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    • 4. 发明公开
    • 발전소 시뮬레이터
    • 电厂模拟器
    • KR1020130035713A
    • 2013-04-09
    • KR1020110100197
    • 2011-09-30
    • 한국전력공사한국서부발전 주식회사
    • 변승현유광명임익헌이주현
    • G05B17/00
    • G05B17/02G05B23/02G06F17/5009G06Q50/10H02J2003/007
    • PURPOSE: A power plant simulator is provided to monitor simulator fidelity by connecting to power plant driving data in real time. CONSTITUTION: A process model part(110) virtually implement power plant site. A control model part(120) virtually implement a power plant control part. A simulator driver selecting part(130) select a driver demand for a simulator to selectively use. A model fidelity determining part(140) compares the calculated value of the process model part with the real driving data of the power plant control part for determining simulated model fidelity. A state determining part(150) provides information for determining whether the state of a power plant is normal. A drive data database stores power plant drive data. A plant driver selecting part(180) selects the driver demand of the power plant drive data. A plant process value selecting part selects power plant drive process data. [Reference numerals] (110) Process model part; (120) Control model part; (130) Simulator driver selecting part; (135) Actuator input selection switch; (140) Model fidelity determining part; (150) State determining part; (155) State determination mode selecting switch; (160) Warning indicator; (170) Driving data database; (180,190) Plant driver selecting part; (185) Data selecting switch; (200) Plant control part; (300) Interface part; (AA) Simulator actuator demand; (BB) Plant actuator demand; (CC) Simulator process value; (DD) Model fidelity determination enable input; (EE) Normal/transient state input; (FF,JJ) Plant process value; (GG) Normal/transient state manual input; (HH) Plant online actuator demand; (II) Plant database actuator demand; (KK) Plant database process value; (LL) Plant online process value;
    • 目的:提供电厂模拟器,通过实时连接电厂驱动数据来监测模拟器的保真度。 规定:过程模型部分(110)虚拟实施发电厂现场。 控制模型部分(120)实际上实现发电厂控制部分。 模拟器驱动器选择部分(130)选择驾驶员对模拟器的需求以选择性地使用。 模型保真度确定部分(140)将过程模型部分的计算值与用于确定模拟模型保真度的发电厂控制部分的实际驱动数据进行比较。 状态确定部分(150)提供用于确定发电厂的状态是否正常的信息。 驱动数据数据库存储发电厂驱动数据。 工厂驱动器选择部分(180)选择驱动器对发电厂驱动数据的需求。 工厂过程值选择部分选择发电厂驱动过程数据。 (附图标记)(110)过程模型部分; (120)控制模型部分; (130)模拟驱动器选择部分; (135)执行器输入选择开关; (140)模型保真度确定部分; (150)国家确定部分; (155)状态判定模式选择开关; (160)警告指示灯; (170)驾驶数据库; (180,190)植物司机选择部分; (185)数据选择开关; (200)植物控制部分; (300)接口部分; (AA)模拟器执行器要求; (BB)厂房执行器需求; (CC)模拟器过程值; (DD)型号保真度确定使能输入; (EE)正常/瞬态输入; (FF,JJ)植物过程价值; (GG)正常/瞬态手动输入; (HH)工厂在线执行器需求; (二)工厂数据库执行机构需求; (KK)植物数据库过程值; (LL)工厂在线流程价值;
    • 7. 发明授权
    • 발전소 시뮬레이터
    • KR101837653B1
    • 2018-03-13
    • KR1020110100197
    • 2011-09-30
    • 한국전력공사한국서부발전 주식회사
    • 변승현유광명임익헌이주현
    • G05B17/00
    • 발전소시뮬레이터가제공된다. 발전소시뮬레이터는, 발전소현장을모의로구현하는공정모델부, 발전소제어부를모의로구현하는제어모델부, 발전소제어부로부터출력되는구동기디맨드를시뮬레이터에서선택적으로사용하도록선별하는시뮬레이터구동기선택부, 공정모델부의계산값과발전소제어부로부터의실제운전데이터를비교하여시뮬레이션된모델충실도를판별하는모델충실도판별부, 모델충실도의판별에요구되는발전소의상태가정상및 과도중 어느하나의상태인지정보를제공하는상태판별부, 발전소제어부의발전소운전데이터를저장하고저장된데이터를이력데이터로출력하는운전데이터데이터베이스, 발전소제어부로부터실시간으로입력받는데이터와이력데이터중 하나로발전소운전데이터의구동기디맨드를선택하는플랜트구동기선택부및 발전소제어부로부터실시간으로입력받는데이터와이력데이터중 하나로발전소운전공정데이터를선택하는플랜트공정값선택부를포함한다.
