Lecture 1: Introduction to Power Electronics
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YouTubeMIT OpenCourseWare
Lecture 1: Introduction to Power Electronics
MIT 6.622 Power Electronics, Spring 2023 Instructor: David Perreault View the complete course (or resource): https://ocw.mit.edu/courses/6-622-power-electronics-spring-2023/ YouTube Playlist: https://www.youtube.com/playlist?list=PLUl4u3cNGP62UTc77mJoubhDELSC8lfR0 The primary function of power electronic circuits is the processing and control ...
1.8M viewsJul 17, 2024
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A man has built a rechargeable battery pack big enough to power his whole home - using the batteries from discarded vapes. Electronics engineer Chris Doel, 26, stripped the lithium batteries from 500 binned vapes to create a single one large enough to run his entire house electrics for eight hours. He wired the 2.5 kWh battery in to his home with an inverter and ran all electrical components entirely off-grid for eight hours, including the microwave, kettle, and all lighting. Chris, who works fo
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Uncrustamemes on Instagram: "Follow(@uncrustamemes) - 在日本，研究人员正利用智能人行道将日常活动转化为清洁能源⚡。这些道路内嵌特殊的压电材料，可以从行人的脚步中收集动能。当人们行走、奔跑或跳跃时，路面会轻微变形，从而产生机械压力。压电晶体将这种压力转化为电能🪫。这些能量可用于照亮路灯、为公共显示屏供电，甚至监测行人流量。 这种技术不仅减少了能源浪费，还展示了未来城市的无限可能🌍。在东京、京都等城市的试验区，人们的每一步都在为绿色地球贡献力量💚。科技让生活更环保，也让每一个脚步更有意义✨ #日本 #科技 #创新 #可持续 #绿色能源 #未来城市 #环保 #知识 #事实 #推荐 #你知道吗 #技术 #实验 #热门"
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𝐘𝐎𝐔𝐍𝐆𝐗𝐘𝐘 on Instagram: "Follow for more....日本利用压电瓷砖将人们的脚步转化为电能。这些瓷砖能够捕捉你脚步产生的动能。当你行走时,你的体重和动作会对瓷砖产生压力。瓷砖会轻微弯曲,产生机械应力。瓷砖内部的压电材料会将这种应力转化为电能。每一步都会产生少量电荷,数百万步加在一起,就能产生足够的电力来驱动LED灯、数字显示屏和传感器。在像涩谷车站这样人流密集的地方,每天大约240万步都在为这个系统做贡献。这些电力可以储存起来或立即使用,从而减少对传统能源的依赖,并支持可持续的城市基础设施。这种方法把日常的动作转化为实用的可再生能源。 #日本#知识#事实#你知道吗 #推荐 科技 创新 历史 技术 实验"
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