Sentences with phrase «requires less cooling»

Not exact matches

Our stores include a range of features such as treated roofs to deflect heat and keep stores cooler, insulated precast concrete exterior walls which require much less energy to make compared to bricks, and cladding made from 70 per cent softwood content sourced from renewable forests.

Second, a cooler house requires less air conditioning — and hence results in fewer greenhouse gas emissions from power plants.

These gases, culprits in no less than two environmental crimes — the ozone hole and climate change — are required to efficiently cool your food and beverages.

The cooling process that they are developing does not require climatically harmful refrigerants and should consume less energy than the conventional cooling technologies used thus far.

Yet increased energy efficiency and a focus on wind and solar power, which require less water, or the switch to more water efficient cooling technologies could help avoid this problem, the study shows.

Among the other advantages of flexible MOFs, Long says, is that they do not heat up as much as other methane absorbers, so there is less cooling of the fuel required.

It would use 1000 times less power than a hard - disk - based data center by requiring far less cooling and doing away with the energy - intensive task of data migration (backing up to a new disk) every two years.

Smoothies are also cooling to the body and require less work to digest than heavier (cooked) meals, so they can also help support energy levels without taxing the body and won't leave us feeling run down.

As a bonus, often the rapid heating and cooling from the welding operation will break free seized or rusted threads, so less torque may be required to remove the bolt after the welding operation.

Whether the shutter is open or closed depends on engine coolant temperature and speed — for example, the shutters open when the car is traveling up a hill, pulling a trailer, or in hot city driving; the shutters close at highway speeds when less engine cooling is required.

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For example, the shutter will close at highway speeds when less engine cooling is required and aerodynamic drag is most significant; the system will open when the car is hot city driving, traveling up a hill or pulling a trailer.

Likewise a perturbation to the T ^ 4 pattern that gradually decays downward into the atmosphere may be necessary to balance the anomolous cooling near TOA and some anomalous warming below that due to the darkness of space (the anomalous warming would be from the intensity in all directions downward from space not only being not more than 0 but also being not less than 0 — continuation of the T ^ 4 pattern would after all require negative values at some point).

Before allowing the temperature to respond, we can consider the forcing at the tropopause (TRPP) and at TOA, both reductions in net upward fluxes (though at TOA, the net upward LW flux is simply the OLR); my point is that even without direct solar heating above the tropopause, the forcing at TOA can be less than the forcing at TRPP (as explained in detail for CO2 in my 348, but in general, it is possible to bring the net upward flux at TRPP toward zero but even with saturation at TOA, the nonzero skin temperature requires some nonzero net upward flux to remain — now it just depends on what the net fluxes were before we made the changes, and whether the proportionality of forcings at TRPP and TOA is similar if the effect has not approached saturation at TRPP); the forcing at TRPP is the forcing on the surface + troposphere, which they must warm up to balance, while the forcing difference between TOA and TRPP is the forcing on the stratosphere; if the forcing at TRPP is larger than at TOA, the stratosphere must cool, reducing outward fluxes from the stratosphere by the same total amount as the difference in forcings between TRPP and TOA.

Small houses require less fuel for heating and cooling, fewer building resources and are much easier to clean.:: Wall Street Journal

It requires up to 90 per cent less energy for heating or cooling, and leaves buildings comfortable and healthy throughout the year, regardless of the weather outside.

One problem with idea is doesn't require much energy to cool even warm air, and cooling cold air is even less significant.

Annual water requirements of a PHES - supported 100 % renewable electricity grid would be much less than the current fossil fuel system, because wind and PV do not require cooling water.

Because gas combustion turbines require no cooling (having no steam to condense), the overall combined cycle system requires much less water for cooling than traditional steam turbine technologies.

Benchmark 5: 15kWh / m2 Heating / Cooling The passivhaus standard requires that the building only uses 15kWh / m2 per year for heating or cooling to maintain the building at 20 ° C. And yes, this does mean that if you choose keep your Passivhaus building cooler it will use even less Cooling The passivhaus standard requires that the building only uses 15kWh / m2 per year for heating or cooling to maintain the building at 20 ° C. And yes, this does mean that if you choose keep your Passivhaus building cooler it will use even less cooling to maintain the building at 20 ° C. And yes, this does mean that if you choose keep your Passivhaus building cooler it will use even less energy!

Since at current atmospheric pressure the energy required to provoke evaporation at SST (int) is always less than the energy extracted from SST (int) by evaporation in the form of latent heat the net outcome of all the reactions in SST (int) is always cooling.

More cooling would require more convection to maintain a given lapse rate; less CAPE would imply that more convection is having a bigger impact on the tropical temperature profile.

Cutting edge data centers of the future will require less of a physical human presence, and are likely to: â $ cents Rely on a VIL to optimize equipment management and provide for virtual remote control capable of instant changes, switches and adds â $ cents Achieve LEED certification for the physical building â $ cents Rely on more efficient water cooling that potentially takes advantage of an on - site tower to chill water for cooling the system (thus reducing energy consumption by using nature's natural cooling power to chill water) â $ cents Use fluid dynamics models to precisely design the interior of the building to maximize the efficiency of the HV / AC system for air - cooled computing systems â $ cents Tap into a mixed energy grid that relies on green energy sources such as solar, wind or hydroelectric (depending on geographic feasibility), along with a reliable city grid thus avoiding the need for the standard back - up Uninterruptible Power Supply (which will reduce equipment costs, minimize floor space used, and increase energy efficiency because systems that employ a UPS convert AC to DC and back, incurring substantial energy losses).

A small home automatically requires less heating and cooling, so you're already saving energy and the environment by opting for a smaller space.

The LED bulbs not only require less electricity, but they're far cooler meaning that less water is needed and that plants can be stacked closer to each other.

The plant's air - cooled solar thermal design will not require much water or extensive grading, and the mirrors will be mounted on poles planted directly in the ground, rather than on concrete pads (so less native vegetation is disturbed).

It requires up to 90 percent less energy for heating or cooling, and leaves buildings comfortable and healthy throughout the year.