Design Criteria Data

Similar documents
Design Criteria Data

Design Criteria Data

Design Criteria Data

Design Criteria Data

Design Criteria Data

Design Criteria Data

Design Criteria Data

Design Criteria Data

Design Criteria Data

Design Criteria Data

Design Criteria Data

Design Criteria Data

Design Criteria Data

Design Criteria Data

Design Criteria Data

Design Criteria Data

Design Criteria Data

Design Criteria Data

Design Criteria Data

Design Criteria Data

Design Criteria Data

Design Criteria Data

Design Criteria Data

Design Criteria Data

Design Criteria Data

Design Criteria Data

Design Criteria Data

Design Criteria Data

Design Criteria Data

Design Criteria Data

Design Criteria Data

Design Criteria Data

Design Criteria Data

MONTHLY CLIMATOLOGICAL SUMMARY for JAN NAME: WMREC CITY: STATE: ELEV: 600 ft LAT: 39 38' 31" N LONG: 77 44' 00" W

SASKATOON STATION

ENVIRONMENTAL & ENGINEERING SERVICES DEPARTMENT

LOCAL CLIMATOLOGICAL DATA Monthly Summary April 2012

LOCAL CLIMATOLOGICAL DATA Monthly Summary April 2015

LOCAL CLIMATOLOGICAL DATA Monthly Summary April 2017

NE (SE) Beam

Sunrise: 05:48 N (S) Beam

Monthly data generated on Wednesday, July 31, 2013 at 13:04 UTC

W (W) Beam

Local Climatological (Data Summary Molim, Illinois

Local Climatological Data Summary Aurora, Illinois

Commercial-in-Confidence Ashton Old Baths Financial Model - Detailed Cashflow

Total Production by Month (Acre Feet)

LOCAL CLIMATOLOGICAL DATA

CLIMATOLOGICAL SUMMARY

WIM #37 was operational for the entire month of September Volume was computed using all monthly data.

Climatography of the United States No

Year to Date Summary. Average and Median Sale Prices

Climatography of the United States No

VEHICLE / PEDESTRIAN COLLISIONS

September 2016 Water Production & Consumption Data

Climatography of the United States No

2019 Western North Carolina Weather Calendar. Department of Atmospheric Sciences The University of North Carolina at Asheville

2014 Meteorological and Oceanographic Summary for the Bocas del Toro Research Station. Prepared by: Steven Paton

Thirty Years of Climatological Data: 1969 to 1998

Appendix F. Ship Drift Analysis West Coast of North America: Alaska to Southern California HAZMAT Report ; April 2000

Meter Insights for Downtown Store

Price Category Breakdown - February 2010

Results of annual simulation

Date Event or Holiday :Sun, 2:Mon North Orchard Delong Preschool North Orchard Delong Preschool

2016 Meteorological and Oceanographic Summary for the Bocas del Toro Research Station. Prepared by: Steven Paton

3 rd Quarter Summary of Meteorological and Ambient Air Quality Data Kennecott Utah Copper Monitoring Stations. Prepared for:

PyeongChang Weather Report. (April 2017) The PyeongChang Organizing Committee for the 2018 Olympic & Paralympic Winter Games

Inventory Levels - All Prices. Inventory Levels - By Price Range

Inventory Levels - All Prices. Inventory Levels - By Price Range

2017 Adjusted Count Report February 12, 2018

increase of over four per cent compared to the average of $409,058 reported in January 2010.

COMPARISON OF FIXED & VARIABLE RATES (25 YEARS) CHARTERED BANK ADMINISTERED INTEREST RATES - PRIME BUSINESS*

COMPARISON OF FIXED & VARIABLE RATES (25 YEARS) CHARTERED BANK ADMINISTERED INTEREST RATES - PRIME BUSINESS*

Example printout. Building project. SDC Example. Dyfi Eco Park SY20 8AX Machynlleth UK. Mr C. Laughton Phone:

