This application is based on overcoming the obstacles that new
green energy users may face to build solar systems for example: it
can facilitate calculations save time and effort and guide users in
the necessary steps in an orderly manner when starting to build a
solar system.
SolarMaster makes it easy for green energy engineers to get the right angle and orientation of solar panels in the field or how to connect batteries and solar panels.
SolarMaster is a calculator application for the requirements of solar system components such as the number of solar panels and batteries required the size of the inverter/UPS and the controller charger and also how to connect the solar panels and batteries in series and parallel depending on the voltage of the system/inverter.
-This application calculates the requirements of solar energy systems accurately with multiple options available to the user.
Application functions:
1- Calculate the requirements of the solar system.
2- Solar radiation and cumulative production of panels.
3- Orientation and tilt of the solar panels.
4- Connecting solar panels and batteries in series and parallel.
5- Calculate the consumption of the device.
6- Calculation of wire gauge AWG mm² and SWG & voltage drop.
6- Calculation of voltage losses.
7- Converting between units of electricity.
SolarMaster makes it easy for green energy engineers to get the right angle and orientation of solar panels in the field or how to connect batteries and solar panels.
SolarMaster is a calculator application for the requirements of solar system components such as the number of solar panels and batteries required the size of the inverter/UPS and the controller charger and also how to connect the solar panels and batteries in series and parallel depending on the voltage of the system/inverter.
-This application calculates the requirements of solar energy systems accurately with multiple options available to the user.
Application functions:
1- Calculate the requirements of the solar system.
2- Solar radiation and cumulative production of panels.
3- Orientation and tilt of the solar panels.
4- Connecting solar panels and batteries in series and parallel.
5- Calculate the consumption of the device.
6- Calculation of wire gauge AWG mm² and SWG & voltage drop.
6- Calculation of voltage losses.
7- Converting between units of electricity.
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