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Cooling in sentence

190 examples of Cooling in a sentence

I'm taking the temperature of the canal outside, pumping it through the heat exchange mechanism, it's turning through these amazing sails on the roof, and that, in turn, is falling softly onto the people in the restaurant, cooling them, or heating them, as the need may be.
The idea behind this form of "geoengineering" as it's called, is that, as the planet heats up, we may be able to shoot sulfates and aluminum particles into the stratosphere to reflect some of the sun's rays back to space, thereby cooling the planet.
It's cooling off.
And this is pair of cooling towers for an electricity substation next to St. Paul's Cathedral in London.
If we slice into this product which is actually sitting here, you can see that it has a number of cooling channels pass through it, which means it's a more efficient product.
As I said, the existing treatment requires the heart-lung bypass machine, and it requires a total body cooling.
plus better lights and office equipment and such cut the maximum cooling load by a third.
Together with the architects of Albert Speer & Partner, our engineers from Transsolar have been supporting, have been developing open-air stadia based on 100 percent solar power, on 100 percent solar cooling.
We need, for instance, to bring in radiant cooling technology, and we need to combine this with so-called soft conditioning.
Instead of blowing a hurricane of chilled air through the stadium, we can use radiant cooling technologies, like a floor heating system where water pipes are embedded in the floor.
Natural-watered lawn is a very good cooling source stabilizing temperature, and using dehumidified air to create comfort.
Our idea for the bid was 100 percent solar cooling, based on the idea that we use the roof of the stadia, we cover the roofs of the stadia with PV systems.
And this energy now is harvested throughout the year, sent into the grid, is replacing fossils in the grid, and when I need it for the cooling, I take it back from the grid and I use the solar energy which I have brought to the grid back when I need it for the solar cooling.
Cooling systems today collectively account for 17 percent of the electricity we use worldwide.
But what keeps me up at night is that our energy use for cooling might grow sixfold by the year 2050, primarily driven by increasing usage in Asian and African countries.
This then has the potential to cause a feedback loop, where cooling systems alone could become one of our biggest sources of greenhouse gases later this century.
In the worst case, we might need more than 10 trillion kilowatt-hours of electricity every year, just for cooling, by the year 2100.
Just for cooling.
A 10 or 20 percent improvement in the efficiency of every cooling system could actually have an enormous impact on our greenhouse gas emissions, both today and later this century.
So, while I always understood the value of cooling during my summer vacations, I actually wound up working on this problem because of an intellectual puzzle that I came across about six years ago.
Think about a pie cooling on a window sill.
This is an effect known as night-sky cooling or radiative cooling.
And I was amazed by its apparent simplicity as a cooling method, yet really puzzled.
It was called night-sky cooling for a reason.
So, for the surface that's doing the cooling, it needs to be able to face the sky.
And the sun heats most materials up enough to completely counteract this cooling effect.
To do this, we've built fluid cooling panels, like the ones shown right here.
These panels can then be integrated with a component almost every cooling system has, called a condenser, to improve the system's underlying efficiency.
In that demonstration, we showed that we could actually improve the efficiency of that cooling system as much as 12 percent in the field.
In the future, we might be able to integrate these kinds of panels with higher efficiency building cooling systems to reduce their energy usage by two-thirds.
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