Nope. After some research I found that in almost every country, green energy is cheaper or on a par with fossil. Here's a quote from Forbes: "Utility-scale renewable energy prices are now significantly below those for coal and gas generation, and they're less than half the cost of nuclear." Germany is an exception. This is what cherry-picking data means. For some odd psychological reason you have a thing against green energy and feel a need to justify your opinion.
Here's a better idea: When confronted by overwhelming evidence that your opinion is wrong, change it. That's what intelligent adults do.
I explained this once before in the past, but here we go again.
Electricity prices are market based on the time of day that the energy is available to the market and are not based upon the cost of producing the electricity. Baseline power (oil, gas, nuclear) produce on demand throughout the entire day, during both peak and off-peak hours. Therefore any average pricing for those energy sources takes into account the entire pricing structure. Wind and solar tend to only produce energy during off peak hours. So average of those are skewed towards the cheaper times of the day.
Therefore, making a comparison between baseline and green is not an accurate one due to the skewing towards cheaper times associated with wind and solar.
Furthermore, you can not turn off wind and solar when it is producing. So, even if the production is higher then the demand, it will still enter the grid. This is not a good thing since an over charged grid can cause serious damage to the grid. In this case, it is better for suppliers to sell the energy wholesale at whatever price they have to to get it out of the grid, causing pricing to crash even more during off peak hours, decreasing the cost further and often below production costs if the amount of wind and solar production is high enough.
This cost though is not reflected in the cost of wind and solar prices since we have a single grid, as opposed to a different grid for each source of power (functionally impossible to do). That is right, regardless of what people say, we do not have a free market anywhere when it comes to electricity due to a shared grid. So, this loss is absorbed by the operating cost of the grid and labeled as taxes or service fees on the bill.
Unfortunately, this distortion of costs associated with wind and solar, which makes it appear cheaper then baseline power, creates a trap leading people to think investing in wind and solar will save them money. And it does, at first. Unfortunately, it is not until you reach a approximately a 10% threshold, give or take a couple points based on your own local conditions, of total power coming from wind and solar, after you are long on your way, that the cost come pouring in, which is where Germany is right now. The other countries you talk about are just not at that threshold yet.
This has been outlined pretty extensively by energy economist Lion Hirth.
On top of that, allowing yourself to become to reliant on wind and solar, which tend to not produce energy when you need it, can cause some pretty serious issues, like what happened in TX. Wind and solar production dropped by about 98% during the cold snap. Baseline power did have some issues as well, albeit the drop in power was minimal in comparison and fixable through the use of better parts, whereas wind and solar production dropped because of a lack of wind and sun, something that can not be fixed. If TX had not become so reliant on wind and solar, and instead invested in more baseline power, they would have been able to supply energy.
Note, just because I kind of figure you are going to do this, l will nip it in the bud. Yes, if you look at total KWHs lose during the TX storm from wind and solar vs baseline, the drop is larger in the baseline. However this is because the baseline produces a significantly larger amount of the percent of total energy in TX. So, given this, you would expect a small percentage drop in total production of baseline to be bigger in absolute KWHs (given the larger supply to the grid) vs the absolute loss in KWHs from wind and solar that supplies a small amount to the grid.