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    • 1. 发明申请
    • STATIC CONVERTER AND METHOD FOR STARTING UP THE CONVERTER
    • 静态转换器和启动转换器的方法
    • US20110013441A1
    • 2011-01-20
    • US12836889
    • 2010-07-15
    • Rainer GruberUlrich HalfmannJörg LehmpfuhlErich Rettensteiner
    • Rainer GruberUlrich HalfmannJörg LehmpfuhlErich Rettensteiner
    • H02M5/10G05F3/04
    • H02M7/49H02J3/1857H02M1/36H02M5/297H02M2007/4835Y02E40/26
    • A static converter is disclosed. In at least one embodiment, the static converter includes a power converter circuit which has a plurality of interconnected module branches, wherein each module branch has one or more electrically series-connected two-pole submodules as switchable voltage sources which each include a capacitor as an energy store and power semiconductors as electronic switching elements. A device for precharging the capacitors is included, including at least one power electronics device for providing an adjustable precharge current. The at least one power electronics device, being supplied with power by an auxiliary supply system and being connected to a converter bridge via a precharge transformer, can be used to achieve a sufficiently high voltage level for the capacitors of the submodules when the converter is started up so as to achieve firstly the minimum voltage for supplying power to the power semiconductors and secondly the minimum voltage for synchronization to the systems. A method for starting up such a converter is also disclosed.
    • 公开了一种静态转换器。 在至少一个实施例中,静态转换器包括具有多个互连的模块分支的功率转换器电路,其中每个模块分支具有一个或多个电串联连接的两极子模块作为可切换电压源,每个电压源包括作为 能量储存和功率半导体作为电子开关元件。 包括用于对电容器进行预充电的装置,包括用于提供可调节的预充电电流的至少一个电力电子装置。 可以使用由辅助电源系统供电并通过预充电变压器连接到转换器桥的至少一个电力电子设备,以便在转换器启动时为子模块的电容器实现足够高的电压电平 以便首先实现向功率半导体供电的最小电压,其次实现与系统同步的最小电压。 还公开了一种启动这种转换器的方法。
    • 2. 发明授权
    • Static converter and method for starting up the converter
    • 静态转换器和启动转换器的方法
    • US08451636B2
    • 2013-05-28
    • US12836889
    • 2010-07-15
    • Rainer GruberUlrich HalfmannJörg LehmpfuhlErich Rettensteiner
    • Rainer GruberUlrich HalfmannJörg LehmpfuhlErich Rettensteiner
    • H02J3/36
    • H02M7/49H02J3/1857H02M1/36H02M5/297H02M2007/4835Y02E40/26
    • A static converter that includes a power converter circuit having a plurality of interconnected module branches. Each module branch may have one or more electrically series-connected two-pole submodules as switchable voltage sources which each include a capacitor as an energy store and power semiconductors as electronic switching elements. A device for precharging the capacitors is included that has at least one power electronics device for providing an adjustable precharge current. The at least one power electronics device, being supplied with power by an auxiliary supply system and being connected to a converter bridge via a precharge transformer, can be used to achieve a sufficiently high voltage level for the capacitors of the submodules when the converter is started up so as to achieve firstly the minimum voltage for supplying power to the power semiconductors and secondly the minimum voltage for synchronization to the systems.
    • 一种静态转换器,包括具有多个互连模块分支的功率转换器电路。 每个模块分支可以具有一个或多个电串联连接的两极子模块作为可切换电压源,每个电压源包括作为能量存储器的电容器和作为电子开关元件的功率半导体。 包括用于对电容器进行预充电的装置,其具有用于提供可调节的预充电电流的至少一个电力电子装置。 可以使用由辅助电源系统供电并通过预充电变压器连接到转换器桥的至少一个电力电子设备,以便在转换器启动时为子模块的电容器实现足够高的电压电平 以便首先实现向功率半导体供电的最小电压,其次实现与系统同步的最小电压。
    • 5. 发明申请
    • Static converter
    • 静态转换器
    • US20090196078A1
    • 2009-08-06
    • US12320759
    • 2009-02-04
    • Rainer GruberUlrich HalfmannMarc HillerWolfgang Recker
    • Rainer GruberUlrich HalfmannMarc HillerWolfgang Recker
    • H02M5/45
    • H02M7/483H02J3/34H02M1/36H02M5/4585H02M2007/4835
    • A static converter includes a current converter on the three-phase side and a current converter on the single-phase side, which are electrically conductively linked to one another on the DC voltage side, and which are respectively electrically conductively connected on the AC voltage side to a feeding three-phase network and a single-phase receiving network. According to an embodiment of the invention, one network-commutated current converter is provided as the current converter on the three-phase side, wherein the current converter on the single-phase side has two phase modules which are connected in parallel on the DC voltage side and whose current converter branches each have at least one two-pole subsystem. This results in a static converter which is simpler and costs less than a known static converter.
