Electrical Calc Elite™ Demo (for IOS And Android) - YouTube
• Calculate required wire size per NEC® tables 310-16 and 310-17; Copper or Aluminum, 3ø or 1ø, • Convert between BTU and Kilowatts per Hour 1:41:09 Commercial Electrical Load Calculation-NEC-U#11-01-12-13-10.wmv by Chad Kurdi 32,753 views; ... View Video
Heat Load Calculations For Refrigerated Spaces
Equivalent Heat per Person 34,178 Btu/24-hr Lighting Load 1 Watts/ft2 3,685,111 BTU/day The intent of this course is to provide the background knowledge required to calculate Equivalent Heat per Person 34,178 Btu/24-hr Lighting Load 1 Watts/ft2 3,685,111 BTU/day ... Access Full Source
Sec01 B Sec01 3/31/11 10:42 PM Page 1 Transformer Basics 1
NOTE: If motors are started more than once per hour, indoors or out, including lighting, industrial and commercial applications Three Phase Ventilated – 15 to 1000 KVA – Section 5 Lighting – 100 to 1000 watts – Section 11 ... Fetch Doc
Www.bpa.gov
TOTAL cost savings per year Payback Period Calculate the project simple payback period Refrigerated case lighting - 1 to 6 watts per linear foot of LED (new fixture); 3,413 Btu per kWh ÷ 1,000,000 MMBtu ... Access This Document
A Conspectus On US Energy
Lighting from candles and other open fires had been well said to be 0.392 million BTU per bushel. Therefore 77 MJ in MJ/m2 per year, or 0.52 watts (averaged around the year) per square meter of land. That’s 0.1 watts of ethanol energy per square meter, with no heed paid to the energy ... Document Viewer
LED Freezer - Hubbell Industrial Lighting
COLD STORAGE LED LIGHTING TECHNOLOGY KOOLBAY LED FREEZER LED FREEZER LED FREEZER LUMINAIRE • Consumes less watts per fixture • Reduces thermal load • High performance LED design at over 83 lumens per watt • Low BTU Load based on 125w total input LED LIGHT ENGINE • High output LEDs ... Read Here
Lesson Plan: Energy Conservation - Clarkson University
The student will be able to calculate energy use and An average household uses 5-10% of its electricity for lighting. A commercial industry on the other hand consumes 20-30% of their Million BTU per household Million BTU per household Million BTU per household Million BTU ... Retrieve Document
Foot-candle - Wikipedia, The Free Encyclopedia
A foot-candle (sometimes foot candle ; abbreviated fc, lm/ft 2, or sometimes ft-c) is a non- SI unit of illuminance or light intensity widely used in the United States in photography, film, television, conservation lighting, the lighting industry, construction-related engineering and in building ... Read Article
Work Paper-Energy Star Room Air Conditioners
” means the cooling capacity of an air conditioner in Btu per hour divided by the total electrical input For each cooling capacity range in British thermal units [Cooling Capacity (Btu/hr) / EER] * [1 (kW) / 1000 (Watts)] Power and Demand Reduction for the Weighted Mean EERs are ... View Doc
COMMERCIAL BUILDING HVAC ENERGY USAGE IN SEMI-TROPICAL ...
COMMERCIAL BUILDING HVAC ENERGY USAGE IN SEMI-TROPICAL CLIMATES HELMUTH E. WORBS, in watts due to lighting and are factored into the calculation. Output also contains the watts per square foot for direct comparison to code limita- tions. Each building type by its nature, will ... Read More
Head-to-Head: Choosing Between E Gas And Electricity Customer ...
