Sentences with phrase «thermal capacity in»

Not exact matches

Hydro - Quebec, meanwhile, would combine its extensive hydro - based generation assets with NB Power's thermal - based ones, creating a more efficient and synergistic utility with increased capacity to sell to the lucrative markets in the northeastern United States.

In 2012, there were around 2,150 thermal waste treatment plants operating globally with a total annual waste treatment capacity of almost 250 million tons.

The need of fuel for power has risen in recent times as the country's electricity generation mix has tilted more to thermal power, which this year is expected to account for about 70 percent of the total power generation capacity of the country.

That compares with an expected 4 percent annual growth in thermal power capacity, half that seen between 2005 and 2011, said Liu Xiangdong, director of planning statistics of the China Electricity Council.

In addition to low thermal conductivity, these novel aerogels have several unique features, one of which is super high oil absorption capacity — it is up to four times higher than commercial sorbents available in the markeIn addition to low thermal conductivity, these novel aerogels have several unique features, one of which is super high oil absorption capacity — it is up to four times higher than commercial sorbents available in the markein the market.

«The majority of the capacity addition will be through thermal power plants, for which the demand of coal is going to increase in the future,» the report said.

For a solar thermal plant, this results in higher capacity at lower operating costs.

«This is a big advance both in terms of capacity and thermal management,» Long said.

Just since last year, nearly 700 MW of new solar thermal capacity came online with the completion of three large power plants in the Southwest.

Meanwhile, here on earth, we still have the same remaining problem of our trapped thermal atmospheric content that can not escape away from Earth's self contained system that is maintained by the greenhouse gases that surrounds the earth that is said to be increasing in content, and because it increasing in content, the thermal kinetic capacity (global warming potential of certain said gases will rise with it.)

The automaker says the performance brakes offer an 84 - percent increase in brake pad area and a 42 - percent increase in rotor area for improved system thermal capacity.

With the brakes being used not only to slow the Supersports» mighty 5,027 - lb curb weight (in coupe form; the convertible weighs 5,412 lb) but also to manage torque distribution and cornering, you might worry about the thermal capacity of the brakes.

The Chevrolet Performance front brake system features Brembo ® six - piston, fixed aluminum calipers and larger - than - stock Duralife ™ rotors for an 84 % increase in brake pad area and a 42 % increase in rotor area to increase thermal capacity.

With the wet multi-plate clutch system, the clutch components are bathed in lubricating / cooling fluid in order to provide adequate thermal capacity.

Standard on the Charger SRT Hellcat is the largest front - brake package ever offered in a Chrysler Group vehicle, which were first introduced on the 2015 Challenger SRT Hellcat, featuring all - new 390 - mm (15.4 - inch) Brembo two - piece rotors with six - piston calipers for outstanding heat management and thermal capacity and longevity.

The package features massive six - piston, fixed aluminum calipers in the front with brake pads clamping on larger - than - stock 410 x 32 mm (16.1 inch x 1.3 inch) Duralife rotors coupled with an 84 percent increase in brake pad area and a 42 percent increase in rotor area to increase system thermal capacity.

An available performance brake package designed, engineered and backed by Brembo features massive front red six - piston, fixed aluminum calipers with brake pads clamping on larger - than - stock 410 x 32 mm (16.1 inch x 1.3 inch) Duralife ™ rotors coupled with an 84 percent increase in brake pad area and a 42 percent increase in rotor area to increase system thermal capacity.

An available Performance front brake upgrade package designed, engineered and backed by GM features massive red Brembo ® six - piston, fixed aluminum calipers with brake pads clamping on larger - than - stock 410 x 32 mm (16.1 inch x 1.3 inch) Duralife ™ rotors coupled with an 84 percent increase in brake pad area and a 42 percent increase in rotor area to increase system thermal capacity.

The only way I expect to get it is to have a federal regulation that says «Thermal leakage of furnaces when the burner is idle shall not exceed x BTU per hour in furnaces of up to Y heating capacity, etc. etc..»

«Experts project that by 2010 the number of solar water heaters installed in China will equal the thermal equivalent of the electrical capacity of 40 large nuclear power plants.»

The water, due to it's much greater thermal capacity, cools much slower than the air would in the absence of heat inflow, so this also limits the rate of cooling of the air.

All but 18 states have some utility - scale solar PV capacity, but only three states (California, Arizona, and Nevada) have utility - scale solar thermal resources, as these systems often require large, contiguous tracts of land in arid environments.

News, Marek Kubik at storage system provider and integrator Fluence wrote about an academic study into Ireland's grid which showed the role batteries could play there in stabilising the grid using far less capacity than thermal generation.

In looking at this of course, we must take into account that overall the thermal inertia and overall energy storage capacity of the troposphere is dwarfed by the oceans and far more variable than the oceans, so looking at the energy of the troposphere and comparing it to Earth's overall reservoir of non-tectonic energy is much like weighing the flee on a dog's back to see how much it adds to the weight of the dog.

Bear in mind the current out letting of heat in the waters below Australia, heat that did not have thermal capacity to reach the Antarctic.

When combined with thermal storage capacity of several hours of full - capacity generation, CSP plants can continue to produce electricity even when clouds block the sun, or after sundown or in early morning when power demand steps up.

Ferrostaal's extensive construction capacity and expertise — particularly in the concentrated solar thermal field — together with eSolar's award - winning technology, offers us the opportunity to rapidly construct solar power projects across the globe in coming years.»

However, in order to achieve a step change in production capacity, alternative approaches such as via thermal routes (termed «Bio-SNG») are necessary.

A robust ice cap, due to its thermal capacity, can not melt away in summer.

But capital costs are the real show - stoppers: for photovoltaics, at $ 3 / peak watt current prices (solar thermal systems are roughly the same), even in an ideal location, 2000 TWh / yr requires about 1 TW peak capacity, or $ 3 trillion capital investment.

