Indicator of Power from SolarPanels derived from Solar Winds

Solarwinds affect the production of solar power from solar panels on earth. The Power from solar indicator gauge (PhotoVoltaic and Photoelectric) is an index that indicates the intensity of solar electric power which will be at the output of a solar panel or solar panels that can be efficiently used to power electric loads. This indicator works worldwide when there is daylight (morning to evening). The indicator is real-time maths from variables of solar winds and combined into a coefficient which I have compiled with the support of a colleague in Mauritius who will recognize himself as part of my ongoing research work to enhance the Renewable Energy Gearbox (patented), to combine renewable energy sources in real-time. ( real-time data of solar winds courtesy of  SPACE WEATHER PREDICTION CENTER NATIONAL OCEANIC AND ATMOSPHERIC ADMINISTRATION) . The correlation of this gauge has been tested against daily real time data available for solar power production in United States of America and France and there is positive a positive correlation when gauge reading is high, the overall daily solar power produced is higher than the average and when the gauge reading is low over a day, the overall power production is lower than normal. And power production varies when the gauge varies.

The ratings for this indicator (pv solar panel facing the sun in sun altitude and azimuth) in normal weather conditions :

 (0-150  => 0% - 70% ): (Very Low power from solar panels to power applications)

 (150-175 => 70% - 81% ): (Medium / Normal power from panels to power applications)

(175-185 => 81% - 86% ): (Normal power from solar panels to power applications)

(185 and above  => >86% ) : (High to very high power from solar panels to power applications)

{The ratings are ranges and work is in progress to provide real-time power correlations excluding local sunaltitude, cloudines and temperature. Should you need a local customized solution please contact saleemthupseetechnologies@gmail.com 

For panels fixed to the ground or roof, an approximate percentage power output of the panel is (reading on the gauge * (sunaltitude/100))%. Then use the percentage value obtained and multiply by the power rating of a panel(s) for approximation of power output.

(Jilanee Tom Thupsee) - all rights reserved. Information is published as an indication only and is not to be used for any other purposes. Data is refreshed every 30 seconds.  Published date 24 Aout 2022.  Copyright reserved.  

Note:  For the real time app please contact saleemthupseetechnologies@gmail.com

The solar wind is a stream of charged particles released from the upper atmosphere of the Sun, called the corona. This plasma mostly consists of electrons, protons and alpha particles with kinetic energy between 0.5 and 10 keV (Wikipaedia)