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有什么检索标准的网站,WordPress导购模板,做编程的 网站,装修公司网站 源码摘要 随着人们生活品质的提升#xff0c;热水器作为家庭必备电器#xff0c;其安全、节能与智能化运行愈发受到重视。传统热水器存在水温控制精度低、水位监测滞后、能源利用效率不高等问题#xff0c;依赖人工操作易导致资源浪费或使用不便#xff0c;难以满足现代家庭对…摘要随着人们生活品质的提升热水器作为家庭必备电器其安全、节能与智能化运行愈发受到重视。传统热水器存在水温控制精度低、水位监测滞后、能源利用效率不高等问题依赖人工操作易导致资源浪费或使用不便难以满足现代家庭对便捷、高效热水供应的需求。​基于 STM32F103C8T6 单片机的热水器设计整合了防水式 DS18B20 温度传感器、YT-C 水位触发模块2 个、XGZP6847 气压检测模块、5516 光敏电阻、3 个独立按键、OLED 显示屏、ECB02 蓝牙模块及执行设备加热继电器、加水继电器、抽水继电器、供电切换继电器等实现了热水器的自动化监测与智能控制。系统核心功能包括通过 DS18B20 采集水温当水温低于设置最小值时启动加热直至达到最大值利用 YT-C 模块检测水位低于最低值时自动加水至最高值通过 XGZP6847 监测气压高于最大值时抽水低于最小值时加水借助 5516 检测光照大于设置最小值时切换为太阳能供电否则使用市电当水温与水位均满足条件时启动供水反之停止水位低时禁止加热保障安全支持通过按键设置各阈值、手动控制加热 / 加水及切换供电模式OLED 显示屏实时显示水温、水位、气压、供电状态等数据通过 ECB02 蓝牙模块将数据发送至手机端手机端可远程控制加热或加水。​该系统的实现有效提升了热水器的智能化与自动化水平提高了能源利用效率保障了使用安全与便捷性为家庭热水供应提供了高效解决方案同时为同类智能家电的研发提供了参考具有较高的实际应用价值。​关键词STM32F103C8T6热水器传感器智能控制蓝牙通信能源优化ABSTRACTWith the improvement of peoples living standards, water heaters, as essential household appliances, have increasingly attracted attention for their safe, energy-efficient, and intelligent operation. Traditional water heaters have problems such as low water temperature control accuracy, delayed water level monitoring, and low energy utilization efficiency. Relying on manual operation can easily lead to resource waste or inconvenience, making it difficult to meet the needs of modern families for convenient and efficient hot water supply.​The water heater design based on the STM32F103C8T6 microcontroller integrates waterproof DS18B20 temperature sensors, YT-C water level trigger modules (2 units), XGZP6847 air pressure detection modules, 5516 photoresistors, 3 independent buttons, OLED displays, ECB02 Bluetooth modules, and executive devices (heating relays, water addition relays, water pumping relays, power supply switching relays), realizing automatic monitoring and intelligent control of the water heater. The core functions of the system include: collecting water temperature through DS18B20, starting heating when the water temperature is lower than the set minimum value until it reaches the maximum value; using YT-C modules to detect water level, automatically adding water to the maximum value when it is lower than the minimum value; monitoring air pressure through XGZP6847, pumping water when it is higher than the maximum value, and adding water when it is lower than the minimum value; using 5516 to detect light, switching to solar power supply when it is greater than the set minimum value, otherwise using municipal power; starting water supply when both water temperature and water level meet the conditions, otherwise stopping; prohibiting heating when the water level is low to ensure safety; supporting setting various thresholds through buttons, manually controlling heating/water addition and switching power supply modes; the OLED display showing real-time data such as water temperature, water level, air pressure, and power supply status; sending data to the mobile phone through the ECB02 Bluetooth module, and the mobile phone can remotely control heating or water addition.​The implementation of this system effectively improves the intelligence and automation level of the water heater, enhances energy utilization efficiency, ensures safety and convenience in use, provides an efficient solution for household hot water supply, and also offers a reference for the research and development of similar smart home appliances, with high practical application value.​Keywords:STM32F103C8T6; Water heater; Sensor; Intelligent control; Bluetooth communication; Energy optimization目录第 1 章 绪论1.1 研究的目的及意义1.2 国内外发展情况1.3 本文主要研究内容第2章 设计思路与方案论证2.1 主要元器件选择2.1.1 主控芯片选择2.1.2 温度传感器选择2.1.3 水位传感器选择2.1.4 气压检测模块选择2.1.5 光照检测模块选择2.1.6 按键模块选择2.1.7 显示模块选择2.1.8 蓝牙模块选择2.2整体设计方案第 3 章 硬件设计3.1 主控电路模块3.2 温度传感器电路3.3 水位传感器电路3.4 气压检测模块电路3.5 光照检测模块电路3.6 显示模块电路3.7 蓝牙模块电路3.8 按键模块电路3.9 执行设备驱动电路第4章 系统程序设计4.1 编程软件介绍4.2 系统主流程设计4.3 OLED显示子流程设计4.4 独立按键子流程设计4.5 温度检测模块子流程设计4.6 ADC模数转换子流程设计4.7 蓝牙模块子流程设计第 5 章 仿真测试5.1 整体仿真测试5.2 温度传感器功能测试5.3 水位传感器功能测试5.4 气压检测模块功能测试5.5 光照检测模块功能测试5.6 蓝牙模块功能测试5.7 按键设置与显示功能测试第 6 章 实物测试6.1 整体实物测试6.2 温度传感器功能测试6.3 水位传感器功能测试6.4 气压检测模块功能测试6.5 光照检测模块功能测试6.6 蓝牙模块功能测试6.7 按键设置与显示功能测试第 7 章 总结与展望7.1 总结7.2 展望致谢参考文献附录附录一原理图附录二PCB附录三主程序