借简单的触摸，充电显示器，岸上的完全自动化的充电塔在几秒钟内连接到渡轮。充电功率接近500万瓦，可确保船上的电池迅速充电。
6分钟后，充电系统断开连接和“ Suloey”，将路线置于苏雷松。苏洛伊（Suloey）与她的妹妹渡轮哈达洛（Hadaroey）和吉斯科（Giskoey）一起为减少海上排放做出了重要贡献。基于每年32,000艘船舶充电疗法，从柴油机驱动到Hareid-Sulesund交叉上的全电渡轮的过渡可确保二氧化碳排放量的年度减少多达7,000吨。
两个渡轮终端的计算表明，现有的电网需要额外的电源才能达到必要的充电能力。NES加强了两侧的电网，并使用电池和最新的转换器和电源控制技术进行了改装的船只，以提供最佳的电动解决方案。
解决方案
NES和Danfoss对所有这些工程挑战都有答案。体育投注必威Danfoss的HåvardWolden解释说：“电渡轮在短短6分钟内收取350千瓦时的电力。这一充电位置对Hareid和Sulesund的智能网格的要求很严重，该网格支持电动船只快速充电系统的可靠电源。
NES用由Danfoss网格转换器提供动力的电池存储系统补充了陆上电源，以确保充电的容量和速度。用于提供该系统的电力是从可再生资源提供的，以最大程度地减少损失并优化运营成本。”
通过将反应力回到网格来稳定电压
Hareid和Sulesund的充电站由挪威最大的渡轮公司Fjord1运营。充电系统基于NES开发的最新功率转换和传输技术。
陆上：网格系统基于使用Vacon®NXP网格转换器的NES制造的储能系统。在充电过程中，该容器会累积5兆瓦的功率，包括本地AC网格的3兆瓦和2兆瓦的陆上电池电源。
船上：机室中的Vacon®NXP网格转换器将岸上电压转换为板上稳定的DC电压。Vacon®NXPDC/DC转换器从车载DC网格中充电。
NES通过远程监视卑尔根的绩效来支持机组人员，如果出现挑战，就可以提供技术支持。操作数据将连续提供给基于云的解决方案，从而为渡轮操作员峡湾1提供了全面概述用电和运营性能的概述。
结果
总的来说，这条轮渡路线上的充电站执行约32,000个充电操作，每年转移约11200 MWH的电力。
船上和岸上的系统已完全集成。当渡轮接近充电站时，有关旅行中消耗的能量的信息将传达给岸上。该系统还检查电网并进行补偿，以确保不会出现电压干扰。充电系统旨在最大程度地减少电压干扰，在充电过程中向电网馈入电网，以保持稳定的网格电压。反过来，这使当地电网在充电期间提供了更多的能量。
通过积极控制，监视和支撑来自岸边本地电池的电网，该系统为快速充电至关重要的高峰值功率提供了，而无需扩大网格基础架构。该系统不是额外的资本投资，而是依靠剃须功能。
峰值剃须优化了传入的供应和局部陆上存储之间的能量流，以满足需求的尖峰，而不会破坏供应网格。当需求和电价低时，会存储过量的能源。
betway88必威手机版
Air- and liquid-cooled drives specifically designed for smart grid, energy storage, power conversion and marine energy management applications.
","StartDate":null,"EndDate":null,"Location":null,"EventTypes":null,"HasErrors":false,"HasWarnings":false,"Errors":[],"Warnings":[]}]" data-group-type="product">-
如果（ISSMALLPICTURE）{
最大化混合解决方案的能源产量，并通过将能源支持接近消费来帮助提高性能。
-
如果（ISSMALLPICTURE）{
专为智能电网，能源存储，电源转换和海洋能源管理应用而设计的空气冷却驱动器。
电力转换案例研究
NORWAY: The Hareid-Sulesund ferry operations have reduced CO2 emissions by 7000 tonnes annually with the introduction of electric vessels. In transitioning ferries from diesel to pure electric power, powerful onshore support is essential, in the form of reliable infrastructure for rapid charging capacity and stable grid supply. The systems on board and on shore act as a single system – a sophisticated and competitive system developed by Norwegian Electric Systems (NES) using Danfoss technology.
","StartDate":null,"EndDate":null,"Location":null,"EventTypes":null,"HasErrors":false,"HasWarnings":false,"Errors":[],"Warnings":[]},{"Id":"https://danfoss-webex-umbraco-prodblue.azurewebsites.net/en/service-and-support/case-stories/dds/unique-heat-recovery-for-geothermal-power-using-vacon-drives/","FormattedStartDate":null,"FormattedEndDate":null,"Link":{"NewWindow":false,"Url":"/en/service-and-support/case-stories/dds/unique-heat-recovery-for-geothermal-power-using-vacon-drives/"},"IsExternalLink":false,"Title":"Unique heat recovery for geothermal power using VACON® drives","Image":"/media/19215/coverpage-1120x747.jpg","ImageAltText":"","Description":"AUSTRALIA: In arid outback Australia the borewater pumped up from underground is so hot, it needs cooling before you can drink it. The town of Winton in Queensland has turned this to its advantage by converting heat from the bore water to electricity. A geothermal power station recovers energy during the borewater cooling process then uses it to generate power for the local community, with the help of VACON®drives.
