利用压电传感器的脚步发电

C. Ahalya, M. Vasavi, M. Prathyusha, S. Afrin, S. Sravani
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引用次数: 0

摘要

这个国家的人口在增长,因此对电力的需求也在增长。能源浪费的数量也在以许多不同的方式同时上升。主要的方法是以一种可以使用的形式再生这种能量。在这个项目中,人类的脚步被用来发电,然后用来给电池充电。可以用来给电子设备充电的电池储存了能量。Atmega 328处理器为该系统提供动力,该系统还包括Arduino IDE, RFID传感器,USB电缆和LCD。当我们打开它时,系统进入注册模式。我们可以添加三个用户。每个用户登录后,系统会提示他们刷卡并连接充电器。每个用户初始默认获得5分钟的充电时间。
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Footstep Power Generation using Piezo Electric Sensors
The country's population is growing, and as a result, so is the demand for electricity. The amount of energy squandered is also rising in many different ways simultaneously. The primary approach is to regenerate this energy in a form that can be used. In this project, human footsteps are used to generate electricity, which is then used to recharge the battery. A battery that can be used to charge electronic gadgets stores the power. The Atmega 328 processor powers this system, which also includes an Arduino IDE, an RFID sensor, a USB cable, and an LCD. The system goes into registration mode when we turn it on. We are able to add three users. After each user has logged in, the system prompts them to swipe their cards and connect their chargers. Every user initially receives 5 minutes of charging time by default.
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