Remote Control Of Process Parameters Using Embedded Web Technology

Y. Sonawane, P. Patil, N. Sonawane, G.D. Sonawane
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引用次数: 1

Abstract

The aim of this paper is to present the importance of energy conservation and management, Remote monitoring & Controlling of process parameters using advanced embedded web technology which is not in practices in various Indian industry. This work is done by monitoring various industries. As demand of electricity increasing tremendously there need of additional 1,57,107MW in 2012 (India) i.e. at rate of about 8,000MW/year. Due to increasing cost of power generation and cost of T & D System, it is important to know the scope of energy conservation and its management & its Remote monitoring. This work has been aimed at monitoring and controlling the parameters using TCP/IP and PIC16F87A7 and to setup a client-server model. The connection is through the serial port, which communicates using SLIP (Serial Line IP). The parameters like Temperature, Pressure, Energy etc are sensed by a sensor. The Embedded Processor receives this value from the sensor. The values are sent to the computer. The software running in the computer will read the Digitized values & remote user sends a request to the embedded web server through Internet, The request is received and forwarded to the web server as SLIP packets. The UART for the serial communication is simulated in the Microchip itself. The data is transferred to the Internet protocol layer and to the TCP stack. Through this TCP/IP the data are collected from the associated hardware depending upon the request received. These are routed to the remote user to the network for further monitoring & controlling with required security, speed & quality.
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基于嵌入式Web技术的工艺参数远程控制
本文的目的是介绍节能和管理的重要性,使用先进的嵌入式web技术对过程参数进行远程监控和控制,这在印度的各个行业中都没有实践。这项工作是通过监测各个行业来完成的。随着电力需求的急剧增长,2012年(印度)需要额外的157,107兆瓦,即每年约8000兆瓦。由于发电成本和输配电系统成本的不断增加,了解节能范围及其管理和远程监控变得十分重要。这项工作的目的是利用TCP/IP和PIC16F87A7监控参数,并建立一个客户端-服务器模型。连接是通过串行端口,使用SLIP(串行线IP)进行通信。温度、压力、能量等参数由传感器感知。嵌入式处理器从传感器接收该值。这些值被发送到计算机。计算机中运行的软件将读取数字化后的值,远程用户通过Internet向嵌入式web服务器发送请求,请求被接收并以SLIP包的形式转发到web服务器。用于串行通信的UART在Microchip本身中进行了模拟。数据被传输到互联网协议层和TCP栈。通过这个TCP/IP,根据收到的请求从相关的硬件收集数据。这些被路由到远程用户的网络,以进一步监测和控制所需的安全性,速度和质量。
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