Системная система синхронного фазового измерения и применения
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Система питания, измерение синхронной фазы, широкая система измерения ...Предисловие Глава 1 Введение····················································································11.1 Процесс разработки технологии фазового измерения···························································11.2. Статус применения поэтапной технологии измерения дома и за рубежом··················································41.3 Временной синхронизация и технологии, грандиозное время······························································81.4 Аранжировка контента этой книги главы·································································91.5 Резюме··················································································12 Ссылок···················································································12 Глава 2 Технология измерения фазы·······································································142,1 Концепция фазы и метод представления·····························································142,2 Алгоритм измерения фазы······································································202,3 Алгоритм скорости частоты и частоты··························································232.4 Алгоритм мощности············································································242.5 Метод повышения точности измерения фазы·······················································262,6 Измерение диапазона дерма···································································312.7 Алгоритм обнаружения ингредиентов синхронных колебаний·······················································342.8 Резюме··················································································37 Ссылка···················································································38 Глава 3 Широко -фазовая система измерения Sub -Station···························································413.1 Структура подставления············································································413.2 Субстанционное оборудование············································································423.3 Функция подставления············································································483.4 Реализация суб -стационарных проектов······································································543,5 оптимизированная конфигурация точек ткани································································563.6 Резюме··················································································64 Ссылки··················································································65 Глава 4 Основная станция системы измерения фазы широкой площади··························································674.1 Основная архитектура системы станции······································································674.2 Предварительная система связи······································································724,3 база данных временных рядов···································································774.4 Динамический обмен информацией и интегрированное приложение····················································834.5 Функция применения главной станции······································································934,6 Резюме·················································································100 ссылок·················································································100 Глава 5 Широкий протокол коммуникации системы измерения фазы···················································1025.1 Статуя связи главного сына··································································1035.2 Связь с системой мониторинга на сайте····························································1115.3 Резюме·················································································116 Ссылки·················································································117 Глава 6 Распознавание параметров модели мощности·······························································1186.1 Моделирование мощности и распознавание параметров на основе WAMS········································1186.2 Распознавание параметров линии передачи·······························································1206.3 Распознавание параметров трансформатора··································································1266.4 Распознавание параметров генератора··································································1286.5 Распознавание параметров нагрузки·····································································1346.6 Резюме·················································································136 Ссылки·················································································137 ГЛАВА 7 Оценка динамической безопасности силовой сетки·······························································1397.1 Стабильная оценка напряжения·····································································1397.2 Стабильная оценка корпорации Power Grid·······························································1447.3 Комплексная оценка динамической безопасности энергетической сетки·························································1627.4 Резюме·················································································173 Ссылки·················································································173 ГЛАВА 8 Широко -фазовая система измерения измерения реального мониторинга и анализа времени··········································1788.1 Низкочастотное наблюдение за колебаниями·····································································1788.2····································································1888.3 Оценка смешанного состояния на основе данных PMU·············································1928.4 Применение PMU в мониторинге ветряных ферм·················································1988,5 Technology Technology Technology Difuling Difling Grid на основе PMU.··········································2038.6 Резюме················································································214 Ссылки·················································································215 Глава 9 Широкая защита резерва и онлайн -контроль······················································2179.1 Система защиты от резервного копирования шириной······························································2179.2 Контроль ссылки на основе широкого стабилизатора энергосистемы (PSS)···························2259.3 Система управления демпфированием координации DC Carea DC··················································2339.4 Прогнозирование и контроль временной стабильности···························································2399,5 Система управления энергетикой на основе ветряной фермы на основе PMU··········································2449.6 Технические перспективы··········································································2499,7 Резюме················································································250 Справочная литература·················································································250 Глава 10 Проверка и проверка последовательности·····························································25310.1 Основной тест функции станции···································································25310.2···································································26310.3 Тест последовательности протокола связи··························································28510.4 PMU тестер····································································29010.5 Резюме···············································································294 Ссылки·················································································294 Индекс····························································································· 295..................В последние годы технология измерения электроэнергии широко развивалась в домашних условиях и за рубежом. Это еще один крупный технологический прогресс в области планирования и автоматизации мощности после системы сбора данных и управления данными и системы управления энергопотреблением.Технология WAMS может одновременно получить большой объем динамических данных реального времени одновременно, дополнить данные исходной системы SCADA или EMS и обеспечивает новый способ и метод для безопасной и стабильной работы и управления система питания.В этой книге сначала представлена основная теория технологии PMU и WAMS энергетических систем, а во -вторых, параметры модели силовой сетки, динамическое наблюдение за энергетической сеткой, динамическая оценка безопасности сетки Power, онлайн -управление энергетической сеткой, Системные стандарты .pmu и wams, технология PMU и WAMS в сети применения энергосистемы.... ...............Zhang Daonong, профессор -инженер из северного Китая Институт электроэнергии Engineering Co., Ltd ..Профиль заключается в следующем: A.С 1985 года он участвует в проектной работе по энергоснабжению (одна электроэнергия, когда -то, устройства защиты ретрансляции и автоматизации безопасности, автоматизацию, общение и т. Д.) В течение 28 лет и выполнял более 400 проектов проекта.Например, сетевая сетевая инженерная инженерия, северо-восток северо-северо-северо-северо-северо-сетевой сети, центральная и Монголия DC Engineering, электростанция Yangcheng и электростанция Yangcheng Project, электростанция Toto и электростанция Yangcheng, включая редактор и председательствует в северной китайской электростанции.“Одиннадцатая пять”Вторая система запланировала и разработала и получила второй приз Ассоциации дизайна Китая.B.Редактор -IN -Chief или предписание более десяти национальных стандартов, энергетических стандартов и написания национальных компаний по энергетической сети; C.Эксперты Министерства науки и техники 973 и 863; эксперты по обзору из Китайского союза электротехники, Общества электротехники, государственной корпорации Grid и пяти крупных компаний по производству электроэнергии.Д.Опубликовано более 100 статей, отобранных и участвовавших в Международной конференции по сетке 2010 года (Париж, Франция).E.Квалификация инженера -инженера с электрическим специалистом, зарегистрированная квалификация инженера -электрики, сертификат IPMP C -класса F.Журнал «Оборудование автоматизации электроэнергии», «Защита и контроль электроэнергетики» (ранее эстафет), и редакционный комитет редакции «Редактор».Г.Multi -Class, эксперты -уровень из северо -китайского электроэнергии (North China Power Grid Co., Ltd.) и Институт проектирования электроэнергии Северного Китая.... ...