","StartDate":null,"EndDate":null,"Location":null,"EventTypes":null,"HasErrors":false,"HasWarnings":false,"Errors":[],"Warnings":[]},{"Id":"https://danfoss-webex-umbraco-prodblue.azurewebsites.net/en/service-and-support/case-stories/dds/royal-ihc-scheldt-river-pioneers-new-environmental-standards-in-dredging-with-flexible-mv-drives/","FormattedStartDate":null,"FormattedEndDate":null,"Link":{"NewWindow":false,"Url":"/en/service-and-support/case-stories/dds/royal-ihc-scheldt-river-pioneers-new-environmental-standards-in-dredging-with-flexible-mv-drives/"},"IsExternalLink":false,"Title":"Royal IHC Scheldt River pioneers new environmental standards in dredging with flexible MV drives","Image":"/media/14772/coverpic-1120x747.jpg","ImageAltText":"","Description":"A Danfoss medium-voltage drive solution boosts an inboard dredge pump and increases energy efficiency with a small footprint, minimum weight and low volume - while being robust enough to withstand the harsh marine environment.
","StartDate":null,"EndDate":null,"Location":null,"EventTypes":null,"HasErrors":false,"HasWarnings":false,"Errors":[],"Warnings":[]},{"Id":"https://danfoss-webex-umbraco-prodblue.azurewebsites.net/en/service-and-support/case-stories/cf/kneipp-institute-leads-the-way-in-storing-renewable-energy/","FormattedStartDate":null,"FormattedEndDate":null,"Link":{"NewWindow":false,"Url":"/en/service-and-support/case-stories/cf/kneipp-institute-leads-the-way-in-storing-renewable-energy/"},"IsExternalLink":false,"Title":"Kneipp-Institute leads the way in storing renewable energy","Image":"/media/13584/zygfryd-glaeser-far-1120-747.jpg","ImageAltText":"Zygfryd Glaeser, Professor in Theology at the University of Opole in front of solar panels","Description":"An institute in Kamień Śląski, Poland, is pioneering climate neutral energy consumption. Danfoss helps store electricity from the sun. Savings on electricity bill and CO2 emissions are the main drivers.
","StartDate":null,"EndDate":null,"Location":null,"EventTypes":null,"HasErrors":false,"HasWarnings":false,"Errors":[],"Warnings":[]},{"Id":"https://danfoss-webex-umbraco-prodblue.azurewebsites.net/en/service-and-support/case-stories/dds/alfen-energy-storage-enables-the-energy-grid-of-the-future/","FormattedStartDate":null,"FormattedEndDate":null,"Link":{"NewWindow":false,"Url":"/en/service-and-support/case-stories/dds/alfen-energy-storage-enables-the-energy-grid-of-the-future/"},"IsExternalLink":false,"Title":"Alfen energy storage enables the energy grid of the future","Image":"/media/13272/inside-alfen_1120x747.jpg","ImageAltText":" Alfen energy storage enables the energy grid of the future","Description":"Electrification and hybrid solutions are now booming. One of the first pioneers was the Dutch based energy storage manufacturer Alfen B.V., which has used Danfoss power conversion equipment since the early days.
","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="/en/service-and-support/case-stories/?filter=applications%3Dpower-conversion-generation-smart-grids%2Csegments%3Ddds">-
如果（ISSMALLPICTURE）{
澳大利亚：杰弗里斯集团（Jeffries Group）通过使用绿色废物的生物炭副产品来支持阿德莱德市，从而产生可再生能源，这是Vacon Power Conversion的Drivens。有足够的功率来运行他们的整个绿色废物操作，并将盈余能量送回阿德莱德的电网，并以零排放为单位。
-
如果（ISSMALLPICTURE）{
挪威：随着电动容器的引入，Hareid-Sulesund渡轮的运营每年将CO2排放量减少了7000吨。在将渡轮从柴油过渡到纯电力时，强大的陆上支撑是必不可少的，以可靠的基础设施的形式用于快速充电能力和稳定的电网供应。船上和岸上的系统充当单个系统 - 挪威电气系统（NES）使用Danfoss技术开发的复杂且竞争性的系统。
-
如果（ISSMALLPICTURE）{
澳大利亚：在干旱的内陆澳大利亚，从地下抽出的井水是如此热，需要冷却才能喝。昆士兰州的温顿镇通过将热量从钻水转换为电力，使它成为其优势。地热发电站在井水冷却过程中恢复了能源，然后在Vacon®Drives的帮助下使用它来为当地社区发电。
-
如果（ISSMALLPICTURE）{
Danfoss中型电压驱动解决方案可提高板内挖泥泵，并通过较小的占地面积，最小重量和低体积来提高能源效率 - 同时足够强大，可以承受强烈的海洋环境。
-
如果（ISSMALLPICTURE）{
波兰的Kamieńąski的一所研究所正在开创气候中性能源消耗。丹福斯（Danfoss）帮助储存阳光的电力。节省电费和公司2排放是主要驱动因素。
-
如果（ISSMALLPICTURE）{
电气化和混合溶液现在正在蓬勃发展。第一批先驱之一是荷兰的储能制造商Alfen B.V.，该公司从早期就使用Danfoss Power转换设备。