    • 静态转换器包括三相侧的电流转换器和单相侧的电流转换器,其在直流电压侧彼此导电连接,并且分别导电连接在交流电压侧 到馈电三相网络和单相接收网络。 根据本发明的一个实施例,在三相侧设置一个网络换向电流转换器作为电流转换器,其中单相侧的电流转换器具有在直流电压上并联的两相模块 并且其电流转换器支路各自具有至少一个双极子系统。 这导致静态转换器比现有的静态转换器更简单且成本更低。
    • 6. 发明授权
    • Static converter
    • 静态转换器
    • US08054657B2
    • 2011-11-08
    • US12320759
    • 2009-02-04
    • Rainer GruberUlrich HalfmannMarc HillerWolfgang Recker
    • Rainer GruberUlrich HalfmannMarc HillerWolfgang Recker
    • H02M5/45
    • H02M7/483H02J3/34H02M1/36H02M5/4585H02M2007/4835
    • A static converter includes a current converter on the three-phase side and a current converter on the single-phase side, which are electrically conductively linked to one another on the DC voltage side, and which are respectively electrically conductively connected on the AC voltage side to a feeding three-phase network and a single-phase receiving network. According to an embodiment of the invention, one network-commutated current converter is provided as the current converter on the three-phase side, wherein the current converter on the single-phase side has two phase modules which are connected in parallel on the DC voltage side and whose current converter branches each have at least one two-pole subsystem. This results in a static converter which is simpler and costs less than a known static converter.
    • 静态转换器包括三相侧的电流转换器和单相侧的电流转换器,其在直流电压侧彼此导电连接,并且分别导电连接在交流电压侧 到馈电三相网络和单相接收网络。 根据本发明的一个实施例,在三相侧设置一个网络换向电流转换器作为电流转换器,其中单相侧的电流转换器具有在直流电压上并联的两相模块 并且其电流转换器支路各自具有至少一个双极子系统。 这导致静态转换器比现有的静态转换器更简单且成本更低。
    • 7. 发明授权
    • Method for manufacturing titanium dioxide
    • 制造二氧化钛的方法
    • US08323613B2
    • 2012-12-04
    • US12238716
    • 2008-09-26
    • Rainer Gruber
    • Rainer Gruber
    • C01G23/047C04B14/00
    • C01G23/07
    • The manufacture of titanium dioxide by oxidation of titanium tetrachloride in a plug flow reactor, wherein the titanium tetrachloride is introduced into the reactor in at least two stages and is used exclusively in liquid form. The total quantity of liquid TiCl4 used is split up in several stages. A small quantity is added in the first stage in order to start combustion despite using the liquid phase. In the first phase, the activation energy required is provided solely via the preheated oxygen. In all other stages, the activation energy is provided by the preheated oxygen and the reaction enthalpy of TiCl4 oxidation released in the upstream stages.
    • 在活塞式流动反应器中通过氧化四氯化钛来制造二氧化钛,其中四氯化钛以至少两个阶段引入反应器中,并且仅以液体形式使用。 使用的液体TiCl4的总量分几个阶段。 在第一阶段添加少量,以便尽管使用液相来开始燃烧。 在第一阶段,所需的活化能仅通过预热的氧提供。 在所有其他阶段,活化能由预热的氧气和上游阶段释放的TiCl4氧化物的反应焓提供。