As long as the Earth exists, the sun's energy will be inexhaustible.

只要地球存在太阳的能量就会取之不尽。

Solar cars are cars that use the sun's energy for power.

太阳能汽车是以太阳能为动力的汽车。

Major auto makers have relied on the sun's energy in the past.

汽车历史学家莱斯利? 肯德尔表示汽车生产商在过去已经主要依赖于太阳的能量。

They're able to transfer the sun's energy and create a chemical known as chlorophyll.

树叶能够转移太阳的能量，产生一种被称为叶绿素的化学物质。

Which makes sense, because almost all of the sun's immense energy is produced in the core.

这是有道理的，因为几乎所有太阳的巨大能量都是在核心产生的。

Because plants make, or produce, their own food from the sun's energy, they are called producers.

因为植物通过光合作用使用阳光自己生产食物和能量，所以它们被称为生产者。

He explains how the solar panels, located on the vehicle's roof, will harness the sun's energy.

他解释了安装于车顶的太阳能面板吸收光能的原理。

Other heating sources, such as geothermal energy and the sun's energy, are not yet commercially viable in Finland.

其他的热源，如地热能和太阳能，在芬兰还没有投入商业化。

In a city that lies close to the equator, the sun's energy meets the airport's needs around-the-clock.

这是一个靠近赤道的城市，太阳的能量足以满足机场全天候电量需求。

These greenhouse gases trap the sun's energy in the atmosphere, warming the planet and altering the Earth's climate.

温室气体通过把太阳能量截获在大气层中，导致全球变暖和气候变化。

But plants, algae, and bacteria that photosynthesize are a lot better at capturing the sun's energy than we are.

但是进行光合作用的植物、藻类和细菌比我们更善于获取太阳能。

Plant life fed off the sun's energy, which enabled it to break apart the water molecule and take the oxygen.

植物靠太阳能存活，这能量使植物分离水分子并释放出来氧气。

This building actually captures the sun's energy with that roof.

这座建筑实际上是通过屋顶吸收太阳能的。

To solve this problem the governments of Brazil and the U.S. joined forces to provide electricity by harnessing the sun's energy.

为了解决这个问题，巴西政府和美国政府联合起来，利用太阳能来提供电力。

But when the ice melts and exposes dark water, the sun's energy is absorbed much faster.

但是当冰融化并暴露出深色水时，太阳的能量被吸收得更快。

The creation was celebrated as the dawn of a new era, as reporters touted that civilization would soon run on the sun's limitless energy.

这项发明被称赞为新时代的黎明，记者们吹捧人类文明很快将依靠太阳的无限能量运行。

This is actually really tricky because as the disassembly starts, the chlorophyll molecules that absorb sunlight for photosynthesis are still absorbing the sun's energy.

这过程非常困难，因为随着分解开始，叶绿素为了光合作用仍然在吸收太阳能。

Taking the sunlight in, and through a process known as photosynthesis they're able to transfer the sun's energy and create a chemical known as chlorophyll.

吸收阳光，通过光合作用的过程，它们能够转移太阳的能量并产生一种叫做叶绿素的化学物质。

And that's good because now, the real work is about to begin: using the sun's energy to cook up sugar from water and carbon dioxide.

这样是有益的，因为真正的工作才刚开始：利用太阳的能量将水和二氧化碳转化为糖类。

If you place it in a sunny place, you'll notice how it will pursue the sun's energy and grow towards it, overcoming any obstacles on its way.

如果你把它放在阳光充足的地方， 你会注意到它会如何追逐太阳的能量并朝着太阳的能量生长，克服途中的任何障碍。