Inventory Levels - All Prices. Inventory Levels - By Price Range

The Peoples Gas Light and Coke Company

Water side Economizer WC chiller

2017 Meteorological and Oceanographic Summary for the Bocas del Toro Research Station. Prepared by: Steven Paton

Meteorology of Monteverde, Costa Rica 2005

Bulk Storage Containers

M onthly arket. Jan Table of Contents. Monthly Highlights

NJ Solar Market Update

Automotive Gas Oil (Diesel) Price Watch

Valley Real Estate Review

Bilaga 3B - Skuggor. Layout B. 16 st Gamesa G128, 4,5 MW Totalhöjd 150 meter

2016 Meteorological Summary for the Galeta Marine Island Laboratory. Prepared by: Steven Paton

2017 Meteorological Summary for the Galeta Marine Island Laboratory. Prepared by: Steven Paton

CEO PROGRAM September 2018

SCHOOLYARD WETLANDS: CREATING AQUATIC SPACES FOR LEARNING. C. A. Cole Penn State University

TECHNICAL SERVICE BULLETIN

Presented by Eric Englert Puget Sound Energy September 11, 2002

FOR IMMEDIATE RELEASE

M o n. a t i s t i c s. M o n t h l y NOVEMBER 2009

1st Quarter Summary of Meteorological and Ambient Air Quality Data Kennecott Utah Copper Monitoring Stations

ANCR CRU Statistics February 2007 to December 2007

Appendix E Water Supply Modeling

FOR IMMEDIATE RELEASE

Action Requested From AMWG

SOLAR ENERGY ASSESSMENT REPORT. For 115 kwp. Meteorological Data Source Meteonorm. Date 18 October, Name of Place California.

4th Quarter Summary of Meteorological and Ambient Air Quality Data Kennecott Utah Copper Monitoring Stations

Transcription:

ANCHORAGE AK Latitude = 61.17 N WMO No. 7273 Longitude =15. W Elevation = 131 feet Period of Record = 1973 to 1996 Average Pressure = 29.6 inches Hg Design Criteria Data Mean Coincident (Average) Values Design Wet Bulb Humidity Wind Prevailing Value Temperature Ratio Speed Direction Dry Bulb Temperature (T) ( o F) ( o F) (gr/lb) (mph) (NSEW) Median of Extreme Highs 76 61 57 8.6 W.4% Occurrence 71 58 53 8.5 WNW 1.% Occurrence 68 57 52 8.6 WNW 2.% Occurrence 65 56 51 9. WNW Mean Daily Range 12 - - - - 97.5% Occurrence -1 4 5.7 N 99.% Occurrence -6-6 3 4.7 N 99.6% Occurrence - - 2 3.8 N Median of Extreme Lows -14-14 2 3.3 N Mean Coincident (Average) Values Design Dry Bulb Humidity Wind Prevailing Value Temperature Ratio Speed Direction Wet Bulb Temperature (T wb ) ( o F) ( o F) (gr/lb) (mph) (NSEW) Median of Extreme Highs 63 72 69 7.8 WNW.4% Occurrence 6 68 63 7.9 WNW 1.% Occurrence 58 64 6 7.7 WNW 2.% Occurrence 57 63 59 7.7 WNW Mean Coincident (Average) Values Design Dry Bulb Vapor Wind Prevailing Value Temperature Pressure Speed Direction Humidity Ratio (HR) (gr/lb) ( o F) (in. Hg) (mph) (NSEW) Median of Extreme Highs 72 63.48 6.5 WNW.4% Occurrence 69 62.46 6.8 WNW 1.% Occurrence 65 61.44 6.7 WNW 2.% Occurrence 62 6.42 6.8 WNW Air Conditioning/ T > 93 o F T > 8 o F T wb > 73 o F T wb > 67 o F Humid Area Criteria # of Hours Other Site Data Rain Rate Basic Wind Speed Ventilation Cooling Load Index Weather Year Recurrence 3 sec gust @ 33 ft (Ton-hr/cfm/yr) Base 75 o F-RH 6% Region (in./hr) 5 Year Recurrence (mph) Latent + Sensible 4.6. +. Ground Water Frost Depth Ground Snow Load Average Annual Temperature ( o F) 5 Year Recurrence 5 Year Recurrence Freeze-Thaw Cycles 5 Foot Depth * (in.) (lb/ft 2 ) (#) 39.6 129 65 65 *Note: Temperatures at greater depths can be estimated by adding 1.5 o F per feet additional depth.

