Quotes About Solar energy

With sufficient water on the Moon, solar energy can be used to split the water into hydrogen and oxygen. The oxygen is, of course, critical for humans to breathe and the water important for us to drink.

Biological energy comes from the sun. Light energy harvested by photosynthesis in chloroplasts and phototropic bacteria becomes stored in carbohydrates and fats. This stored energy can be released by oxidative metabolism in the form of adenosine triphosphate (ATP) and used as fuel for other biological processes.

What we're learning is that the sun and its warmth isn't the only way to get warmth in the solar system, and we've been thinking that for some time.

The use of solar energy has not been opened up because the oil industry does not own the sun.

Richard Meier told me, 'Young man, solar energy has nothing to do with architecture.'

The Sun is the light of the day.

By the year 2000, such renewable energy sources could provide 40 percent of the global energy budget; by 2025, humanity could obtain 75 percent of its energy from solar resources.

If we are serious about moving toward energy independence in a cost-effective way, we should invest in solar energy. If we are serious about cutting air and water pollution and reducing greenhouse gas emissions, we should invest in solar energy.

We have an ideal location for a couple of organic wineries on the island. But the reintroduction of commercial agriculture to Lanai is 100% dependent upon increasing the available water on the island. So we're going to use solar energy to convert seawater to fresh water.

At a physical level, India is blessed with a rich biodiversity of flora and fauna. We have a predictable monsoon, and a vast network of rivers and water bodies. We have one of the longest coastlines. We have enormous access to solar energy.

In the last 680 million years of the four and a half billion that this planet has existed, life has been determined by two principal forces: the warmth and the diffused energy of the sunlight coming through our atmosphere, and water. Those are the primordial forces of life - sunlight and water.

Mostly, I spend my time being a mother to my two children, working in my organic garden, raising masses of sweet peas, being passionately involved in conservation, recycling and solar energy.

If anyone has a vested interest in space solar power, it would have to be me.

The sea is heated by the sun (at a net rate QN) and stirred at the

All foods which the animals as well as the humans use are, already, the result of the solar energy transformed into what may be called chemical energy. Transformation of energies is building up of life.

?i tu ai în tine, pesemne, câteva pic?turi de sânge solar, de p?dure. Poate c? tocmai de aceea eu te --

All the world's plants capture only about 3,000 of those solar exajoules through the process of photosynthesis.3 All human activities and industries put together consume about 500 exajoules annually, equivalent to the amount of energy earth receives from the sun in just ninety minutes.

We owe our lives to the sun... How is it, then, that we feel no gratitude?

In the United States alone, 450 billion square feet of glass facade is produced every year. What if we could take this chance to use the glass to harness solar energy and allow the architecture to respond to the light and heat of the sun, to create photosynthesis and generate solar energy?

The Fuse is a solar energy station in orbit 22,000 miles above the earth. But it's more than just a big solar panel array. The Fuse is also home to Midway City, a technically illegal settlement that grew out of a bunch of engineers who decided they'd rather make a new life in space than return home to earth.

From solar to electric cars, from geothermal to reconfiguring the grid, the scale of investment needed in green technologies in order to meet whatever agreements on emissions reductions are finally agreed will be immense.

We need to bring sustainable energy to every corner of the globe with technologies like solar energy mini-grids, solar powered lights, and wind turbines.

Clubbing energy efficiency with renewable energy will give us the much-needed window to incubate the renewable energy sector, particularly large solar, without having to increase the price of electricity.

our short guts mean we can't eat grass, and this is no small thing, especially if you consider that two million years of evolutionary history occurred in savannas and grasslands. Grasslands are enormously productive in biological terms; that is, they efficiently convert solar energy into carbohydrates. But that energy is wrapped in the building block of all grasses, cellulose, and humans cannot digest it, not at all. Our primary method for overcoming our