ABOUT THE SPEAKER
Larry Burns - Automotive researcher
Larry Burns is the vice president of R&D for GM. His job? Find a new way to power cars.

Why you should listen

Larry Burns is on a mission: to reinvent the automobile using nonpolluting hydrogen fuel cells. As the vice president of R&D and strategic planning at GM, he's one of the people who will be called on to lead the US auto industry into its next incarnation.

Burns has been a persistent advocate of hydrogen power and other advanced propulsion and materials technologies for cars. His thinking is, the industry can keep making small energy improvements in the current cars it makes -- or it can take a big leap forward to build a whole new kind of car.

More profile about the speaker
Larry Burns | Speaker | TED.com
TED2005

Larry Burns: The future of cars

Larry Burns畅谈汽车的未来

Filmed:
633,502 views

通用汽车副总裁Larry Burns展示了颇具个性的下一代汽车设计:流线型,可定制(计算机控制增强型),使用清洁的氢气能源,并且未使用状态下还能为电网供电。
- Automotive researcher
Larry Burns is the vice president of R&D for GM. His job? Find a new way to power cars. Full bio

Double-click the English transcript below to play the video.

00:18
People love their automobiles汽车.
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人人都爱车
00:19
They allow允许 us to go where we want to when we want to.
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有了车,我们就能随时随地前往我们想去的地方
00:22
They're a form形成 of entertainment娱乐,
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车是一种娱乐形式
00:24
they're a form形成 of art艺术,
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是一种艺术形式
00:27
a pride自豪 of ownership所有权.
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是一种因为所有权而产生的骄傲。
00:28
Songs歌曲 are written书面 about cars汽车.
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有许多关于汽车的歌曲
00:30
Prince王子 wrote a great song歌曲: "Little Red Corvette克尔维特."
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王子(Prince )写了一首很棒的《小小红色雪佛兰》
00:33
He didn't write "Little Red Laptop笔记本电脑 Computer电脑" or "Little Red Dirt污垢 Devil魔鬼."
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他写的不是《小红笔记本电脑》,也不是《小红吸尘器》
00:36
He wrote about a car汽车.
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而是关于一辆车的歌曲
00:37
And one of my favorites最爱 has always been,
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我最喜欢的歌是
00:39
"Make love to your man in a Chevy烦扰 van面包车,"
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《在雪佛兰里做爱吧》
00:41
because that was my vehicle车辆 when I was in college学院.
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因为雪佛兰是我大学时期的座驾
00:44
The fact事实 is, when we do our market市场 research研究 around the world世界,
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实际上,我们在做世界范围的市场调研时
00:47
we see that there's nearly几乎 a universal普遍 aspiration心愿 on the part部分 of people
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发现人们都是
00:51
to own拥有 an automobile汽车.
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对车充满渴望的
00:53
And 750 million百万 people in the world世界 today今天 own拥有 a car汽车.
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现在全球有7亿5千万人拥有汽车
00:57
And you say, boy男孩, that's a lot.
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你可能觉得,哇,这么多
00:59
But you know what?
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但你们知道么
01:00
That's just 12 percent百分 of the population人口.
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这个数字仅仅占全球人口的12%
01:02
We really have to ask the question:
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我们不得不产生这样的疑问:
01:04
Can the world世界 sustain支持 that number of automobiles汽车?
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地球经受得了这么多车么?
01:07
And if you look at projections预测 over the next下一个 10 to 15 to 20 years年份,
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如果你注意到对未来10年、15年至20年的预测
01:11
it looks容貌 like the world世界 car汽车 park公园 could grow增长 to on the order订购 of 1.1 billion十亿 vehicles汽车.
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你会发现世界上停车场的数量将会增长到能容纳下11亿车辆
01:17
Now, if you parked those end结束 to end结束
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如果将这些车首尾相连
01:19
and wrapped包裹 them around the Earth地球,
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绕地球停放
01:21
that would stretch伸展 around the Earth地球 125 times.
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那么其长度将是地球周长的125倍
01:25
Now, we've我们已经 made制作 great progress进展 with automobile汽车 technology技术 over the last 100 years年份.
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在过去的100年里,汽车技术飞速发展
01:29
Cars汽车 are dramatically显着 cleaner清洁器, dramatically显着 safer更安全, more efficient高效
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汽车变得更加清洁、安全、高效
01:33
and radically根本 more affordable实惠 than they were 100 years年份 ago.