Average Annual Climate Temperature ( o F) 12 1 9 8 7 6 5 4 3 2 - -2-3 J F M A M J J A S O N D Mean Precipitation Mean Temperature Mean Dewpoint 15 14 13 12 11 9 8 7 6 5 4 3 2 1 Precipitation (Inches)

Long Term Psychrometric Summary -6-5 -4-3 -2-2 3 4 5 6 7 8 9 1 12 18 17 16 15 14 13 12 1 9 8 7 6 5 4 3 2 Humidity Ratio (gr/lb) Temperature ( o F) 5% of all observations 8% of all observations 95% of all observations 97.5% of all observations 99% of all observations

Psychrometric Summary of Peak Design Values 18 16-6 -5-4 -3-2 - 2 3 4 5 6 7 8 9 1 12 14 12 8 6 4 2 Humidity Ratio (gr/lb) Temperature ( o F) MCHR Enthalpy MCDB MCWB MC Dewpt Enthalpy ( o F) (gr/lb) (btu/lb) 1.% Humidity (gr/lb) ( o F) ( o F) ( o F) (btu/lb) 99% Dry Bulb -6 2.8-1. Ratio 65.1 61 57.3 55.1 24.8 MCHR MCWB Enthalpy ( o F) (gr/lb) ( o F) (btu/lb) 1.% Dry Bulb 68 51.8 57.1 24.4

Dry-Bulb Temperature Hours For An Average Year (Sheet 1 of 5) Period of Record = 1973 to 1996 January February March Hour M Hour M Hour M Group (LST) C Group (LST) C Group (LST) C Temperature 1 9 17 W 1 9 17 W 1 9 17 W Range To To To Total B To To To Total B To To To Total B ( o F) 8 16 Obs ( o F) 8 16 Obs ( o F) 8 16 Obs ( o F) 8 / 84 75 / 79 7 / 74 65 / 69 6 / 64 55 / 59 5 / 54 41. 45 / 49 1 1 2 38.6 1 1 38.3 3 2 5 38.3 4 / 44 5 5 4 14 36.2 3 7 6 16 36. 4 2 14 38 35.3 35 / 39 13 14 14 41 33.6 11 17 16 44 33.4 21 51 52 125 32.5 3 / 34 3 36 33 99 3. 26 33 35 94 29.7 52 61 63 177 29. 25 / 29 4 42 43 125 25.4 33 35 34 2 25.2 54 46 48 148 24.6 2 / 24 36 37 37 1 2.8 32 33 31 96 2.2 45 31 32 8 19.9 15 / 19 3 29 25 84 15.9 28 33 31 92 15.2 3 19 18 67 15.3 / 14 24 23 24 71.9 24 26 27 77.4 2 9 11 4.4 5 / 9 21 21 21 63 5.9 23 19 22 64 5.8 13 4 5 22 5.9 / 4 18 18 17 53 1.2 23 13 14 5 1.2 6 2 2 1.3-5 / -1 11 31-3. 5 4 19-2.9 2 2-3.2 - / -6 7 27-7.3 8 3 3 14-6.9 2 2-7.3-15 / -11 5 3 5 13-11.8 2 2 4-11.7-11.4-2 / -16 3 1 2 6-16.7 1 1 2-16.8-16. -25 / -21 2 1 2 5-21.8-2.4-2. -3 / -26 1 1-26.2 Caution: This summary reflects the typical distribution of temperature in a typical year. It does not reflect the typical moisture distribution. Because wet bulb temperatures are averaged, this summary understates the annual moisture load. For accurate moisture load data, see the long-term humidity summary and the ventilation and infiltration load pages in this manual.

