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2. 发明授权

KR101278638B1 스마트 에너지 관리 시스템 및 그 제어 방법 有权
标题翻译：智能能源管理系统及其控制方法
公开(公告)号：KR101278638B1
公开(公告)日：2013-06-25
申请号：KR1020120094909
申请日：2012-08-29
申请人： 주식회사 한성이엔지
发明人： 김장현
IPC分类号： G06Q50/06 , G01W1/10 , G01W1/00
CPC分类号： G06Q50/06 , G01W1/10 , G01W2001/006 , G01W2201/00
摘要： PURPOSE: A smart energy management system and a control method thereof are provided to automatically adjust an indoor temperature, humidity, and ventilation according to the outdoor weather, thereby saving energy. CONSTITUTION: An energy management module(36) includes an Ethernet model(40), memory(42), monitoring unit(44), control unit(46), analysis unit(48), and control module(50). The memory saves outdoor weather conditions, indoor weather conditions, a temperature and humidity set by the analysis unit, adequate electricity consumption analyzed by the analysis unit, a weather forecast cast by the internet, and power supply alarm status. The monitoring unit collects the information on the status of equipment operation and provides the information to the control module. The control unit transmits the data about the temperature and the humidity sent by the control module to equipment, and controls the operation of equipment in preparation for peak power. The analysis unit sets a temperature and humidity for equipment, provides the analysis information for peak operation to the control module considering the operation status of equipment provided by the monitoring unit if electricity consumption is over the predetermined adequate amount, and determines an adequate electricity consumption by applying at least one of the weather forecast and the power supply alarm status saved in the memory. A management server(34) provides information including the weather forecast supplied by a Korea Meteorological Administration server(20) or the power supply alarm status supplied by a KOSEP server(32) corresponding to casting through an internet network. The energy management module is connected to an electricity sensor(18), weather sensor(20), and indoor sensor(22), and connected to the Korea Meteorological Administration server, KOSEP sever, and management server through an internet network. [Reference numerals] (10) Air conditioner; (12) Air conditioner; (14) Lighting device; (16) Power supply device; (18) Electricity sensor; (20) Korea Meteorological Administration server(temperature and humidity); (22) Indoor sensor( temperature, humidity, the amount of CO_2); (30) KMA server; (32) KOSEP server; (34) Management server; (40) Ethernet model; (42) Memory; (44) Monitoring unit; (46) Control unit; (48) Analysis unit; (50) Control module; (AA) Internet network
摘要翻译：目的：提供智能能源管理系统及其控制方法，根据户外天气自动调节室内温湿度和通风，节约能源。构成：能量管理模块（36）包括以太网模型（40），存储器（42），监视单元（44），控制单元（46），分析单元（48）和控制模块（50）。记忆体可以节省户外天气条件，室内天气条件，分析单元设定的温度和湿度，分析单元分析的足够用电量，互联网进行的天气预报和电源报警状态。监控单元收集有关设备运行状态的信息，并将信息提供给控制模块。控制单元将控制模块发送的温度和湿度数据发送给设备，并控制设备的运行准备峰值功率。分析单元设置设备的温度和湿度，考虑到监控单元提供的设备的运行状态，如果电力消耗超过预定的足够数量，则将控制模块的峰值运行分析信息提供给控制模块，并确定足够的电力消耗应用保存在存储器中的天气预报和电源报警状态中的至少一个。管理服务器（34）提供包括由韩国气象局服务器（20）提供的天气预报或由KOSEP服务器（32）提供的与通过互联网进行投射相对应的电源报警状态的信息。能量管理模块连接到电力传感器（18），气象传感器（20）和室内传感器（22），并通过互联网连接到韩国气象局服务器，KOSEP服务器和管理服务器。（附图标记）（10）空调; （12）空调; （14）照明装置; （16）电源装置; （18）电力传感器; （20）韩国气象局服务器（温湿度）; （22）室内传感器（温度，湿度，CO_2量）; （30）KMA服务器; （32）KOSEP服务器; （34）管理服务器; （40）以太网模式; （42）记忆; （44）监控单元; （46）控制单元; （48）分析单位; （50）控制模块; （AA）互联网

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