Hello Philipp! I’m working on energy performance optimization using simulations. I’m currently trying to implement the Sobol sampling method in Grasshopper to study different design parameters. I’m facing challenges with running simulations for each sample and saving the results properly. I’d really appreciate any advice or guidance you could offer on this process. Thank you!
Hi! Thanks for this videos :) !! I'm trying to make an analysis of how to optimize a pv system, and the idea is automatically create the pv panels of a standard size in a surface depending of the pv potential and adapting to the specific surface. Do you have any idea how to do it because i'm not achieving anything :(. Thanks!
Ok you could use the radiation study to analyze the surface. It divides the surface into mesh cells based on your grid size input. From that you could select the cells which receive the required minimum radiation. You could choose each cell's center as a starting point placement for your panels. It's an interesting idea. Only things that panels can be tilted so that's something to consider in addition....
have so much gratitude to you for this playlist! Thx fron Buenos Aires
@@alefareh5624
Thanks for the kind words.
Hello Philipp! I’m working on energy performance optimization using simulations. I’m currently trying to implement the Sobol sampling method in Grasshopper to study different design parameters. I’m facing challenges with running simulations for each sample and saving the results properly. I’d really appreciate any advice or guidance you could offer on this process. Thank you!
Not sure if I can help. Can you explain more on what or how you are testing the design parameters. Can you define design parameters?
Hi! Thanks for this videos :) !! I'm trying to make an analysis of how to optimize a pv system, and the idea is automatically create the pv panels of a standard size in a surface depending of the pv potential and adapting to the specific surface. Do you have any idea how to do it because i'm not achieving anything :(. Thanks!
Ok you could use the radiation study to analyze the surface. It divides the surface into mesh cells based on your grid size input. From that you could select the cells which receive the required minimum radiation. You could choose each cell's center as a starting point placement for your panels. It's an interesting idea. Only things that panels can be tilted so that's something to consider in addition....
Great
@@Studio04ArchVis
can you also include 5 minutes ,how we can get benefits of these data.
Yes good idea, I will do a follow up video at some point to explain use cases.
🙏