    • 8. 发明公开
    • 터빈 제어시스템 장치 및 방법
    • 用于控制涡轮机的系统,装置和方法
    • KR1020130059061A
    • 2013-06-05
    • KR1020110125159
    • 2011-11-28
    • 한국전력공사한국서부발전 주식회사
    • 우주희김종안최인규임익헌
    • F01D19/00F01D21/02F01D21/14F01D15/10
    • F01D19/00F01D15/10F01D21/02F01D21/14F05D2220/31F05D2220/76
    • PURPOSE: A turbine control system apparatus and a method thereof are provided to prevent an electric generator from becoming a synchronous motor by using a speed controller and a generator output controller, and to guarantee a rated speed. CONSTITUTION: A turbine control system apparatus comprises an inflow steam opening valve(100), a turbine(200), a generator(300), a first switch(500), a second switch, and a turbine control device(400). The first switch is opened/closed for produced electric power to be synchronized and connected in a network. The second switch is opened/closed to supply electricity to power plant instruments. The turbine control device includes a speed control unit, a generator output control unit, an opening demand information calculating unit, and an opening control unit; receives the status information from the turbine, the generator, and the first and the second switch; and controls the inflow steam opening valve. [Reference numerals] (200) Turbine; (300) Generator; (AA) Steam; (BB) Control valve; (CC) Turbine speed information; (DD) Opening demand; (EE) Speed error information; (FF) Output demand information; (GG) Speed control unit; (HH) Power generator output control unit; (II) Power generator output information; (JJ) Sub-transformer; (KK) Main transformer; (LL) System; (MM) Transformer for connection; (NN) Driving transformer; (OO) Power generator device
    • 目的:提供一种涡轮机控制系统装置及其方法,以通过使用速度控制器和发电机输出控制器来防止发电机变为同步电动机,并保证额定转速。 构成:涡轮机控制系统装置包括流入蒸汽打开阀(100),涡轮机(200),发电机(300),第一开关(500),第二开关和涡轮机控制装置(400)。 第一个开关被开/关用于生产的电力同步并连接在一个网络中。 第二个开关打开/关闭,为电厂设备供电。 涡轮控制装置包括速度控制单元,发电机输出控制单元,开启需求信息计算单元和开启控制单元; 从涡轮机,发电机以及第一和第二开关接收状态信息; 并控制流入蒸汽打开阀。 (附图标记)(200)涡轮机; (300)发电机; (AA)蒸汽; (BB)控制阀; (CC)涡轮机速度信息; (DD)开盘需求; (EE)速度误差信息; (FF)产出需求信息; (GG)速度控制单元; (HH)发电机输出控制单元; (二)发电机输出信息; (JJ)子变压器; (KK)主变压器; (LL)系统; (MM)变压器连接; (NN)驱动变压器; (OO)发电机装置
    • 9. 发明公开
    • 전기 집진기 제어 장치 및 방법
    • 电动机控制系统及方法
    • KR1020120033187A
    • 2012-04-06
    • KR1020100094818
    • 2010-09-29
    • 한국전력공사한국서부발전 주식회사
    • 이주현임익헌변승현
    • B03C3/68B03C3/72B03C3/02
    • B03C3/763B03C3/68
    • PURPOSE: An electric dust collector control system and a method thereof are provided to enhance efficiency of dust collection by corresponding to dust concentration, boiler load, and soot blower movement in the electric dust collector. CONSTITUTION: An electric dust collector control system comprises voltage control systems(201,202), a drop control system(203), a distributed control system(204), a monitor system(205), and a particulate concentration measuring device(208). The voltage control system supplies necessary voltage to electric dust collectors(211,212). The drop control system eliminates dust collected in the electric dust collector. The distributed control system controls the voltage control system and the drop control system corresponding to actions of particulate concentration, operation of the soot blower, and the boiler load. The distributed control system comprises a power supply unit, a central processing unit, a transceiver, and an input unit.