Dry-Bulb Temperature Hours For An Average Year (Sheet 2 of 5) Period of Record = 1973 to 1996 April May June Hour M Hour M Hour M Group (LST) C Group (LST) C Group (LST) C Temperature 1 9 17 W 1 9 17 W 1 9 17 W Range To To To Total B To To To Total B To To To Total B ( o F) 8 16 Obs ( o F) 8 16 Obs ( o F) 8 16 Obs ( o F) 8 / 84 75 / 79 55.5 1 1 2 6.1 7 / 74 1 1 2 54.5 6 5 11 57.3 65 / 69 4 3 7 52. 24 18 42 54.8 6 / 64 48.2 15 11 26 49.7 5 54 42 1 52.5 55 / 59 2 1 3 44.8 3 41 29 73 46.8 44 86 76 26 49.9 5 / 54 14 9 23 41.9 2 85 64 169 44.2 1 58 74 233 47.3 45 / 49 2 45 29 76 39.2 74 72 89 235 41.5 77 11 23 111 44.4 4 / 44 23 7 7 163 36.4 97 26 42 165 38.6 12 1 13 4.7 35 / 39 74 62 75 211 33.3 44 4 8 56 34.8 1 1 36.7 3 / 34 82 29 37 148 29.5 9 1 3.5 25 / 29 37 11 12 6 24.5 1 1 25.1 2 / 24 11 4 4 19 19.6 15 / 19 5 2 2 9 14.8 / 14 3 1 1 5 9.8 5 / 9 2 2 5.6 / 4 1 1 2.4-5 / -1-1.7 - / -6-15 / -11-2 / -16-25 / -21-3 / -26 Caution: This summary reflects the typical distribution of temperature in a typical year. It does not reflect the typical moisture distribution. Because wet bulb temperatures are averaged, this summary understates the annual moisture load. For accurate moisture load data, see the long-term humidity summary and the ventilation and infiltration load pages in this manual.

Dry-Bulb Temperature Hours For An Average Year (Sheet 3 of 5) Period of Record = 1973 to 1996 July August September Hour M Hour M Hour M Group (LST) C Group (LST) C Group (LST) C Temperature 1 9 17 W 1 9 17 W 1 9 17 W Range To To To Total B To To To Total B To To To Total B ( o F) 8 16 Obs ( o F) 8 16 Obs ( o F) 8 16 Obs ( o F) 8 / 84 62. 66.3 75 / 79 2 2 4 61.1 1 1 2 63.3 7 / 74 12 22 59.3 6 4 59.8 53.5 65 / 69 1 41 31 73 57.1 3 19 49 57.4 2 1 3 54.5 6 / 64 23 9 77 19 54.8 12 81 62 155 54.9 1 15 8 24 52.9 55 / 59 116 85 2 33 52.7 83 9 98 27 52.8 9 51 38 98 5.5 5 / 54 98 17 26 141 5.2 9 36 54 199 49.7 52 82 83 217 47.9 45 / 49 9 1 46.2 35 5 5 45.4 89 57 67 213 44.4 4 / 44 42.4 8 1 9 4.3 49 21 26 96 39.9 35 / 39 1 1 34.8 23 8 12 43 34.3 3 / 34 31.2 11 3 5 19 29.1 25 / 29 4 1 5 24.4 2 / 24 1 1 21.2 15 / 19 / 14 5 / 9 / 4-5 / -1 - / -6-15 / -11-2 / -16-25 / -21-3 / -26 Caution: This summary reflects the typical distribution of temperature in a typical year. It does not reflect the typical moisture distribution. Because wet bulb temperatures are averaged, this summary understates the annual moisture load. For accurate moisture load data, see the long-term humidity summary and the ventilation and infiltration load pages in this manual.

Dry-Bulb Temperature Hours For An Average Year (Sheet 4 of 5) Period of Record = 1973 to 1996 October November December Hour M Hour M Hour M Group (LST) C Group (LST) C Group (LST) C Temperature 1 9 17 W 1 9 17 W 1 9 17 W Range To To To Total B To To To Total B To To To Total B ( o F) 8 16 Obs ( o F) 8 16 Obs ( o F) 8 16 Obs ( o F) 8 / 84 75 / 79 7 / 74 65 / 69 6 / 64 55 / 59 1 1 48.8 5 / 54 3 6 19 45.3 43.2 45 / 49 17 35 28 8 42.4 2 2 2 6 4.8 1 1 38.2 4 / 44 36 49 44 129 38.8 4 7 4 15 37.6 3 4 2 9 36.6 35 / 39 56 58 59 173 34.2 15 19 17 51 34. 9 12 31 34. 3 / 34 65 5 59 174 29.9 31 41 4 112 29.9 28 28 28 84 3.2 25 / 29 34 23 27 84 25.1 45 48 43 136 25.3 42 49 45 137 25.5 2 / 24 17 11 12 4 2.4 42 43 42 127 2.7 46 42 42 131 2.7 15 / 19 11 6 7 24 15.5 39 37 36 112 15.8 37 38 39 114 16.1 / 14 7 3 5 15.9 25 24 27 76 11.1 27 25 25 77 11.1 5 / 9 2 1 1 4 6.8 18 16 44 6.3 18 21 2 59 6.2 / 4 1.9 11 8 8 27 1.4 16 15 15 46 1.2-5 / -1-2. 4 2 3 9-2.9 9 7 9 25-3.1 - / -6 2 1 2 5-7. 8 5 6 19-7.4-15 / -11 -.8 3 2 3 8-12. -2 / -16 1 1 2-16.6-25 / -21-2.2-3 / -26 Caution: This summary reflects the typical distribution of temperature in a typical year. It does not reflect the typical moisture distribution. Because wet bulb temperatures are averaged, this summary understates the annual moisture load. For accurate moisture load data, see the long-term humidity summary and the ventilation and infiltration load pages in this manual.

