I would like to use a epw. for year 2050. I can predict that temperature will rise of 2 °C, and for this I can use the software Elements, instead I can't find the differences like wind speed, solar radiaton, cloud cover, relative humidity of the future.
I think you are putting too much faith in GCM models used to model climate change. Although all of them agree that global temperatures will rise, they can vary substantially and even contradict one other at the regional level. Moreover, the reason you hear more about changes in temperatures is that there's much less consensus on what would happen to humidity and cloud cover, and as for wind, that depends on so many local factors I don't believe it's possible to project changes 30 years in the future.
This is not a rant against using GCM results to "morph" an existing weather file into a future year file. That's not hard to do and either of the resources mentioned above should work for you. However, this is a word of caution to take these "morphed" weather files with a dose of salt and accept that they are projections (morphing) built on top of projections (GCM results).
The other thing that puzzles me is that there's not just one IPCC projection, but at least four for different policy/economic scenarios (A1FI, B1, etc.). Are people now using the worst case, best case, etc. ? I also wish someone would take a look at the trends in the historical weather as another bellwether for climate change. (full disclosure - I was a member of the IPCC Working Group II)
You can also use CC World Weather Generator: http://www.energy.soton.ac.uk/ccworld...
It's an Excel based software which modifies .epw files to take in to account climate change.
Asked: 2016-12-10 04:44:01 -0600
Seen: 1,094 times
Last updated: Dec 12 '16
I am no climate scientist, but I think you could clarify your question for more constructive replies by establishing whether (a) you have identified some specific (cite-able) research/model that suggests a "rise of 2°C," and you're looking for help supplementing that model to derive other columns of data to "fit the mold," or (b) if you're a few steps behind there and are requesting help finding papers/models that support your prediction/assertion of a "rise of 2°C" with other conditions. Regardless, you should probably also specify the location and extend your description for "rise of 2°C.