# Everybody knows, when it comes to selling a product or an idea little cheats can help. So we calculate future electricity revenue a little bit more optimistic. Temperature can surprisingly be more influentially in performance and durability than previously thought.   # Temperature Coefficient A Calculator

Power in Watts (W) and Temperatur (C°) Calculation:

 Power in Watts Pmax: Watt Voltage at Maximum Power : V Ampere at Maximum Power: A Temperature in Celcius: °C Temperature Coefficient of Pmax: - % / °C Temperature Coefficient of Voc: - % / °C Temperature Coefficient of Isc: % / °C Energy Result in Watt: W Energy Result in Volt: V Ennergy Result in Ampere: A

# Temperature Coefficient B Calculator

Power in Watts (W) and Temperatur (C°) Calculation:

 Power in Watts Pmax: Watt Voltage at Maximum Power : V Ampere at Maximum Power: A Temperature in Celcius: °C Temperature Coefficient of Pmax: - % / °C Temperature Coefficient of Voc: - % / °C Temperature Coefficient of Isc: % / °C Energy Result in Watt: W Energy Result in Volt: V Ennergy Result in Ampere: A
 Difference per Day:Difference in 365 Days:Difference in Percent

The radiative saving even increases with increasing temperature (which also explains the lower warming of the equator), which I did not take into account here because more research is needed.

Formel 1