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从IT到清洁技术:创新的新来源

From IT to Cleantech: New Sources of Innovation
课程网址: http://videolectures.net/mitworld_agassi_fit/  
主讲教师: Shai Agassi
开课单位: 乐土公司
开课时间: 2010-07-26
课程语种: 英语
中文简介:
想象一下,对石油依赖和气候变化的响应,为世界各地的人们提供了一种全新的改进型汽车,其前提是以绿色技术重新设计基础设施,从而为陷入困境的国家经济充电。 Shai Agassi同时应用了企业家精神和系统工程方法,为解决这些棘手的全球挑战制定了这样一个有远见的计划。最近的世界经济论坛向参与者询问如何在2020年之前让这个世界变得更加美好.Agassi感受到工程师的强迫回复。他描述了一个过程“就像一个分形问题......开启了一系列问题。”首先出现了一个没有石油的国家的概念。他抓住了生物和氢气燃料的想法,然后解雇了他。然后,他经历了一个开创性的见解:“如果你想改变世界,你需要从分子走向电子。”这种认识意味着解决经济和工程问题。他需要为消费者提供的车辆不仅限于两个座位,三个车轮和28英里/小时的速度,而是一个可以比汽油车更快的车辆,具备所有必需的铃声和口哨声。为了推动他的计划,他还决定使用现有的电动汽车电池工程。这引发了一些重要的便利问题:充电的地点和频率。阿加西设想了停车场和家庭车库的充电码头。他设计了一种简单的电池更换方法。然后出现了负担能力问题,Agassi通过应用熟悉的商业模式解决了这个问题,尽管没有与汽车相关的问题:手机分钟。向消费者出售订购里程的电动汽车:订购时间越长,折扣(或折扣支票)越大。在欧洲,Agassi指出,天然气的成本为每加仑7到8美元,五年的订购量几乎可以让你“成为免费的电动汽车。”该模型的复杂性和基础设施要求意味着政府的支持,而阿加西已经获得了这一支持。在丹麦,对汽油征收180%的税,汽油动力轿车的成本为6万欧元,而电动车则为2万。北海风车将为充电站提供清洁电力。以色列正在建造一个沙漠太阳能场来“驾驶每辆汽车”,并建立一个智能电网来监控电池充电情况。他说,美国正在夏威夷和湾区举办试点项目。他不是逐步逐步实施的计划:现在是时候了。 “我们必须做正确,道德的事情”,以应对气候变化和野蛮的石油政权,以及“创造美国历史上最大的扩张”。
课程简介: Imagine a response to oil dependence and climate change that offers people around the world a new and improved version of the car, premised on redesigning infrastructure top to bottom with green technology in a way that recharges ailing national economies. Applying both an entrepreneurial spirit and a systems engineering approach, Shai Agassi has devised just such a visionary plan for cracking these vexing global challenges. A recent World Economic Forum asked participants how to make the world a better place by 2020. Agassi felt an engineer’s compulsion to respond. He describes a process “like a fractal problem…opening up a cascade of questions.” First came the notion of running a country without oil. He seized on, then dismissed, the idea of bio- and hydrogen-based fuels. He then experienced the seminal insight that “you need to go down from molecules to electrons if you want to change the world.” This realization meant addressing both economic and engineering problems. He’d need to offer consumers not a vehicle limited to two seats, three wheels and 28 mph speeds -- but one that could go faster than gas cars, with all the requisite bells and whistles. To move his plan along, he also determined to use available electric car battery engineering. This raised significant issues of convenience: where to recharge and how frequently. Agassi envisioned charging docks in parking lots and home garages. He devised a simple battery replacement method. Then came the issue of affordability, which Agassi solved by applying a familiar business model, though not one associated with cars: cell phone minutes. Sell consumers an electric car with a subscription for miles: the longer the subscription, the greater the discount (or rebate check). In Europe, Agassi notes, where gas costs $7 to $8 a gallon, a five-year subscription pretty much gets you “a free electric car.” The model’s complexity and infrastructure requirements imply government backing, which Agassi has already secured. In Denmark there’s a 180% tax on gasoline, and gas-powered sedans costs 60 thousand euros while electrics go for 20 thousand. North Sea windmills will provide clean electricity for charge stations. Israel’s building a desert solar field to “drive every car,” and a smart grid to monitor battery charging. The U.S. is hosting pilot programs in Hawaii and the Bay Area. His is not a plan to phase in gradually: The time is now, he says. “We must do the right, moral thing,” to contend with climate change and brutal oil regimes, and “to create the biggest expansion in U.S. history.”
关 键 词: 改进型汽车; 绿色技术; 国家经济
课程来源: 视频讲座网
最后编审: 2019-05-20:cwx
阅读次数: 87