大数据环境下的电力转移终端安全接入系统的设计与实现

Design and implementation of power transfer terminal security access system in big data environment

针对传统电力转移终端安全接入系统安全性低、耗能大的问题,设计一个大数据环境下的电力转移终端安全接入系统,该系统主要有四个部分:电力转移终端部分、安全传输部分、安全接入部分以及电力企业信息内网系统,根据四部分功能设计系统硬件和软件,硬件包括电力转移终端硬件、安全传输硬件、安全接入硬件以及电力企业内部信息系统Web硬件;软件运行流程是电力转移终端模块发送访问请求,安全传输模块将请求发送到安全接入模块,在该模块中对发送请求的电力转移终端进行身份验证,以此判断请求是否合理和合法,最后电力企业内部信息系统完成电力转移终端的请求。结果表明:与传统安全接入系统相比,本系统安全性提高25%,耗能减少20 W,达到了系统设计目的。

Aiming at the problem of low security and high energy consumption of traditional power transfer terminal security access system,a power transfer terminal security access system in large data environment is designed.The system consists of four parts:power transfer terminal part,security transmission part,security access part and power enterprise information intranet system.System hardware and software are designed according to four functions,including power transfer terminal hardware,security transmission hardware,security transmission hardware and power enterprise internal system Web hardware.Software operation process is that power transfer terminal module sends access requests,and security transmission module sends requests to secure access.In this module,the identity of the power transfer terminal is verified to determine whether the request is reasonable and legitimate.Finally,the power enterprise information network system completes the request of the power transfer terminal according to the request.The results show that compared with the traditional secure access system,the security of the system is improved by 25% and the energy consumption is reduced by 20 W,which achieves the purpose of the system design.