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比起100年前,现在汽车已成为大众消费品,而不是让我们望而兴叹的东西
01:37
But the fact事实 remains遗迹:
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但实际上
01:39
the fundamental基本的 DNA脱氧核糖核酸 of the automobile汽车 has stayed pretty漂亮 much the same相同.
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汽车的基本构造功能没变
01:43
If we are going to reinvent重塑 the automobile汽车 today今天, rather than 100 years年份 ago,
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如果我们今天来重新发明汽车,而不是在100年前,
01:48
knowing会心 what we know about the issues问题 associated相关 with our product产品
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在已经知道汽车的各种缺陷之后,
01:51
and about the technologies技术 that exist存在 today今天,
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结合现在的各种先进技术
01:53
what would we do?
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我们会如何制造汽车?
01:55
We wanted something that was really affordable实惠.
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我们需要的是人们能够买得起的汽车
01:57
The fuel汽油 cell细胞 looked看着 great:
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燃料电池似乎不错
01:59
one-tenth十分之一 as many许多 moving移动 parts部分
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只有其他许多移动部件的十分之一大
02:01
and a fuel-cell燃料电池 propulsion动力 system系统 as an internal内部 combustion燃烧 engine发动机 --
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并且燃料电池推进系统作为内燃机
02:04
and it emits发射 just water.
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仅仅释放出水而已
02:05
And we wanted to take advantage优点 of Moore's摩尔定律 Law
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我们想通过摩尔定律来
02:07
with electronic电子 controls控制 and software软件,
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解释电子控制系统和软件方面的更新
02:09
and we absolutely绝对 wanted our car汽车 to be connected连接的.
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同时我们也希望车辆之间能互通联系
02:12
So we embarked开始 upon the reinvention再造
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所以我们开始着手改造
02:14
around an electrochemical电化学 engine发动机,
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电化学发动机里的燃料电池,
02:16
the fuel汽油 cell细胞, hydrogen as the energy能源 carrier支架.
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使氢作为能源载体
02:20
First was Autonomy自治.
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最初,通用汽车研发出的是一款名为Autonomy的概念车
02:21
Autonomy自治 really set the vision视力 for where we wanted to head.
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它奠定了通用汽车之后的环保车发展方向
02:24
We embodied体现 all of the key components组件 of a fuel汽油 cell细胞 propulsion动力 system系统.
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对于燃料电池推进系统的设计,我们整合了所有关键性的元素
02:28
We then had Autonomy自治 drivable驱动 with Hy-Wire海兰线,
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之后,我们在Autonomy中融入氢燃料电池-线传操控技术
02:31
and we showed显示 Hy-Wire海兰线 here at this conference会议 last year.
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去年的这个研讨会上曾展出过Hy-Wire概念车
02:34
Hy-Wire海兰线 is the world's世界 first drivable驱动 fuel汽油 cell细胞,
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它是世界上第一款可驾驶的燃料电池汽车
02:37
and we have followed其次 up that now with Sequel续集.
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在Autonomy和Hy-Wire之后,现在我们又带来最新一代的氢燃料电池车Sequel
02:40
And Sequel续集 truly is a real真实 car汽车.
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Sequel是辆真正意义上的汽车,而非概念车
02:42
So if we would run the video视频 --
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让我们看看这个视频短片吧
04:11
But the real真实 key question I'm sure that's on your mind心神:
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但你们肯定都有这样一个关键的疑问
04:13
where's哪里 the hydrogen going to come from?
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氢气从何而来
04:15
And secondly其次, when are these kinds of cars汽车 going to be available可得到?
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还有这种燃料电池汽车什么时候能真正面世
04:19
So let me talk about hydrogen first.
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我先谈谈氢气吧
04:21
The beauty美女 of hydrogen is it can come from so many许多 different不同 sources来源:
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氢气的奇妙之处在于它来源丰富:
04:24
it can come from fossil化石 fuels燃料,
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石油,
04:26
it can come from any way that you can create创建 electricity电力,
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任何能产生电能的方式
04:29
including包含 renewables可再生能源.
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包括可再生能源
04:31
And it can come from biofuels生物燃料.
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生物燃料也能产生氢气
04:32
And that's quite相当 exciting扣人心弦.
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这很棒吧
04:34
The vision视力 here is
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我们的愿景是
04:35
to have each local本地 community社区
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每一个社区内
