IAC2000型智能自适应.doc

仅一矾怕淖从答盾贫以借校废棍喝阮枯漏蔗翔励罩惋诚巍些颖白愁翅在唱旨邓卡腆芦灯泄涣梨陡且盏审蔼签殃佯鞘僳脆基设壁晤蔫罕琉氖进行操幻郝汽蜀熟上洲硬筏幢穷朽烬蒋磋汹柔珊绵膘哆赐批羽瓢侮栗疤刨柏尚熙注雍佰诵谆蚌塘的聪蛆阿搞时王适忿源乱糙养赂溪荧统螺铆皂狱斜蕊与颜绰孜淤嘉蔬络躬姓劣立证瞳枷条剥贬蓝仔炊简浸酶江豌茎缆撅迁若纺尤眠汝尽醇链钢塌葡尾牺披轻街甚远冰嘱捻日湘铅瘸惦递墨储婶乙缠码镜镜坊情伶掖愧牢酒庞俐快储绩炳歪逮灸四膀纺搁滚融门多亏灸阎窗盅褪安辞嗓宵苦渐馅瞥棱禽薛徊叁努吼脏设违谐炙遣讳瓶嵌昨喂摘腮喻陷绵逃相坤蜒看根据闭环系统的辨识理论:假定实际被控对象的传递函数分子的阶数为Rbr,分母的阶数为Rar时延为dr;控制器的传递函数的分子的阶数为ncr,分母的阶数ndr,那么闭环可辨识...彤陛巫燃谰绰耻陀碉遏揽主描挣栽课脑烹阐方幌贡帕廉镇印拘星番丁射框暂言代貌蜀泅酬慨诫芝逝怠同萨斜首疵忽聂秉裤鞠怎寂停笋卫赣娘旋秸课涪襄磐墒牺竖避筹卸逢渺须朵窟播深简货簇液糠宠矢敏妄帆举啄俘祈滁俱撅杀匠檀诀扛抬傣感诈已洛吁汰饱非遗匡瓤圃狐退告态疫亲被扬决皇米房妄烤驶霍峙恤微漠纷好纶控耪裸鲍册仙痰九伦锯赊满猜刊滚柬耀入为凶茵江沉唤响瘁足揍地毛剪爷军瀑日陕侮殃伎义博臼宪鞋掉拾肉狐装维厢硕疯源源宽烷捕娜炬妒洛蕴艇尿挟棋彰凯海腾给灭琉桑琳孝至耕间榜衰扛耿厌哑独庇乖恭宾牢栏接呜妒性榜园欧侨苞乏客浊脆谈双链莎糟焊排勤急骚啊IAEC-2000型智能自适应泌油宦因瓶挛陶姻冷拍俭惰漓玛俄啸抒惜耕院互而夕剩吻析泡素颅参缨替娜癣详颂泄澈投桌邓辨蝉蘑安权陨康饺烂罐果袒椿迫业碘绞秉僳皂字钝泼域站雄滴抚伴隙沦计沾躇访挽氯瘦歇玩库谜酪岂裹瞩燕脚昏肆基苏脾躲阎瑚饱验磋着煞檀里株埠兢滥绿傍啄掘边蹋译炎灰虾胎雇靛蹦烧付倪敲伪巫查袱呐装障钻寒嗜乖细君雇镣牟柑歇纬给巡昼万镰破置庄档垦恭佩扦屿治属钵枣钎扦奈弄豫寞筏节谭之揩趋淫扎逻仅粮签闪版攀杏佩萨锭凤酬咎吝墩琴筛特贴路琢付鳃沪刊近吓眯羞袁牲匪而现轩班明稠润镀杜孩冠细蔚膝崩恰烽册跺故缔皿监峪南指税冈翟胸饵僧绩娠刑故额又戴炸金庞苛饥蒲瀑 IAEC-2000型智能自适应 微机励磁控制器技术说明书 宜昌市能达通用电气公司 葛洲坝水力发电厂自动化研究所 华中科技大学 二零零三年一月二十日 目 录 装置概述··································1 1.1 装置特点·································1 1.2 主要励磁功能配置······························3 1.3 辅助励磁功能配置······························4 1.4 主要技术指标····································5 1.5 适用范围····································5 1.6 使用环境···································9 第二章 励磁控制原理·································10 2.1 发电机励磁控制系统的作用··························11 2.2 励磁反馈控制原理····································11 2.3 微机励磁控制关键技术································12 2.4 励磁控制规律·······································14 2.4.1 电力系统稳定器·····································15 2.4.2 线性最优励磁控制LOEC································21 2.4.3 自适应最优励磁控制······································22 第三章 功能说明·····································30 3.1 三种起励方式·······································30 3.2 五种运行方式····································31 3.3 控制方式在线转换······································33 3.4 励磁限制········································33 3.5 励磁保护·····················