Solar Calculator Canada

Solar Power Calculator for Burnt Islands, Newfoundland and Labrador, Canada

Solar Output Report

The reports were generated based on 100 kWp solar system as it is easier to calculate any other size based on the results.

Location:
  • Location: Burnt Islands
  • GPS Coordinates: 47.6141944, -58.8701306
  • Elevation: 80 m
Solar Installation Info:
  • Total installed power: 100 kWp
  • Solar panel technology: c-Si
  • Installation: Fixed
  • Optimal solar panel angle for Burnt Islands: 35o
  • Average yearly irradiance: 1204.17 kWh/m2
  • Average yearly power output: 102426 kWh
Sun Path Burnt Islands

Average yearly irradiance delivered by the Sun in Burnt Islands is 1204.17/kWh/m2 at the optimal panel slope of 35o. After taking all losses into account, you can expect about 102426 kWh for every 100 kWp installed solar panels.

Solar irradiance and output report at optimal angle - 35o

Solar irradiance

Month Average Daily kWh/m2/d Average Monthly kWh/m2/mo
January 1.13 34.99
February 1.92 53.69
March 3.31 102.6
April 4.36 130.9
May 4.92 152.65
June 4.76 142.81
July 4.83 149.63
August 4.77 147.79
September 4 119.85
October 2.89 89.49
November 1.64 49.32
December 0.98 30.44
Total yearly 1204.17

Solar power output

Month Average Daily kWh/d Average Monthly kWh/mo
January 99.4 3081.27
February 173.5 4858.11
March 299.98 9299.47
April 384.29 11528.8
May 419.3 12998.2
June 394.82 11844.6
July 391.36 12132.1
August 388.69 12049.4
September 333.88 10016.5
October 248.15 7692.74
November 143.27 4298.12
December 84.74 2626.98
Total yearly 102426

Solar power output reports at other common angles

As it is not always possible to install the solar panels at the optimum angle, we calculated some more options so you can get a better idea of the difference. A 3/12 roof pitch corresponds to about 14o slope so the result should be just a bit below the 15o output. 4/12 roof pitch(18.4o) falls between 15o and 20o. 5/12 pitch is 22.6o, 6/12 is 26.6o, 7/12 is 30.3o etc...

Burnt Islands solar output calculated at 15o

Month Average Daily kWh/d Average Monthly kWh/mo
January 80.71 2501.94
February 148.42 4155.73
March 273.74 8485.96
April 374.62 11238.6
May 431.3 13370.2
June 416.46 12493.9
July 408.21 12654.6
August 387.21 12003.6
September 308.7 9261.02
October 212.15 6576.57
November 113.95 3418.49
December 66.13 2050.07
Total yearly 98210.8

Solar power generation calculated at 20o

Month Average Daily kWh/d Average Monthly kWh/mo
January 86.34 2676.46
February 156.27 4375.46
March 282.78 8766.21
April 380.02 11400.5
May 431.39 13373.1
June 414.04 12421.1
July 406.84 12612.2
August 390.46 12104.2
September 317.81 9534.27
October 223.41 6925.57
November 122.73 3681.76
December 71.66 2221.31
Total yearly 100092

Solar power output calculated at 25o

Month Average Daily kWh/d Average Monthly kWh/mo
January 91.38 2832.73
February 163.14 4567.87
March 290.22 8996.9
April 383.43 11502.9
May 429.29 13308
June 409.31 12279.3
July 403.36 12504.1
August 391.72 12143.4
September 325.08 9752.55
October 233.24 7230.39
November 130.61 3918.32
December 76.65 2376.07
Total yearly 101413

Burnt Islands Solar generation calculated at 30o

Month Average Daily kWh/d Average Monthly kWh/mo
January 95.81 2970.12
February 169.01 4732.17
March 296.03 9176.86
April 384.84 11545.3
May 425.11 13178.5
June 402.69 12080.6
July 397.97 12337.1
August 391 12121.1
September 330.49 9914.71
October 241.6 7489.72
November 137.58 4127.39
December 81.09 2513.78
Total yearly 102187

Looking for a different report? Feel free to drop us a line and we will get back to you ASAP.

Solar panels on a pole

Solar power calculation notes:

We made a few assumptions when making the above solar power output calculations.

Losses: The numbers in the reports take into account 10% technological losses based on the electrical parts of a solar installation. There are also -3.07% angle of incidence loss and -2.49% temperature and irradiance loss. This totals to about -14.94%.

Location: We do not know your exact location so we can not take into account your surroundings, the elevation and terrain specifics. The solar power output calculations are based on panels being optimally facing the sun in the optimal case or uniformly faced South in the other cases.

Errors: Please keep in mind that although we did our best, the information presented here might contain errors. As such, please contact a local solar installer for individual report based on your exact location.

Solar panel degradation: Solar panels lose efficiency over time. The reports are valid for the initial panel installation. Most solar panel manufacturers guarantee 80% generation after 25 years.

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