Nowagreen: Energy Conservation for mitigation of Global Warming

global solar radiation on horizontal surface in typical year in Jerusalem, mothly averages, hourly data, W/m2

hr--> 5 6 7 8 9 10 11 12 13 14 15 16 16 18 19
Jan 0 0 4 92 228 361 424 463 423 360 261 139 29 0 0
Feb 0 0 18 133 314 463 513 536 496 434 326 211 81 5 0
Mar 0 3 92 260 421 553 642 695 649 521 446 305 140 26 0
Apr 0 30 174 357 539 682 793 856 825 748 586 407 227 67 1
May 0 81 247 439 620 786 853 898 878 820 674 478 279 103 7
Jun 0 118 302 514 720 869 953 1001 972 894 752 586 370 150 23
Jul 0 98 270 474 674 837 946 996 965 878 755 567 342 138 20
Aug 0 47 226 442 655 819 928 956 926 834 697 509 282 89 4
Sept 0 22 172 386 590 738 842 875 851 739 579 373 161 24 0
Oct 0 4 94 282 467 624 699 716 658 559 413 223 60 1 0
Nov 0 0 41 189 336 454 488 476 473 389 261 122 16 0 0
Dec 0 0 8 106 241 362 457 477 456 347 230 108 11 0 0


reference:
Typical Meteorological Year, Data Base for Energy Computations in Buildings - Sara Rubin, Ilan Setter, Alexander Manes, Leonora Braginsky, Amiran Ianetz - Israel Meteorological Service / Israeli Ministry of Energy, Research and Development Division, https://www.gov.il/en/Departments/Units/library_contact

cite this page:
Solar Radiation in Jerusalem - Joseph Nowarski, DOI:10.5281/zenodo.12804970
https://geocities.ws/nowagreen/se/JER/SE0.html

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