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    • 1. 发明公开
    • 소형 열병합 ORC발전시스템
    • 组合有机有机酸循环电力发电系统
    • KR1020150096266A
    • 2015-08-24
    • KR1020140017508
    • 2014-02-14
    • 김영선
    • 김영선
    • F01K23/10F01K23/00F24D10/00
    • Y02E20/14Y02P80/15F01K23/10F01K23/00F24D10/00
    • 본 발명은 열공급시스템으로 히트펌프시스템을 활용하여 유기랭킨사이클과 결합하여 소형 열병합 ORC발전시스템을 제공한다.
      상기와 같이 히트펌프시스템과 유기랭킨사이클이 결합되면, 히트펌프시스템의 열교환기를 유기랭킨사이클과 공유하여 설계가 가능해져 경제적이고 효율적인 소형열병합 ORC발전시스템을 구성할 수 있다.
      또한, 히트펌프시스템 열취득사이클 외기증발기 부분을 공조형으로 설계하여, 공기로 부터 열원을 흡수하여 냉각된 공기를 그냥 외부로 배출해서 버리는 것이 아닌 냉방용으로 공급함으로서 전체적인 에너지 효율을 높힐 수 있다.
      또한, 보조열원공급시스템을 구성하여 혹한기 낮은 외기온도 조건에 의해 발전이 불가할 때, 보조열원공급시스템으로 부터 열원을 공급받아 난방과 동시 전력을 생산할 수 있다.
    • 本发明提供了一种小型热电联产ORC生成系统,其通过使用热泵系统作为供热系统与有机酸碱循环相结合。 当热泵系统和有机Rankine循环相同时,可以获得与有机Rankine循环共享热泵系统的热交换器的设计,从而形成经济有效的小型热电联产ORC生成系统。 此外,热泵系统的热增益循环外部空气蒸发器部分被设计为空调类型,以通过从空气中吸收热源供应冷却的空气来提供总能量效率,用于冷却,而不是通过向外部排出空气而排出空气 。 并且,由于在寒冷的天气中由于低的外部空气温度而产生不可用时,辅助热源供应系统被形成为通过从辅助热源供应系统接收热源来产生同时加热的电力。
    • 2. 发明公开
    • 해수를 이용한 터빈발전기의 시운전용 냉각수 공급시스템
    • 使用海水冷却水系统进行涡轮发电机调试
    • KR1020150081700A
    • 2015-07-15
    • KR1020140001448
    • 2014-01-06
    • 현대중공업 주식회사
    • 윤이혁
    • F01K25/02F01K23/00B63H21/38B63J2/12F25B1/00
    • 본발명은해수를이용한터빈발전기의시운전용냉각수공급시스템에관한것으로서, 보다구체적으로는해양설비에서사용하는터빈발전기의시운전을위해필요한냉각수를육지에서공급하여시운전을할 수있는해수를이용한터빈발전기의시운전용냉각수공급시스템에관한것이다. 이를위해, 다수개의흡입펌프를이용하여해수를육지에설치된해수관으로이송시키기위한해수흡입부; 상기해수관일측에연통되도록설치되고, 해수관으로유입된해수가특정양 이상으로유입될경우유입된해수일부를외부로배출시키기위한오버플로우관; 상기해수관을통해이송되는해수가해수흡입관을통해유입되고, 해수배출관을통해배출되며, 해수와담수의열교환을통해냉각된담수를생성시키는열교환기; 담수저장소에저장된담수를공급펌프을통해열교환기로이송시키는담수공급부; 상기열교환기를거쳐냉각되어배출된담수를공급받아냉각수로사용하고, 증기터빈을원동기로발전하는터빈발전기; 및상기터빈발전기를거쳐배출된담수를담수저장소로이송시키기위한리턴배관;을포함하여구성된해수를이용한터빈발전기의시운전용냉각수공급시스템을제공한다.