In 2013, 2,145 MW of utility - scale solar capacity entered service in California, of which more than 500 MW came from large - scale solar thermal plantIn 2013, 2,145 MW of utility - scale solar capacity entered service in California, of which more than 500 MW came from large - scale solar thermal plantin California, of which more than 500 MW came from large - scale solar thermal plants.

Solar thermal capacity additions also continue to be outpaced by solar photovoltaic (PV) capacity additions, even though solar PV has only meaningfully entered the utility - scale market in the past few years.

EIA projections for total solar thermal capacity additions in 2013 and 2014 include six projects for a total of 1,257 MW, with more expected in 2015 and 2016.

Several large, new solar thermal power plants are expected to begin commercial operation by the end of 2013, more than doubling the solar thermal generating capacity in the United States.

In recent decades, scientists have developed sufficient monitoring capacity to understand how much of sea level rise is due to thermal expansion (from ocean heating) and melting land ice.

A thin sheet of metal quickly absorbs the solar energy, and having good conductivity, quickly converting it into an increase in heat whereas the thermal lag of water by contrast is great and whilst energy is being absorbed due to its large heat capacity the response is slow.

A windmill that drives ground thermal mechanically into a system built to store capacity at high times to release from its reservoir when the windmill is stilled is many times more efficient than one that generates electricity and stores power in batteries.

From both an air quality and a climate leadership perspective, it would not be ideal for India to stress on expanding its thermal power capacity to 441 GW in 2040 from 125 GW in 2012, as proposed in the NEP, without having adequate technology in place for improving the efficiency and reducing the emissions from these plants.

It shows little if any true understanding of heat, temperature, thermal capacities, energy, radiation or any meaningful physical science relating to the subject in question.

The main difference between H2O and CO2 (apart from the numerical differences of their specific physical properites such as degree of freedom, thermal capacity, physical mass, etc) in terms of their effects on the atmosphere is that water is capable of condensing into liquid to form clouds and readily and rapidly moves between surface and atmosphere, daily, seasonally, annually and on even greater time scales, but CO2 does not liquify in the biosphere and transfers over mostly long time periods between surface (primarily oceans, seas, etc) and the atmosphere.

The uhü is heated and cooled with a single - head Mitsubishi Hyper - Heat ductless minisplit with a rated capacity of 18,000 BtuBritish thermal unit, the amount of heat required to raise one pound of water (about a pint) one degree Fahrenheit in temperature — about the heat content of one wooden kitchen match.

DC Water introduced new thermal hydrolysis technology and capacity at the Blue Plains plant, which is now the largest thermal hydrolysis installation in the world.

Regarding the real world earth and the real world atmosphere — granted that the temperature measures different things for different objects, but in all cases there is a proportionality constant between the (change in) thermal energy content of an object and its (change in) temperature, and that is the heat capacity.

Matter that has a higher capacity to store thermal energy in the form of potential energy has a higher specific heat because it takes more thermal energy to raise its temperature 1 °C.

Albania is trying to increase its thermal generation capacity to cope with increased demand for electricity in the country, which has long depended almost solely on hydro plants for power generation.

While only 3.8 GW of thermal generation capacity was added in 2017, the addition of renewables capacity clocked in at 12.8 GW, split approximately one - third wind and two - thirds solar.

You do have such an amazing molecule in your fictional world, defying gravity it can stay up in the atmosphere for hundreds and even thousands of years accumulating though it's one and a half times heavier than air, and, with no heat capacity to spit at, it can trap heat, or, heck you can't even get your stories to say the same thing consistently, it becomes this great thermal blanket stopping heat escaping... just how much of that blanket is holes?

Air is light in weight and low in heat capacity, so a lot of air needs to be passed through an air heating collector, and it has to be done in a way that puts a lot of the air in good thermal contact with the absorber.

«anti-rural factors» — lack of evaporative cooling from soil and plants, lack of plant cooling, increased thermal conductivity and capacity from artificial structures, faster water runoff and sequestration in cities

Thermal equilibrium doesn't mean the same temperature, if for example, a gas in getting hotter expands and rises becoming less dense and under less pressure it can move faster, it's using thermal energy to move, there's no energy lost, it's just become something else, or, as temperature relates to kinetic energy not thermal energy then heat capacity comes into play, as water can absorb a huge amount of thermal energy before there's any rise in temperature, or whatever, but if you're equating all «energy» to «heat» as thermal energy then that's a different idea altogether, not all energy iThermal equilibrium doesn't mean the same temperature, if for example, a gas in getting hotter expands and rises becoming less dense and under less pressure it can move faster, it's using thermal energy to move, there's no energy lost, it's just become something else, or, as temperature relates to kinetic energy not thermal energy then heat capacity comes into play, as water can absorb a huge amount of thermal energy before there's any rise in temperature, or whatever, but if you're equating all «energy» to «heat» as thermal energy then that's a different idea altogether, not all energy ithermal energy to move, there's no energy lost, it's just become something else, or, as temperature relates to kinetic energy not thermal energy then heat capacity comes into play, as water can absorb a huge amount of thermal energy before there's any rise in temperature, or whatever, but if you're equating all «energy» to «heat» as thermal energy then that's a different idea altogether, not all energy ithermal energy then heat capacity comes into play, as water can absorb a huge amount of thermal energy before there's any rise in temperature, or whatever, but if you're equating all «energy» to «heat» as thermal energy then that's a different idea altogether, not all energy ithermal energy before there's any rise in temperature, or whatever, but if you're equating all «energy» to «heat» as thermal energy then that's a different idea altogether, not all energy ithermal energy then that's a different idea altogether, not all energy is heat.