國立臺灣大學電機工程學系暨研究所陳永耀2006-08-232018-07-062006-08-232018-07-062005-10-31http://ntur.lib.ntu.edu.tw//handle/246246/29486本計劃之主要內容在於與捷萌科技及遠傳電信合作開發機房監控系統主機 之溫控模組。捷萌科技為工業及專業監控廠商，主要之業務在提供電信業者基地 台監控之軟硬體系統。由於未來3G 系統之發展，取得3G 執照之廠商正快速佈 建3G 系統之基地台，捷萌科技除原有之GSM 基地台監控業務外，亟欲發展具 智慧型功能之智慧型監控主機系統，以整合基地台內各項設備之監控功能。其中 一項功能即為機房之溫控功能，目前機房之溫度控制僅以定時與定溫裝置進行開 路控制。本計畫規劃採用以模糊規則庫為主體之智慧型控制方法，依機房內雙冷 氣機之架構，探討有效之智慧型溫控與配置(dispatch)機制，以達成有效控制與 節約能源之目的，其後並將開發製造溫控模組，以實體完成智慧型溫控功能於監 控主機之內。The purpose of this project to develop an intelligent thermal control module to work with a base station monitoring system. The collaborating company of this project, the Gemnitech is a professional monitoring system supplier. Its major clients are the mobile phone service companies, such as China Telecom, Taiwan Mobile and so on. The deployment of GSM as well as the coming 3G service require a great number of base stations implemented across the service area. Gemnitech has been in this business since 1994 and has been quite successful in taking a handsome share of the market. However, it is the current goal of Gemnitech to develop an intelligent monitoring system. Among all the functions the monitoring system is going to provide, thermal control is a critical one. In this project, an intelligent fuzzy rule-based thermal controller will be designed and implemented. Usually, the thermal control in a base station is accomplished by simple open-loop schedule control, or more advanced PID control. The performance of such systems are never optimal in any sense. The issues of energy efficiency and system reliability can be greatly enhances if an intelligent control algorithm is devised. It is also quite common that two air-conditioners be adopted in the base station thermal control system. However, the major function of such an implementation is merely to release the load into two machines instead of one. More intelligent considerations can fit into such a situation by designing an intelligent load dispatching system, such that not only the two machines take turns, but also to include factors such the machine life and machine efficiency. The thermal control module will also be made into boards so that a real prototype can be made and check to see if the expected performance can be achieved.application/pdf1191471 bytesapplication/pdfzh-TW國立臺灣大學電機工程學系暨研究所智慧型系統溫度控制監控系統Intelligent SystemThermal ControlMonitoring System[SDGs]SDG7reporthttp://ntur.lib.ntu.edu.tw/bitstream/246246/29486/1/932622E002032CC3.pdf