Sentences with phrase «energy per square foot»

The upcoming changes, Klingenberg says, will actually require buildings in California to use less energy per square foot than those in Germany but allow those in frigid Alaska to use more.

Studies show that the ThermalCORE wallboard stores about 22 BTUs of thermal energy per square foot.

This is commonly reported in thousands of British Thermal Units, or Btus, of energy per square foot per year (kBtu1, 000 Btus / sf - yr).

The problem, argues author Steve Denegri, a IT consultant and financial analyst, is that data centers face two unstoppable forces — the need to increase computing power, which requires upping the energy per square foot, and the increasing price of electricity.

Energy use intensity expresses a building's energy use as a function of its size, typically in energy per square foot per year (kBtu / sf / yr).

Restaurants use about five to seven times more energy per square foot than other commercial buildings.

High - volume quick - service restaurants (QSRs) may even use up to 10 times more energy per square foot than other commercial buildings.

Also as of 2008, Zayas reported, the site was using about 96,000 British Thermal Units of energy per square foot (BTU / SF) per year, versus the industry standard for a comparable building, which is 162,000 BTU / SF.

Not exact matches

We also looked at 2015 commercial prices of electricity from the Energy Information Administration (EIA) and the 2014 costs of purchasing and renting industrial, office, and retail space per square foot from CoStar Group Inc..

The government's Energy Star program reports that on average, supermarkets use 50 kilowatt - hours of electricity and 50 cubic feet of natural gas per square foot per year for an average annual energy cost of more than $ 4 per squareEnergy Star program reports that on average, supermarkets use 50 kilowatt - hours of electricity and 50 cubic feet of natural gas per square foot per year for an average annual energy cost of more than $ 4 per squareenergy cost of more than $ 4 per square foot.

B. «Average Source Energy Use Intensity» or «average EUI» means the average source energy use per square foot for all state - owned and managed builEnergy Use Intensity» or «average EUI» means the average source energy use per square foot for all state - owned and managed builenergy use per square foot for all state - owned and managed buildings.

Raydiance's USP laser system has three times as much energy per pulse as his lab's titanium - sapphire laser, which takes up 10 - square feet (0.9 square meter).

The Energy Release Component is calculated in units of heat energy (British Thermal Units) per squareEnergy Release Component is calculated in units of heat energy (British Thermal Units) per squareenergy (British Thermal Units) per square foot.

Looking at the sun as an energy source is attractive, but the fact that at optimum conditions the sun only provides 300 BTU per hour per square feet, it clearly is not enough to replace the energy from fossil fuels.

It is not surprising to find that vacation homes in Aspen use more energy when occupied than the average Aspen home of 3,272 square feet; what is really surprising is that they are vacant on average 277 days per year and still generate 43.8 tons of

See the example below the fold.SunBlox Corporation offers a solar screen that, as advertised: «Diverts up to 90 % Of 230 BTU's per square foot of the sun's energy as it approaches a home's windows & doors.»

At the federal level we recommend increasing The Energy Efficient Commercial Buildings Deduction from $ 1.80 per square foot for the 50 % energy consumption reduction (cost savings) to 1) $ 3.50 per square foot for meeting a minimum 50 % energy consumption reduction target below ASHRAE 90.1 - 2004, 2) $ 5.00 per square foot for meeting a minimum 75 % energy consumption reduction target, and 3) $ 6.50 per square foot for a building that is carbon neEnergy Efficient Commercial Buildings Deduction from $ 1.80 per square foot for the 50 % energy consumption reduction (cost savings) to 1) $ 3.50 per square foot for meeting a minimum 50 % energy consumption reduction target below ASHRAE 90.1 - 2004, 2) $ 5.00 per square foot for meeting a minimum 75 % energy consumption reduction target, and 3) $ 6.50 per square foot for a building that is carbon neenergy consumption reduction (cost savings) to 1) $ 3.50 per square foot for meeting a minimum 50 % energy consumption reduction target below ASHRAE 90.1 - 2004, 2) $ 5.00 per square foot for meeting a minimum 75 % energy consumption reduction target, and 3) $ 6.50 per square foot for a building that is carbon neenergy consumption reduction target below ASHRAE 90.1 - 2004, 2) $ 5.00 per square foot for meeting a minimum 75 % energy consumption reduction target, and 3) $ 6.50 per square foot for a building that is carbon neenergy consumption reduction target, and 3) $ 6.50 per square foot for a building that is carbon neutral.

The energy intensity of commercial buildings has changed little over this period (total energy use per square foot increased), while a decrease in the energy intensity of housing was offset by an increase in housing size.

Reducing the statewide energy use intensity by more than 15 kilo British thermal units per square foot since 2010.

It is important to note that at the time of publication, there is a dramatic difference in the cost of Tesla's energy - producing Solar Roof tiles ($ 42 per square foot), versus its non-energy producing tiles ($ 11 per square foot).

They also have to achieve an airtightness of 0.6 ACH50 or less and a primary energy of 38 thousand BTU per square foot per year.

Passive House standard captures performance of a building in a similar way by limiting the amount of energy used per square foot of living space in one year.

Passive House standard limits this primary energy use to 31,700 BTUs per square foot of living space and year, or 120kWh per square meter and year in the metric system.

Source energy: (1) Change from per square foot basis to per person; (2) Change the source energy factor to the US average of 3.16; (3) Base the lighting and miscellaneous electrical loads on American numbers (from RESNET); (4) «Set the source energy limit to 6,200 kWh / person / year and tighten it to 4,200 kWh / person / year within a few years;» and (5) Account for photovoltaic (PV) inputs or other on - site renewable electricity the same way solar hot water is.

How much the ozone hole may be warming the planet is unknown, but Grise and his colleagues estimate an increase of less than 0.09 watts per square foot (1 watt per square meter) of energy could be reaching the ground.

But they expect total energy consumption to drop from 213 thousand BTUs per square feet to 191.8 thousand BTUs per square feet, so total energy consumption in the commercial sector only rises from 17.78 quads to 20.88 quads by 2040.

One reason New Yorkers use less energy per capita is that they live in smaller spaces; Graham's apartment is 420 square feet.

We love Passive House or Passivhaus, the incredibly efficient building standard that sets an absolute limit on how much energy one can use per square foot or how much air is allowed to leak.

Since 1999, ExxonMobil has produced more than 1 million barrels of oil and 656 million metric cubic feet of natural gas from Colorado deposits, according to the complaint, and ExxonMobil subsidiary XTO Energy currently produces 130 million cubic feet of natural gas per day from more than 864 square miles across three Colorado counties.

The Sustainability Property Challenge — a national program developed by the Institute of Real Estate Management (IREM) and Penton Inc. - owned Green Per Square Foot (Green PSF)-- offers property owners and managers a friendly challenge to make their buildings more energy efficient, enhance their financial performance and property values and make a positive

Energy efficient commercial buildings deduction This provision extends the deduction for the cost, up to $ 1.80 per square foot, of energy - efficient commercial building proEnergy efficient commercial buildings deduction This provision extends the deduction for the cost, up to $ 1.80 per square foot, of energy - efficient commercial building proenergy - efficient commercial building property.