YellowSense Technologies: Solar Design Project Monitoring Tool
The online platform is an AI assisted prediction based tool for calculations involved during Solar Design phase which can be used by PMC / EPC firms
GPS Coordinate (X)[Enter any numeric value(including decimal) between 8°N and 37 °N - latitude range for India]:
GPS Coordinate (Y)[Enter any numeric value(including decimal) between 68°E and 97 °E - longitude range for India]:
The Analysis Month[1:12, say 5(May)]:
The Analysis Hour[0:23, say 11 for 12:00 Noon]:
Temperature[Enter any value between 29°C and 41°C - Summers temperature range for India depending on the location of the solar power plant, dummy = 35]:
Relative Humidity[Enter any value between 15% and 98% based on the weather and location data, dummy = 70]:
Max Total Load for a typical day (W)[Household/ Industry specific needs as the maximum household load for the entire month, dummy = 2500 W]:
Daily Energy Demand (Wh) [(can be solved using time of operation of appliances there power ratings), dummy = 40000 Wh]:
Inverter Efficiency (dummy = 0.93):
Battery Efficiency (dummy = 0.85):
Central Inverter System Voltage (V)(range could be found in Inverter Datasheets, dummy = 600 V, to be choosen when the AC max power output of inverter is above/comparable the "Load"):
Days of Autonomy (dummy = 2 or 3 depending on the number of sunlight absent days):
Solar Panel Rating (Wp)[Manufacturer specific based on datasheets of PV panel, dummy = (100~700 Wp)]:
Open Circuit Voltage (Voc)[PV panel specific, dummy = 46.3 V]:
Short Circuit Current (Isc)[PV panel specific, dummy = 18.63 A]:
Shading Loss Factor[ratio of the shaded area, with respect to the total sensitive area of the field, typically varies from 0.05 to 0.2, dummy = 0.15]:
Panel Area (m^2)[to be calculated from PV Panel Dimensions (LxW), dummy = 1.3]:
Generator Efficiency[dummy = 0.8]:
Calculate