Dry-Bulb Temperature Hours For An Average Year (Sheet 5 of 5) Period of Record = 1973 to 1996 Annual Totals Hour M Group (LST) C Temperature 1 9 17 W Range To To To Total B ( o F) 8 16 Obs ( o F) 8 / 84 65.8 75 / 79 4 3 7 61.3 7 / 74 25 2 45 58.7 65 / 69 2 1 72 175 56.4 6 / 64 41 256 199 495 54. 55 / 59 255 357 343 955 51.4 5 / 54 383 32 316 1 47.6 45 / 49 36 231 25 788 42.8 4 / 44 245 29 214 669 38. 35 / 39 269 242 265 777 33.6 3 / 34 335 282 32 919 29.7 25 / 29 289 255 251 795 25.1 2 / 24 229 21 2 63 2.5 15 / 19 18 164 159 53 15.7 / 14 129 111 12 36.8 5 / 9 97 76 86 259 6. / 4 76 55 56 187 1.2-5 / -1 36 25 27 88-3. - / -6 3 15 21 66-7.2-15 / -11 5 25-11.9-2 / -16 5 2 4 11-16.7-25 / -21 2 1 2 5-21.7-3 / -26 1 1-26.2 Caution: This summary reflects the typical distribution of temperature in a typical year. It does not reflect the typical moisture distribution. Because wet bulb temperatures are averaged, this summary understates the annual moisture load. For accurate moisture load data, see the long-term humidity summary and the ventilation and infiltration load pages in this manual.

Annual Summary of Temperatures 8 7 6 5 4 3 2 - -2-3 31-Dec 14-Jan 28-Jan 11-Feb 25-Feb 11-Mar 25-Mar 8-Apr 22-Apr 6-May 2-May 3-Jun 17-Jun 1-Jul 15-Jul 29-Jul 12-Aug 26-Aug 9-Sep 23-Sep 7-Oct 21-Oct 4-Nov 18-Nov 2-Dec 16-Dec Temperature ( o F) 1.% Dry Bulb Temp MCWB (1% Dry Bulb) Mean Max Temp Mean Min Temp 99% Min Dry Bulb Temp

Long Term Humidity and Dry Bulb Temperature Summary 22 2 2 19 18 17 16 15 14 13 12 1 9 8 7 6 5 4 3 2 1 5 95 9 85 8 75 7 65 6 55 5 45 4 35 3 25 2 15 5 7-Jan 21-Jan 4-Feb 18-Feb 4-Mar 18-Mar 1-Apr 15-Apr 29-Apr 13-May 27-May -Jun 24-Jun 8-Jul 22-Jul 5-Aug 19-Aug 2-Sep 16-Sep 3-Sep 14-Oct 28-Oct Humidity Ratio (gr/lb) 11-Nov 25-Nov 9-Dec 23-Dec Dry Bulb Temperature ( o F) 1.% Max HR Mean Max HR Mean Min HR MCDB Temp (1% Max HR)

