Electricity Map VS Desmos

Germany is absolutely not green, on https://app.electricitymaps.com/map you can see that it is always in the yellow, even when its wind production is maximum. Source: over 1 year ago

During the 2021-2022 winter french npp worked pretty much as usual, then both unplanned and regular maintenance requirement hit during spring, summer, and fall 2022. But for this winter 2022-2023 we are currently fine, we're exporting 10GW right now. And unless we have an abnormally cold end of January or February we will not require any import and will keep exporting a clean energy to our dirty neighbors. Source: over 1 year ago

That's also the method used in "real time" by Electricity Maps (https://app.electricitymaps.com/map). Uh, at the moment, German's emissions are over 6x the French emissions (261 vs 41 g/kWh)! What a success! Source: over 1 year ago

Compare Ontario to the rest of the world: https://app.electricitymaps.com/map. Source: over 1 year ago

Could do better is right. We have ~36GW of installed wind capacity in UK, while Germany embarrasses us with 70GW! Source. Source: over 1 year ago

Graphing x^x on desmos.com makes it look as though the value is always greater than 1/2. Source: 10 months ago

=) I've posted a link to the desmos.com page with the data that used to create the graph above in the first reply to the post. =). Source: 10 months ago

It might help to graph the function, for example using desmos.com. Source: 11 months ago

Many answers can be checked numerically, even if only for a special case. There are also some sites that will solve certain types of problems, for example https://www.integral-calculator.com/. Graphing also sometimes helps, desmos.com. Source: 11 months ago

It might clarify your thinking to plot the two curves on desmos.com. You can also use the plots to check your work. Source: 11 months ago