After reading up on solar panels, I know that the max power that a Solar panel can supply (\$P_{mp}\$) will drop as the temperature increases. The \$V_{oc}\$ will decrease a lot more than \$I_{sc}\$ increases, so the Fill Factor will go down.
But this is the one thing I haven't been able to find an answer to. Say, \$P_{mp}\$ of a solar panel that has a temperature of 25 °C is observed at a load of 20 KΩ. Will the load where the solar panel has its \$P_{mp}\$ change at a different temperature, and if so, will it increase or decrease?