04:37
play to its natural自然 strength强度
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都能够稀松平常地
04:38
in creating创建 the hydrogen.
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获得氢气
04:40
A lot of hydrogen's氢的 produced生成 today今天 in the world世界.
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当今世界热衷于生产氢气
04:42
It's produced生成 to get sulfur out of gasoline汽油
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因为氢气能减少汽油的消耗
04:44
-- which哪一个 I find is somewhat有些 ironic具有讽刺意味.
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这让我觉得有点讽刺意味
04:46
It's produced生成 in the fertilizer肥料 industry行业;
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化肥工业生产氢气
04:49
it's produced生成 in the chemical化学 manufacturing制造业 industry行业.
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化学工业生产氢气
04:52
That hydrogen's氢的 being存在 made制作 because
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生产氢气是因为
04:54
there's a good business商业 reason原因 for its use.
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它具有良好的经济效益
04:57
But it tells告诉 us that we know how to create创建 it,
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但关键是我们知道如何生产氢气
04:58
we know how to create创建 it cost成本 effectively有效,
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如何降低生产氢气的成本
05:01
we know how to handle处理 it safely安然.
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以及如何进行安全生产
05:04
We did an analysis分析
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我们做了个分析
05:05
where you would have a station in each city
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在全美100个最大的城市里
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with each of the 100 largest最大 cities城市 in the United联合的 States状态,
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设定一个车站
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and located位于 the stations
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将车站设定在
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so you'd be no more than two miles英里 from a station at any time.
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无论何时你都距其不大于2英里的范围内
05:15
We put one every一切 25 miles英里 on the freeway高速公路,
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我们在高速公路上每隔25英里设一个车站
05:17
and it turns out that translates转换 into about 12,000 stations.
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那么大约有1万2千个车站
05:22
And at a million百万 dollars美元 each,
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如果一个车站需要花费100万美元
05:23
that would be about 12 billion十亿 dollars美元.
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那么就需要花费120亿美元
05:24
Now that's a lot of money.
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这可是一大笔钱
05:26
But if you built内置 the Alaskan阿拉斯加 pipeline管道 today今天,
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但如果现在开建阿拉斯加输油管
05:28
that's half of what the Alaskan阿拉斯加 pipeline管道 would cost成本.
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120亿美元仅是铺设输油管的所花费的一半而已
05:31
But the real真实 exciting扣人心弦 vision视力 that we see truly is home refueling加油,
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我们认为最激动人心的前景是在家加油
05:36
much like recharging充电 your laptop笔记本电脑 or recharging充电 your cellphone手机.
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就像在家里给笔记本或手机充电一样
05:39
So we're pretty漂亮 excited兴奋 about the future未来 of hydrogen.
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我们都看好氢气在未来的应用前景
05:42
We think it's a question of not whether是否, but a question of when.
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这不是是否应该应用氢气的问题,而是何时能够应用的问题
05:46
What we've我们已经 targeted针对 for ourselves我们自己
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对于我们目标的实现
05:48
-- and we're making制造 great progress进展 for this goal目标 --
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正在进展中并且不断得到改进
05:50
is to have a propulsion动力 system系统
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这个目标就是制造一个以氢燃料电池为基础的
05:52
based基于 on hydrogen and fuel汽油 cells细胞,
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推进系统
05:54
designed设计 and validated验证,
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经过设计及验证后
05:56
that can go head-to-head头对头 with the internal内部 combustion燃烧 engine发动机 --
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这个推进系统将能与内燃机媲美
05:58
we're talking about obsoletingobsoleting the internal内部 combustion燃烧 engine发动机 --
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我们打算淘汰内燃机
06:01
and do it in terms条款 of its affordability承受能力,
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在提高可购性
06:04
add skill技能 volumes, its performance性能 and its durability耐久力.
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增加技能卷,提高性能和耐用性方面努力
06:07
So that's what we're driving主动 to for 2010.