    • 目的:提供一种电除尘器控制系统及其方法,以提高粉尘浓度,锅炉负荷和烟尘送风机运行在集尘器中的效果。 构成:电除尘器控制系统包括电压控制系统(201,202),液滴控制系统(203),分布式控制系统(204),监视器系统(205)和颗粒物浓度测量装置(208)。 电压控制系统为电动集尘器(211,212)提供必要的电压。 降落控制系统消除了电除尘器中收集的灰尘。 分布式控制系统控制电压控制系统和液滴控制系统,对应于颗粒物浓度,吹灰机操作和锅炉负荷。 分布式控制系统包括电源单元,中央处理单元,收发器和输入单元。
    • 10. 发明公开
    • 공간전압벡터방식을이용한정지형여자시스템
    • 使用空间电压矢量方法的潜在源激发系统
    • KR1020000020272A
    • 2000-04-15
    • KR1019980038805
    • 1998-09-18
    • 한국남동발전 주식회사한국전력공사한국남부발전 주식회사한국중부발전(주)한국서부발전 주식회사
    • 김찬기김장목임익헌류홍우
    • H02P27/08H02P21/00
    • PURPOSE: An excitation system is provided to compose a PWM boost converter and a PWM inverter using a space vector voltage method. CONSTITUTION: An excitation system includes a PWM boost converter(20), a PWM inverter (40), a PWM boost converter control means, and a PWM inverter control means. The PWM boost converter is to switch three phases output power source of a transformer for an electric power using an electric power transformation element to a PWM method and transform into a direct voltage to control a reverse rate control and a voltage size. The PWM inverter is to receive an output power source of the PWM boost converter via a back current preventing part(30) using a diode and supply an excitation power source to the field magnet of a generator by a switching. The PWM boost converter control means compares the output terminal direct current of the PWM boost converter with a voltage instruction value, make a comparison integration. The PWM boost converter control means each other compares the comparison integration value and the reverse rate control value with q axis and d axis current values which transforms an input terminal three phase current of the PWM boost converter into dq axis space vector value. The PWM boost converter control means make a comparison integration control each comparison value and is to generate a gating signal of the PWM boost converter using the space voltage vector method. The PWM inverter control means is to measure a generator voltage establishment value to instruct a voltage of a generator and an output terminal voltage of a real generator, compare with the establishment value, and generate a switching signal of the PWM inverter using a signal which is compared with a desert wave via the comparison integration control.
    • 目的:提供一种励磁系统,用于组合PWM升压转换器和使用空间矢量电压法的PWM逆变器。 构成:励磁系统包括PWM升压转换器(20),PWM逆变器(40),PWM升压转换器控制装置和PWM逆变器控制装置。 PWM升压转换器是使用电力转换元件将电力变压器的三相输出电源切换为PWM方式,并转换为直流电压以控制反向速率控制和电压大小。 PWM逆变器通过使用二极管的反向电流防止部(30)接收PWM升压转换器的输出电源,并通过切换将励磁电源提供给发电机的励磁磁体。 PWM升压转换器控制装置将PWM升压转换器的输出端直流电压与电压指令值进行比较,进行比较积分。 PWM升压转换器控制装置将比较积分值和反向速率控制值与q轴和d轴电流值进行比较,其将PWM升压转换器的三相电流的输入端子变换为dq轴空间矢量值。 PWM升压转换器控制装置对每个比较值进行比较积分控制,并使用空间电压矢量法产生PWM升压转换器的门控信号。 PWM逆变器控制装置是与建立值相比较来测量发电机电压建立值以指示发电机的电压和实际发电机的输出端子电压,并使用信号是产生PWM逆变器的开关信号,该信号是 与沙漠波相比,通过比较整合控制。