Long Term Dry Bulb Temperature and Humidity Summary Week 1.% MCWB @ Mean Max Mean Min 99% 1.% MCDB @ Mean Max Mean Min Ending Temp ( o F) 1% Temp ( o F) Temp ( o F) Temp ( o F) Temp ( o F) HR (gr/lb) 1% HR ( o F) HR (gr/lb) HR (gr/lb) 7-Jan 41. 36.5 22.1 11.8-19. 26.6 36.8 15. 9.5 14-Jan 38. 34.7 2.7 9.9-13. 26.6 35. 13.7 8.5 21-Jan 42. 36.3 25.1 14.4-17. 28. 36.7 16.7.9 28-Jan 43. 36.9 22.4 12.1-21. 27.3 36.6 15.2.1 4-Feb 43. 36.9 24.7 13.7-12. 28. 37. 16.4.4 11-Feb 41. 36.3 25. 14.2-13. 28.7 36.9 16.1.7 18-Feb 39. 35. 23.3.9-6. 27.3 34.5 13.6 8.3 25-Feb 42. 36.4 24.4.7-7. 26.6 37.1 13.6 8.1 4-Mar 4. 35.2 29.1 15.8-3. 27. 35.1 16.4 9.9 11-Mar 43. 37.4 31.9 18.6. 26.6 37.8 17.3 11. 18-Mar 42. 35.4 32.9 19.8. 25.9 35. 18.5 12. 25-Mar 44. 36.7 36. 22.8 5. 28.7 38. 19.7 13.1 1-Apr 46. 38. 37.6 25.4 8. 28. 36.1 21. 14.1 8-Apr 48. 38. 4.3 26.5 12. 28.7 38. 22.3 15. 15-Apr 49. 39.5 41.2 28.5 11. 29.4 38.7 22.8 15.9 22-Apr 51. 41.2 44.7 31.6 22. 33.6 41.9 26. 18.7 29-Apr 55. 43.8 48.4 34.1 29. 35. 44.1 28.2 2.5 6-May 58. 46.3 5.9 36.7 31. 36.4 46.8 3.5 22.9 13-May 63. 5. 53.3 39. 33. 42.7 48. 32.4 23.9 2-May 65. 51.2 55. 4.9 35. 44.1 53.3 34.1 24.5 27-May 66. 5.9 56.7 42.7 37. 46.9 53.3 37.2 27.5 3-Jun 69. 53.9 59.1 45.1 4. 51.8 58.3 42.2 31. -Jun 7. 54. 6.1 46.8 41. 54.6 59.9 44. 33. 17-Jun 71. 56.5 61.9 48.1 44. 56. 59.5 46.6 35.2 24-Jun 7. 57.2 62.1 49.6 45. 58.8 63.7 49.5 37.7 1-Jul 73. 59.5 63.8 5.5 46. 65.1 66.9 53.1 4.8 8-Jul 73. 59.6 64.4 52. 48. 67.2 64.8 55.7 43.8 15-Jul 74. 6.6 64.7 52.5 49. 67.2 61.1 57.6 45.3 22-Jul 73. 6.3 65.2 53.8 5. 7. 63.7 6.7 48.1 29-Jul 73. 6.1 64.9 52.9 5. 69.3 59.9 6.3 47.3 5-Aug 72. 6.7 64.7 52.9 48. 71.4 62.7 61.1 48.1 12-Aug 71. 61.1 63.6 52.9 48. 72.1 63.3 61. 47.5 19-Aug 7. 6.3 63.3 5.6 44. 72.8 63.2 58.6 45.2 26-Aug 71. 58.9 62.3 49.5 45. 7. 6.6 56.3 42.6 2-Sep 66. 56.4 6.1 47.4 4. 67.2 57.6 52.9 39.9 9-Sep 66. 54.1 58.7 45.6 37. 62.3 56. 49.6 36.5 16-Sep 62. 53.4 55.9 44. 33. 61.6 55. 48.2 36.1 23-Sep 59. 52.4 52.7 42.1 3. 56.7 53.6 43.4 31.8 3-Sep 57. 49.5 49.9 38. 28. 52.5 52.3 37.1 27.4 7-Oct 53. 46.6 47.1 36.1 28. 46.9 48.6 34.1 24.7 14-Oct 53. 47.7 42.4 33.1 23. 48.3 49.7 3.3 21.5 21-Oct 47. 41.2 38.3 28.2. 35.7 42.7 26. 18.5 28-Oct 47. 39.9 34.8 25.3 9. 35. 42.6 22.6 16. 4-Nov 44. 39. 31.7 21.7 2. 32.9 4. 2.8 14.5 11-Nov 47. 41.4 28.9 19.7-1. 33.6 43.5 18.6 12.5 18-Nov 43. 37.9 25.5 15.2-2. 28.7 37.1 16.9.7 25-Nov 4. 36.4 24.7 14.9-4. 28.7 38.1 16.3.5 2-Dec 43. 37.7 24.8 14.5-6. 29.4 37.2 16.2.4 9-Dec 37. 33.9 21.4.9-13. 26.6 34.7 14.5 9. 16-Dec 41. 36.2 22.8 13.4-12. 28.7 35.5 15.6.1 23-Dec 41. 36.2 24.4 14.8-11. 3.8 37.2 16.7.8 31-Dec 41. 36.8 24.6 14.2-9. 27.3 36.3 16.9.8

