维普论文检测系统VIP PAPER CHECK SYSTEM基于单片机的蓄电池监测系统设计【原文对照报告-大学生版】报告编号：cc2f98d83ekf8dbd检测时间：2022-05-1417：50：18检测字符数：18565作者姓名：李想所属单位：全文总相似比复写率他引率自引率专业术语检测结论：68.33%68.33%0.0%0.0%0.0%其他指标：自写率：31.67%高频词：电池，蓄电，蓄电池，系统，模块典型相似文章：无指标说明：复写率：相似或疑似重复内容占全文的比重他引率：引用他人的部分占全文的比重自引率：引用自己已发表部分占全文的比重自写率：原创内容占全文的比重典型相似性：相似或疑似重复内容占全文总相似比超过30%专业术语：公式定理、法律条文、行业用语等占全文的比重总相似片段期刊：109博硕：209综合：4相似片段：355外文：0自建库：0互联网：33检测范围：中文科技期刊论文全文数据库中文主要报纸全文数据库中国专利特色数据库博士/硕士学位论文全文数据库中国主要会议论文特色数据库港澳台文献资源外文特色文献数据全库维普优先出版论文全文数据库互联网数据资源/互联网文档资源高校自建资源库图书资源古籍文献资源个人自建资源库年鉴资源IPUB原创作品时间范围：1989-01-01至2022-05-14维普论文检测系统VIP PAPER CHECK SYSTEM原文对照颜色标注说明：■自写片段■复写片段（相似或疑似重复）口引用片段（引用）■专业术语（公式定理、法律条文、行业用语等）毕业设计题目：院、系：姓名：指导教师：系主任：年月日基于单片机的蓄电池监测系统的设计摘要蓄电池作是日常生活中常见的储能设备，作为一种安全可靠的直流电源广泛应用于电力、石化、通讯等领域。为了保证蓄电池可以正常运行，重视和加强对蓄电池的维护工作，特别是对蓄电池实施实时监测意义重大。本文设计了一种基于单片机的蓄电池监测系统，该系统可以对蓄电池的电压、电流以及蓄电池所处环境的温度和时间进行采集，将采集的数据在LD屏幕上进行显示，让工作人员更直观地观察到蓄电池运行的情况。同时将这些数据通过蓝牙发送到手机上，可以实现远程监测的功能，即使不在蓄电池的附近，当蓄电池发生故障时也可以通知附近的维护人员对蓄电池进行处理。该系统还可以通过按键来设计报警的上限值，可以根据实际情况灵活地运用该系统，一旦蓄电池参数超过上限值，系统搭载的蜂鸣器和指示灯会进行报警，一边维护人员及时发现并进行处理。本文对系统的主控单元，数据采集，故障报警以及蓝牙通信等软硬件设计与实现进行重点阐述。系统采用STC89C52作为主控制器，采用电流传感器ACS712和数模转换芯片ADC0832对蓄电池的电流、电压进行监测，采用DS18B20对蓄电池所处环境的温度进行监测，采用蓝牙模块HC-06与手机进行通信，采用DS1302时钟芯片进行时间的显示，通过按键设置蓄电池的温度上限、电流上限和电压上限，报警功能通过蜂鸣器和小灯实现，选用LCD1602进行时间和蓄电池相关信息的显示。关键词蓄电池，电流，电压，蓝牙Design of battery monitoring system based on microcontrollerAbstractBattery is a common energy storage equipment in daily life,as a safe and reliable DC powersupply is widely used in electric power,petrochemical,communications and other fields.In order toensure that the battery can operate normally,it is of great significance to attach importance toand strengthen the maintenance of the battery,especially the implementation of real-time onlinemonitoring of the battery.In this paper,a single-chip microcomputer-based battery monitoring system is designed,whichcan collect the voltage,current and temperature and time of the battery environment,and display2维普论文检测系统VIP PAPER CHECK SYSTEMthe collected data on the LCD screen,so that the staff can more intuitively observe the operationof the battery.At the same time,the data is sent to the mobile phone through Bluetooth,which canrealize the function of remote monitoring,even if it is not near the battery,when the batteryfails,it can also notify the nearby maintenance personnel to process the battery.The system canalso design the upper limit of the alarm through the keys,can be flexibly used according to theactual situation of the system,once the battery parameters exceed the upper limit,the systemequipped with buzzers and indicators will be alarmed,while the maintenance personnel in time tofind and deal with.This paper focuses on the design and implementation of software and hardware such as the maincontrol unit,data acquisition,fault alarm and Bluetooth communication of the system.The systemadopts STC89C52 as the main controller,adopts the current sensor ACS712 and the digital-to-analogconversion chip ADC0832 to monitor the current and voltage of the battery,uses DS18B20 to monitorthe temperature of the environment in which the battery is located,uses the Bluetooth module HC-06to communicate with the mobile phone,uses the DS1302 clock chip for time display,sets the uppertemperature limit,current upper limit and voltage upper limit of the battery through the button,and the alarm function is realized by buzzer and small lamp.The LCD1602 is selected for display oftime and battery information.Keywords Battery,current,voltage,Bluetooth目录Design of battery monitoring system based on microcontroller··········'III第1章绪论······11.1课题背景及其意义····1.2国内外的研究状况·······1.1.1国内研究现状·····11.1.2国外研究现状····1.3本文主要研究内容····第2章系统方案设计·····2.1系统功能设计······2.2系统总体方案设计·····2.1.1单片机最小系统设计2.1.2电流监测模块的选择··2.1.3电压监测模块的选择··2.1.4温度监测模块的选择····62.1.6显示模块的选择・・·3