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Research & Realization of Power Load Management Terminal Based on ARM9

Author: MaJunKai
Tutor: ChenYongTai
School: Wuhan University of Technology
Course: Communication and Information System
Keywords: Power load management terminal Embedded systems ARM AT91SAM9260
CLC: TM73
Type: Master's thesis
Year: 2010
Downloads: 129
Quote: 3
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Abstract


With the rapid development of China's economy , the energy issue has become the key to affect the sustainable development of the national economy . The need to optimize the allocation of power resources , the country is also accelerating the pace of building automation system of the power of information . This requires not only the construction of high-capacity, low power consumption, efficient parameters of the electrical equipment, also need to establish the power load management equipment and customer-oriented data processing platform , the wireless power load management terminal is in this context came into being . Power load management terminal , real - time monitoring of the status of the electrical equipment and the ability to provide comprehensive , real power device status information , provide a powerful guarantee for the safe operation of power facilities in China . With the rapid development of modern communication technology , power electronics technology and embedded technology , provided technical support for the development of the power load management terminal and customers real-time data platform system . This paper presents the power load management terminal with a state-of-the-art technology in the field of electricity meter reading at this stage monitoring design proposed and demonstrated the power load terminal based on ARM processor design , which is based on Atmel's 32-bit chip ARM9 AT91SAM9260 as the the core of the system design , the text on the basis of the advantages and disadvantages in the summary of the various modes of power load management terminal system , described in detail the composition of the working principle of the system and module will focus on analyzing the AT91SAM9260 - core embedded system hardware design given the hardware schematic diagram of the functional modules . The article also describes the construction of the terminal software development environment , source code example to introduce terminal infrared communication design process . Power load management system data transmission protocol and multi-function watt-hour meter communication protocol in the terminal , a detailed description of the software development process of user management . Practice has proved that this design electrical load terminal has real - time data acquisition, infrared meter reading, dot-matrix liquid crystal display module , support standard communication protocol , the complete data communications, real-time control , alarm systems , protocol conversion , data query and other functions. This design can basically achieve the desired objectives , running in good condition .

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CLC: > Industrial Technology > Electrotechnical > Transmission and distribution engineering, power network and power system > Power system scheduling, management, communication
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