Degree Days, Heating and Cooling (Base 65 o F) 5 Degree Days ( o F) -5 - -15-2 -25-3 J F M A M J J A S O N D Mean Cooling Degree Days Mean Heating Degree Days Mean Cooling Mean Heating Degree Days ( o F) Degree Days ( o F) JAN 1462 FEB 1292 MAR 1174 APR 842 MAY 1 534 JUN 6 35 JUL 12 27 AUG 6 263 SEP 492 OCT 933 NOV 1281 DEC 1438 ANN 26 223

Average Ventilation and Infiltration Loads (Outside Air vs. 75 o F, 6% RH summer; 68 o F, 3% RH winter) 4 3 2 Load (Btu/cfm) - -2-3 -4-5 -6-7 -8 J F M A M J J A S O N D Average Sensible Cooling Load Average Sensible Heating Load Average Latent Cooling (Drying) Load Average Latent Heating (Humidifying) Load Average Sensible Average Sensible Average Latent Average Latent Cooling Load Heating Load Cooling Load Heating Load (Btu/cfm) (Btu/cfm) (Btu/cfm) (Btu/cfm) JAN -4312-929 FEB -35698-854 MAR -32832-7897 APR -24156-4822 MAY -16239-1532 JUN 1-131 -85 JUL 5-7581 -2 AUG 4-9127 1-65 SEP -1577-73 OCT -2665-4289 NOV -35543-7981 DEC -3968-912 ANN -292981 1-541

Average Annual Solar Radiation Nearest Available Site (Source: National Renewable Energy Laboratory, Golden CO, 1995) City: ANCHORAGE State: AK WBAN No: 26451 Lat(N): 61.17 Long(W): 15.2 Elev(ft): 115 Stn Type: Secondary SHADING GEOMETRY IN DIMENSIONLESS UNITS Window: 1 Overhang:.154 Vert Gap:.2 AVERAGE INCIDENT SOLAR RADIATION (Btu/sq.ft./day), Percentage Uncertainty = 9 Jan Feb Mar Apr May Jun Jul Aug Sep Oct Nov Dec Year HORIZ Global 9 3 72 115 144 156 147 112 7 35 13 49 76 Std Dev 41 65 115 129 149 134 5 7 31 15 6 25 Minimum 7 23 55 119 13 116 92 58 28 1 38 7 Maximum 1 4 83 142 166 189 17 132 82 43 16 57 8 Diffuse 66 19 4 6 75 85 8 63 4 23 92 39 42 Clear Day Global 1 37 9 164 22 249 233 179 11 5 16 6 115 NORTH Global 38 1 24 37 5 6 55 39 24 13 53 22 27 Diffuse 38 1 24 36 46 52 49 37 24 13 53 22 25 Clear Day Global 38 2 37 63 84 73 43 24 12 51 25 32 EAST Global 81 24 54 8 93 94 87 7 49 26 1 44 5 Diffuse 49 14 3 46 55 6 56 45 3 16 69 27 3 Clear Day Global 14 4 83 13 16 174 165 137 95 5 19 82 9 SOUTH Global 3 66 4 112 6 99 93 8 6 38 19 76 Diffuse 1 25 42 53 58 62 59 49 36 24 14 7 37 Clear Day Global 69 134 184 19 175 166 167 177 18 147 84 47 144 WEST Global 82 25 54 79 92 98 95 74 5 27 12 44 52 Diffuse 49 15 3 46 55 6 58 45 3 16 69 28 3 Clear Day Global 14 4 83 13 16 174 165 137 95 5 19 82 9

