Open Nicoc92 opened 4 months ago
Looking at the file, I'm not surprised that caused solution failures. This policy is being applied to the coal resource supply curves, whereas I suspect it needs to be applied to coal consumption. The same basic policy structure can be retained, but it should be replied to the technologies of each region’s regional coal
sector. Specifically:
<supplysector name="regional coal">
<subsector name="imported coal">
<technology name="imported coal">
<period year="2020">
<input-tax name="Coal-Limit"/>
</period>
...
</subsector>
<subsector name="domestic coal">
<period year="2020">
<input-tax name="Coal-Limit"/>
</period>
Thank you very much for your response @pkyle. I tried running the model with this file(in xml but linked here in txt), and when I look at my results, I'm not sure if it actually worked. There is a new line corresponding to the constraint, as shown in the image (first line); however, the line corresponding to primary coal energy consumption (fourth line) is much higher than this constraint. I'm not sure I fully understand the results. When I compare the results obtained with the standard policy 4p5 case, the results with the constraint are higher than the standard case results, which exceeds both the constraint and the standard case results. How is this possible? Could you help me understand the reasons behind this and how it works?
Thank you in advance for your help. Coal_ressourcelimiatation.txt configuration.txt
Hi @pkyle, I am trying to fix global primary natural gas consumption based on a forecast. I am NOT interested in the distribution to the end-use commodities or the sub-technologies. Just the overall natural gas consumption for primary energy.
I tried to use the following method to feed in the desired natural gas primary energy consumptions:
`