Average delivered commercial prices rose roughly US$0.40 per therm (US$3 per gigajoule) To calculate efficiency, simply divide the output by of cooling in Btu per hour divided by the electrical ... Retrieve Here
OCTOBER 14, 2011 - Uswib
1 Kilowatt = 1,000 Watts (Power) Fuel True Cost in $ per 100,000 BTU (correctedfor efficiency) No. 2 Fuel Oil $2 00$2.00 Natural Gas $1.88 Propane Gas $3.22 Lighting Painted Trim & Reflector White (original was black) ... Return Document
Energy Audit Workbook
Residual Fuel Oil 149,690 Btu/gallon Coal 24.5 million Btu per Standard short ton Wood 8,680 Btu/pound Average watts per fixture calculate the range of energy and cost savings by multiplying the estimated percentages by the ... Content Retrieval
Energy Efficiency Analysis For A Multi-Story Commercial ...
Commercial Air-Conditioning Engineering Study VRF-ES-BL-001-US 011M05 from Monday through Friday (8am-7pm, 75 hours per week). Table 2: Office Space Types and Sizes Space Types Size Exterior Lighting (Tradable) 1,680 watts Same ASHRAE 90.1-2007 (Table 9.4.5 ... Fetch Document
Energy In The United States - Wikipedia, The Free Encyclopedia
The United States is the 800th largest energy consumer in terms of total use in 2010. The U.S. ranks seventh in energy consumption per-capita after Canada and a number of small nations. ... Read Article
2011 Standard For Performance Rating Of Commercial ...
This section identifies the necessary data required to calculate the CDEC for Remote Commercial = 9.4 Watts per GPM . -Lighting watts = 294 W (located in the refrigerated space) ... Read Document
Code Administration
Most computer programs allow the user to calculate gross wall areas and subtract window and door areas. 60 lumens per watt for lamps over 40 watts, 50 lumens per watt for lamps over 15 watts to 40 watts, and. Commercial building lighting controls: Checking code compliance: ... Access Full Source
FUS-0435*; P-00981628.O; Citizens Tel. Co. Of New York
Verified or recorded to determine the specific remaining useful life to calculate savings. For existing commercial lighting, WSFbase = the baseline lighting watts per square foot or linear foot. ... Access Document
World Energy Consumption - Wikipedia, The Free Encyclopedia
Typically measured per-year, World primary energy consumption in quadrillion Btu residential heating, lighting, and appliances use 11%; and commercial uses (lighting, heating and cooling of commercial buildings, and provision of water and sewer services) amount to 5% of the total. ... Read Article
Technical Data TD00405018E Generator Sizing Guide
16,000 BTU per kW/hr . Pressure Other commercial applications kW = 30 kW + 5 watts/sq . ft . • Calculate at 3 VA per square foot • Use exterior dimensions of the home to calculate square footage – do not include open porches, garages, ... Read Full Source
Building Energy Codes Program Commercial Program Review
2012 IECC Commercial Electrical Power and Lighting Lighting Power Allowance Calculate exterior lighting power allowance Lighting power densities by exterior to comply with Provide ≥ 1.75 Btu or ≥ 0.50 watts per ft2 of conditioned floor area OR Provide ≥ 3% of ... Fetch Here
Electrical Wire Sizes - What Size Electrical Wire Do I Need
Top Related Searches low voltage lighting wire ampacity american wire gauge electric water heaters electric furnaces window air conditioners. Explore Electrical. Must Reads. Find An Electrical Contractor; Do it Yourself or Hire a Pro? Shockingly Simple Safety; ... Read Article
Energy Rates:
[Btu] = sensible occupant heat gain for a given hour. LatentOccupantHeatGain Calculate daily lighting load Wh/day as product of lighting power density Enter Watts Per Fixture and Fixture Quantity such that total lighting power ... View Full Source
Www.energystar.gov
Site BTU Savings, % Watts W/SF, per ASHRAE 90.1, Table 9.6.1 enter the basic information about the building (number of units, square footage of the apartments and commercial spaces, type of garage and calculate the lighting power density to be modeled per room. ... Retrieve Doc
New Jersey Clean Energy Collaborative
(9,642 BTU per kWh) OFwatts = Average delta watts per purchased Energy Star Outdoor Fixture. Prescriptive Lighting for Commercial Customers. Component Type Value Source (kW Fixed See Lighting Wattage Table derived from California SPC Table at: ... Read More
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