Average Annual Solar Heat and Illumination Nearest Available Site (Source: National Renewable Energy Laboratory, Golden CO, 1995) AVERAGE TRANSMITTED SOLAR RADIATION (Btu/sq.ft./day) FOR DOUBLE GLAZING, Percentage Uncertainty = 9 Jan Feb Mar Apr May Jun Jul Aug Sep Oct Nov Dec Year HORIZ Unshaded 51 18 46 79 2 11 4 78 47 22 75 28 52 NORTH Unshaded 26 76 16 25 35 4 37 27 17 91 37 15 19 Shaded 25 74 16 25 34 4 36 26 16 89 36 15 18 EAST Unshaded 51 17 38 57 67 67 62 5 34 18 73 27 35 Shaded 5 16 37 56 65 65 6 49 34 18 72 26 35 SOUTH Unshaded 24 5 77 8 73 69 68 65 59 45 29 15 54 Shaded 24 5 76 79 72 67 66 64 58 44 29 15 54 WEST Unshaded 52 17 38 56 66 7 68 53 35 18 76 27 36 Shaded 51 17 37 55 64 68 66 52 35 18 75 26 36 AVERAGE INCIDENT ILLUMINANCE (klux-hr) FOR MOSTLY CLEAR AND MOSTLY CLOUDY CONDITIONS, Percentage Uncertainty = 9 March June 9am 11am 1pm 3pm 5pm 9am 11am 1pm 3pm 5pm HORIZ. M.Clear 9 31 45 42 24 34 59 76 8 68 M.Cloudy 7 21 31 29 17 2 35 47 5 43 NORTH M.Clear 4 9 11 7 15 13 15 15 14 M.Cloudy 3 9 12 11 7 13 16 16 14 EAST M.Clear 3 54 25 7 7 76 48 15 14 M.Cloudy 9 23 17 11 7 24 34 28 16 14 SOUTH M.Clear 13 57 85 79 43 9 39 67 74 55 M.Cloudy 5 24 37 34 17 8 22 36 4 31 WEST M.Clear 4 9 11 39 54 9 13 15 26 64 M.Cloudy 3 9 12 21 2 8 13 16 21 35 M.Clear (% hrs) 3 29 3 31 29 14 17 17 18 18 Sept Dec 9am 11am 1pm 3pm 5pm 9am 11am 1pm 3pm 5pm HORIZ. M.Clear 7 3 48 51 39 6 4 M.Cloudy 4 16 26 28 21 5 3 NORTH M.Clear 3 8 11 11 3 2 M.Cloudy 2 7 11 8 2 1 EAST M.Clear 27 59 41 11 6 2 M.Cloudy 6 18 18 11 8 3 1 SOUTH M.Clear 5 42 75 83 58 28 16 M.Cloudy 2 14 27 3 2 7 4 WEST M.Clear 3 8 11 24 56 3 8 M.Cloudy 2 7 14 19 2 2 M.Clear (% hrs) 18 18 2 2 21 27 24 24 24 26

Wind Summary - December, January, and February Labels of Percent Frequency on North Axis NW NNW N 25 2 15 NNE NE WNW W 5 ENE E WSW ESE SW SE SSW S SSE >34 knots 25-34 knots 15-24 knots 6-14 knots 1-5 knots Percent Calm = 11.12 Wind Summary - March, April, and May Labels of Percent Frequency on North Axis WNW W NW NNW N 14 12 8 6 4 2 NNE NE ENE E WSW ESE SW SE SSW S SSE >34 knots 25-34 knots 15-24 knots 6-14 knots 1-5 knots Percent Calm = 6.32

Wind Summary - June, July, and August Labels of Percent Frequency on North Axis NW NNW N 2 15 NNE NE WNW W 5 ENE E WSW ESE SW SSW S SSE SE >34 knots 25-34 knots 15-24 knots 6-14 knots 1-5 knots Percent Calm = 5.38 Wind Summary - September, October, and November Labels of Percent Frequency on North Axis N NNW 25 NNE NW 2 NE 15 WNW 5 ENE W E WSW ESE SW SSW S SSE SE >34 knots 25-34 knots 15-24 knots 6-14 knots 1-5 knots Percent Calm = 9.29

2024 © autodocbox.com Privacy Policy | Terms of Service | Feedback