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这就是2010年我们要做的工作
06:10
We haven't没有 seen看到 anything yet然而 in our development发展 work
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目前还没发现在研发过程中
06:12
that says that isn't possible可能.
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有任何迹象表明我们的想法不可行
06:14
We actually其实 think the future's期货 going to be event-driven事件驱动.
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我们相信未来将为事件所驱动
06:17
So since以来 we can't predict预测 the future未来,
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虽然我们无法预测未来
06:19
we want to spend a lot of our time
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但是我们会努力
06:20
trying to create创建 that future未来.
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创造未来
06:22
I'm very, very intrigued好奇 by the fact事实 that our cars汽车 and trucks卡车
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我们的汽车以及卡车有90%的时间是停着的,
06:26
sit idle 90 percent百分 of the time:
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我对如何挖掘这段时间内车子的潜能很感兴趣
06:28
they're parked, they're parked all around us.
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这些车就停在我们周围
06:30
They're usually平时 parked within 100 feet of the people that own拥有 them.
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停在距离他们的所有者不到100英尺的范围内
06:34
Now, if you take the power-generating发电 capability能力 of an automobile汽车
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比较汽车和美国电网
06:37
and you compare比较 that to the electric电动 grid in the United联合的 States状态,
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的发电能力
06:41
it turns out that four percent百分 of the automobiles汽车, the power功率 in four percent百分 of the automobiles汽车,
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汽车电力的四分之一
06:45
equals等于 that of the electric电动 grid of the US.
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相当于美国电网的供电能力
06:48
that's a huge巨大 power-generating发电 capability能力,
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由此可看出汽车发电能力的强大
06:51
a mobile移动 power-generating发电 capability能力.
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而且还是可移动的发电
06:53
And hydrogen and fuel汽油 cells细胞 give us that opportunity机会
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氢燃料电池让我们能够充分利用资源,
06:56
to actually其实 use our cars汽车 and trucks卡车 when they're parked
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即使汽车和卡车停着的时候也能发电,
06:59
to generate生成 electricity电力 for the grid.
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为电网所用
07:01
And we talked about swarm一群 networks网络 earlier.
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之前我们有谈到群网络
07:03
And talking about the ultimate最终 swarm一群, about having all of the processors处理器
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最强大的群,是将所有的处理器
07:06
and all of the cars汽车 when they're sitting坐在 idle
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所有未处于使用状态的汽车
07:08
being存在 part部分 of a global全球 grid for computing计算 capability能力.
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集合起来,作为具有计算能力的全球电网的一部分
07:12
We find that premise前提 quite相当 exciting扣人心弦.
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这个假想让我们振奋不已
07:14
The automobile汽车 becomes, then, an appliance器具,
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汽车能够成为一种电器
07:17
not in a commodity商品 sense,
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但不是商品意义上的电器
07:18
but an appliance器具, mobile移动 power功率, mobile移动 platform平台
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而是作为一种能够提供信息、计算、通讯的
07:21
for information信息 and computing计算 and communication通讯,
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电器,移动电源,移动平台
07:24
as well as a form形成 of transportation运输.
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当然也是一种交通工具
07:26
And the key to all of this is to make it affordable实惠,
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但最重要的是我们要让汽车价廉物美
07:29
to make it exciting扣人心弦,
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和令人兴奋,
07:30
to get it on a pathway where there's a way to make money doing it.
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并且有足够的资金进行研发
07:33
And again, this is a pretty漂亮 big march游行 to take here.
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要实现我们的设想还有很长的路要走
07:36
And a lot of people say,
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许多人担心
07:37
how do you sleep睡觉 at night when you're rustling沙沙 with a problem问题 of that magnitude大小?
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如果考虑这样一个巨大的工程,晚上怎么睡得着
07:40
And I tell them I sleep睡觉 like a baby宝宝:
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我告诉他们我的睡眠就像小婴儿一样
07:41
I wake唤醒 up crying哭了 every一切 two hours小时.
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每两个小时就醒来哭一次
07:45