    • 本发明涉及一种通过使用海水来提供用于涡轮发电机的试驾的冷却水的系统,更具体地,涉及一种通过使用海水供给用于涡轮发电机的试驾的冷却水的系统,能够进行 通过从陆地供应冷却水,对用于海洋设施的涡轮发电机进行试驾。 为了实现该目的,该系统包括一个海水吸入部分,用于通过使用多个吸入泵将海水转移到安装在陆地上的海水管; 安装成连接到海水管一侧的溢流管,并且当海水流入海水管中的部分海水超过预定量时,将一部分海水排放到外部; 海水吸入管道,允许通过海水管道转移的海水流经海水吸入管; 海水排放管排出海水; 热交换器在海水和淡水之间交换热量; 淡水供应部件,通过供应泵将存储在淡水存储器中的淡水转移到热交换器; 使用淡水冷却并通过热交换器排出的涡轮发电机作为冷却水; 以及将通过涡轮发电机排出的淡水输送到淡水存储器的回流管。
    • 3. 发明公开
    • 발전 장치 및 발전 장치의 제어 방법
    • 发电装置及其控制方法
    • KR1020140029261A
    • 2014-03-10
    • KR1020130102290
    • 2013-08-28
    • 가부시키가이샤 고베 세이코쇼
    • 아다치시게토마츠무라마사요시나루카와유타카다카하시가즈오
    • F01K23/06F01K23/00
    • The present invention relates to a power generation device comprising an evaporator (11), a superheater (12), an inflator (13) connected to the power generator, a condenser (14), a working fluid pump (15), pump control means (51) for controlling the number of the rotation of the working fluid pump for the superheat degree of the superheater at an exit side to be a particular target value, an evaporation status detecting means (52) for detecting whether the temperature of the working fluid at the exit side of the evaporator is less than a saturation temperature, a superheat degree correcting means (53) for increasing the particular target value of the superheat degree at the exit side of the superheater when the evaporation status detecting means detects that the temperature of the working fluid at the exit side of the evaporator is less than the saturation temperature. With such composition, the injection of the working fluid including droplet at the inflator is prevented even when the working fluid including the droplet is leaking from the evaporator, in case of controlling the superheat degree of the superheater to the particular target value.
    • 本发明涉及一种发电装置,包括蒸发器(11),过热器(12),连接到发电机的充气机(13),冷凝器(14),工作流体泵(15),泵控制装置 (51),用于将出口侧的过热器的过热度的工作流体泵的旋转次数控制为特定目标值;蒸发状态检测装置(52),用于检测工作流体的温度 在蒸发器的出口侧具有小于饱和温度的过热度校正装置(53),用于当蒸发状态检测装置检测到过热器的温度时,增加过热器出口侧的过热度的特定目标值 蒸发器出口侧的工作流体小于饱和温度。 通过这样的组成,即使当将过热器的过热度控制到特定目标值的情况下,即使当包括液滴的工作流体从蒸发器泄漏时,包括液滴在充气器处的工作流体也被防止。
    • 4. 发明授权
    • 전기로를 이용한 발전장치
    • 发电机使用电炉
    • KR101245088B1
    • 2013-03-18
    • KR1020120088344
    • 2012-08-13
    • 서영호
    • 서영호
    • F01K17/04F27B3/08F01D15/10F01K23/00
    • F01D15/10F01K3/186F05D2220/72H02K7/1823H02K53/00Y10S74/09
    • PURPOSE: A power generator using an electrical furnace is provided to provide electricity by boiling water of the electrical furnace using electricity at midnight and generating steam and to generate electricity without arousing environmental destruction and pollution. CONSTITUTION: A power generator using an electrical furnace comprises a housing, a plurality of heat diffusible stand holes(14), a plurality of a heat diffusible stands, a fixing body, a steam pipe(20), a turbine(25), a generator(30), a condenser(35), and a super heater. The housing accommodates water. The heat diffusible stand holes are mounted in the housing in order to insert the heat diffusible stand from the outside. The heat diffusible stand is individually inserted into the heat diffusible stand holes for heating accommodated water in the housing. The fixing body is mounted in the housing for fixing the heat diffusible stand holes. The steam pipe guides steam generated in the electric furnace. The turbine is arranged in the outlet of the stream pipe and is operated by the steam. The generator is operated by the turbine and generates electricity. The condenser condenses the steam which is discharged after operating the turbine. The super heater overheats condensed liquid which is condensed in the condenser and supplies the overheated liquid to the electric furnace.
