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C3.  3+N产品馆

馆长：吴权派  Eris      eris@meanwell.com

+886-2-2299-6100 #350

       明纬拥有超过一万种标准电源机型与全球专业技术服务团队 ，透过相关技术咨询服务，业务与技术服务团队可依客户需求提供产品与系统解决方案，甚至可以依客户系统组装成一套系统。其中3+N的”3”指的是机架式电源、模块电源、系统电源，N指的是以明纬其他产品与控制器，依客户需求所搭配的无限可能。
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最新产品

RST-7K5/15K系列

7.5KW / 15KW三相四线直流高压输出电源

MEAN WELL RST-7K5/15K Series, 7.5KW / 15KW 3 Phase 4 Wire High Voltage DC Output Power Supply

        为提供更多样式的标准电源来满足客户，明纬再推出全新设计AC输入三相四线式RST-7K5(7500W)及RST-15K(15,000W)标准电源，以2U低高度设计及高效率达95%，最大并联输出功率可达30kW。在输出电压应用提供115V、230V及380V三种机型，可提供不同产业应用，如工业设备、充电储能系统、电解设备、集中供电…等。此外，输出电压电流皆具备可程序化控制功能... 

SHP-10K系列

10kW三相三线高效率全数位电源供应器

MEAN WELL SHP-10K Series, 10kW 3 Phase 3 Wire High Efficiency & Digitalized Switching Power Supply

        为提供大功率工业设备、高压充电系统及集中供电等新应用需求，明纬推出全新设计AC输入三相三线式SHP-10K标准电源，搭配全数字化及高效率设计达97%，最大并联输出功率达40kW。在输出电压应用提供55V、115V、230V及380V四种机型，可提供不同产业应用，如自动化工业设备、充电储能系统、5G通讯设备、集中供电…等。此外，受惠于全数字化设计，输出电压电流皆具备可程序化控制功能及标配CANBus通讯协议... 

CMU2系列

多产业泛用型智能控制器

MEAN WELL CMU2 series, Multi-Industry General-Purpose Smart Controller

        近半年来，能源价格飙涨的议题不断在新闻中被提起，无论原因为何，确定的事实是，地球资源是有限的。对此，联合国提出了17项永续发展目标，其中一项则是『可负担和清洁能源』。此目标更与身为标准电源领航者的明纬息息相关，也因此在2021年将联合国永续发展目标其中的9项，融入到企业永续经营发展的集团蓝图。明纬从创立以来，除了不断提升产品线的效能以及完整度之外，更致力于产品的智能化、数字化以及人机接口的友善化。...

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ERG-5000系列— 能源回收烧机系统

      ERG-5000(H)是一台可提供额定输入5kW及最大6kW的回收烧机系统，能源回收率最高可达到88%，能达到节能减碳的效果，同时有效节约电费成本。其烧机模式可选择CC或CV；4个通道设计可弹性的搭配待测物串/并联的应用，另外ERG-5000的烧机直流输入电压范围为10~60V，ERG-5000H为60~420V，适用于不同产品型号的烧机老化应用。内建CANBus通讯界面，可搭配CMU2A或者自行撰写程式来管控与设定。


 

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SHP-10K系列—
10kW三相三线高效率全数位电源供应器

      SHP-10K系列为明纬新开发出的三相三线10K瓦高输出直流电压电源供应器。依外型与散热方式主要区分内建强制风扇与水冷散热两种型态，对应的输出电压适用于工业自动化、通讯与充电设备等相关产业应用。


 

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CMU2系列— 电源管理人机介面展示套件

        明纬的CMU2 Kit套件是2合1的行销工具，此套件主要以内建的CMU2控制器搭配DPU-3200-48电源供应器向客户展示明纬智能控制器解决方案，对外可以用于研讨会、展会等场合展示CMU2产品功能，对内可做为智能高功率直流电源供应器。



 

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解決方案



Burn-in is the process by which components of a system are exercised before being placed in service and often time prior to the system being completely assembled from those components. This testing process will force certain failures to occur under supervised conditions so an understanding of load capacity of the product can be established. The intention to carry out burn-in test is to detect those particular components that would fail as a result of the initial, high-failure rate portion of the bathtub curve of component reliability. If the burn-in period is made sufficiently long (and, perhaps, artificially stressful), the system can then be trusted to be mostly free of further early failures once the burn-in process is complete. To fulfill this kind of requirement, numbers of high wattage equipment will participate in this situation, therefore, with the flexibility of MEAN WELL’s system power, users are able to overcome and achieve a ALL in ONE BI system by its functionality.

Burn-in is the process by which components of a system are exercised before being placed in service and often time prior to the system being completely assembled from those components. This testing process will force certain failures to occur under supervised conditions so an understanding of load capacity of the product can be established. The intention to carry out burn-in test is to detect those particular components that would fail as a result of the initial, high-failure rate portion of the bathtub curve of component reliability. If the burn-in period is made sufficiently long (and, perhaps, artificially stressful), the system can then be trusted to be mostly free of further early failures once the burn-in process is complete. To fulfill this kind of requirement, numbers of high wattage equipment will participate in this situation, therefore, with the flexibility of MEAN WELL’s system power, users are able to overcome and achieve a ALL in ONE BI system by its functionality.

The picture below shows the illustration of the synchrotron of TPS for which it mainly consists of Linear Accelerator (LINAC), Booster Ring and Storage Ring. The source produces the particles which are propelled up to speed in a LINAC before they are injected into a booster ring to be accelerated further. The particle beams then enter the storage ring, which maintains their speed. In case particle beams are diverted at speeds close to the speed of light, it emits part of the energy as synchrotron radiation in the form of electromagnetic waves. Depending on requirements, the super bright beams are then diverted into the beamline to perform the experiment or application in the end station. RF amplifier system is to compensate the power loss of the particle beams in the storage ring due to the emission of synchrotron radiation by which a signal picked up on ring can be amplified and fed back in on the opposite side of the ring at a dedicated phase angle. The feedback loop helps to reduce the size and energy distribution. MEAN WELL system power solution is installed and applied as the DC power source for the RF amplifier system in the storage ring.