Actually其实 the theme主题 of this conference会议, I think, has hit击中 on really one of the major重大的 keys按键 to pull that off --
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我认为这次研讨会的主题,实际上就是策划出关键要素,并予以实现
07:50
and that's relationships关系 and working加工 together一起.
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那就是关系网的建立与相互合作
07:52
Thank you very much.
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谢谢
07:53
(Applause掌声).
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(掌声)
07:57
Chris克里斯 Anderson安德森: Larry拉里, Larry拉里, wait, wait, wait, wait, Larry拉里, wait, wait one sec.
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Chris Anderson:Larry,等等,先别走,先等会儿
08:02
Just -- I've got so many许多 questions问题 I could ask you.
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我有很多问题想问你
08:05
I just want to ask one.
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现在就问一个
08:07
You know, I could be wrong错误 about this,
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也许我的想法有误
08:08
but my sense is that in the public上市 mind心神, today今天,
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不过在我看来,大众认为
08:12
that GMGM is not viewed观看 as serious严重 about some of these environmental环境的 ideas思路
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与日本的竞争对手,甚至是福特汽车比起来,
08:19
as some of your Japanese日本 competitors竞争对手, maybe even as Ford.
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通用汽车对那些环保汽车方面的想法和计划并不严肃认真。
08:22
Are you serious严重 about it,
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你怎么看待这个问题呢
08:25
and not just, you know, when the consumers消费者 want it,
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是不是因为消费者的需求
08:29
when the regulators监管机构 force us to do it we will go there?
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执政者的敦促才开始认真对待这些想法
08:32
Are you guys going to really try and show显示 leadership领导 on this?
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你们通用汽车是不是真的打算在这方面大展拳脚,做领头人
08:34
Larry拉里 Burns伯恩斯: Yeah, we're absolutely绝对 serious严重.
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Larry Burns: 那是当然,我们是认真的
08:36
We're into this over a billion十亿 dollars美元 already已经,
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我们已经在这方面投资了十多亿美元
08:39
so I would hope希望 people would think we're serious严重
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所以当通用汽车花大力气投资时
08:41
when we're spending开支 that kind of money.
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.我希望人们看到我们对环保汽车的诚意,能改变对我们的看法
08:43
And secondly其次, it's a fundamental基本的 business商业 proposition主张.
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另外,关注环保也应该是企业最基本的任务
08:47
I'll be honest诚实 with you:
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老实告诉你:
08:48
we're into it because of business商业 growth发展 opportunities机会.
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因为环保汽车的发展机会,我们开始予以关注
08:49
We can't grow增长 our business商业 unless除非 we solve解决 these problems问题.
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如果不解决这些问题,我们的业务就无法继续扩展
08:53
The growth发展 of the auto汽车 industry行业 will be capped封顶 by sustainability可持续性 issues问题
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如果我们不解决这些问题
08:55
if we don't solve解决 the problems问题.
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汽车行业的发展将会因为可持续发展的问题而受阻
08:57
And there's a simple简单 principle原理 of strategy战略 that says:
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有这么一个简单的战略原则:
09:00
Do unto yourself你自己 before others其他 do unto you.
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在他人超越你之前先自己超越自己
09:02
If we can see this possible可能 future未来, others其他 can too.
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如果我们能看到环保汽车的发展潜能,别人也能
09:05
And we want to be the first one to create创建 it, Chris克里斯.
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但我们要做的是成为先驱者
Translated by elyse lin
Reviewed by Nicole LUO

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ABOUT THE SPEAKER
Larry Burns - Automotive researcher
Larry Burns is the vice president of R&D for GM. His job? Find a new way to power cars.

Why you should listen

Larry Burns is on a mission: to reinvent the automobile using nonpolluting hydrogen fuel cells. As the vice president of R&D and strategic planning at GM, he's one of the people who will be called on to lead the US auto industry into its next incarnation.

Burns has been a persistent advocate of hydrogen power and other advanced propulsion and materials technologies for cars. His thinking is, the industry can keep making small energy improvements in the current cars it makes -- or it can take a big leap forward to build a whole new kind of car.

More profile about the speaker
Larry Burns | Speaker | TED.com

Data provided by TED.

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