    • 目的:提供一种使用电炉的发电机,在午夜时分使用电炉的沸水提供电力,产生蒸汽和发电,而不会引起环境破坏和污染。 构造:使用电炉的发电机包括壳体,多个散热支座(14),多个散热架,固定体,蒸汽管(20),涡轮机(25), 发电机(30),冷凝器(35)和超级加热器。 房屋容纳水。 热扩散支架安装在壳体中,以便从外部插入散热支架。 散热支架单独插入到可扩散的支架孔中,用于加热壳体中的容纳水。 固定体安装在外壳中,用于固定热扩散支座。 蒸汽管引导电炉中产生的蒸汽。 涡轮机布置在流管的出口中并由蒸汽操作。 发电机由涡轮机运行并发电。 冷凝器冷凝在运行涡轮机后排出的蒸汽。 超级加热器过冷凝液,在冷凝器中冷凝,将过热的液体供给电炉。
    • 5. 发明公开
    • 폐열을 이용한 유기 랭킨 사이클 발전 시스템
    • 使用废热的有机磷酸循环发电系统
    • KR1020120110709A
    • 2012-10-10
    • KR1020110028743
    • 2011-03-30
    • 한국에너지기술연구원
    • 강석훈정대헌
    • F01K25/02F01K27/02F01K23/00
    • PURPOSE: An ORC(Organic Rankine Cycle) power generation system with waste heat is provided to prevent safety accidents due to the leakage of working fluid, and to save operating costs. CONSTITUTION: An ORC(Organic Rankine Cycle) power generation system(100) with waste heat comprises a waste heat supply unit(102), a pre-heater(104), an evaporator(106), a super-heater(108), a turbine(110), a power production unit(112), a condenser(114), an engine cooler(116), a storage tank(118), and a pump(120). The pre-heater heats the liquid that is out of a reference temperature range. The evaporator produces gas using the liquid pre-heated at the reference temperature range. The super-heater heats the gas supplied form the evaporator. The turbine circulates the gas to the pre-heater, and converts the gas into mechanical energy. The power production unit generates electricity by the turbine. The condenser condenses the gas supplied from the turbine in a gas state. The engine cooler recovers coolants from the condenser, and continuously cools the liquid condensed by the condenser. The storage tank holds the condensed liquid supplied from the condenser. The pump pumps the condensed liquid to the pre-heater. [Reference numerals] (102) Waste heat supply unit; (104) Pre-heater; (106) Evaporator; (108) Super heater; (110) Turbine; (112) Power production unit; (114) Condenser; (116) Engine cooler; (118) Storage tank; (120) Pump
    • 目的:提供具有废热的ORC(有机朗肯循环)发电系统,以防止工作流体泄漏引起的安全事故,并节省运行成本。 构成:具有废热的ORC(有机朗肯循环)发电系统(100)包括废热供应单元(102),预热器(104),蒸发器(106),超级加热器(108) 涡轮机(110),发电单元(112),冷凝器(114),发动机冷却器(116),储罐(118)和泵(120)。 预热器加热超出参考温度范围的液体。 蒸发器使用在基准温度范围预热的液体产生气体。 超级加热器加热从蒸发器供应的气体。 涡轮将气体循环到预热器,并将气体转化为机械能。 发电单元由涡轮发电。 冷凝器将从涡轮机供应的气体以气体状态冷凝。 发动机冷却器从冷凝器回收冷却剂,并且连续冷却由冷凝器冷凝的液体。 储存罐保持从冷凝器供应的冷凝液体。 泵将冷凝的液体泵送到预热器。 (附图标记)(102)废热供给单元; (104)预热器; (106)蒸发器; (108)超级加热器; (110)涡轮; (112)发电单位; (114)冷凝器; (116)发动机冷却器 (118)储罐; (120)泵