Really nice project, Curious what specifically made the visual canvas click
better, is it seeing the voltage colors update live, or the fact
that you have to physically wire the topology yourself instead of
reading it as code ?
This is an assumption of course, but I think a combination of ease of access (no install, you can just play around, share your results, ask for advice) and seeing the visual flow of energy through the grid. You see how power being generated on one bus is consumed at another. Add a line in between, you see losses. Add a long line, you see the effects of capacitance on voltage and reactive power requirements.
One of my favourite features is the visualization of the admittance matrix and being able to interactively explore how the buses interact with each other.
Thank you! We've tried it with engineers from other fields and it helped them understand the basic concepts needed to build software for e.g. grid operators.
Especially the visual admittance matrix has been useful (we'll publish a blog post how power flow and the admittance matrix works soon) as an introduction to the relevant algorithms.
Very interesting project. We are still contemplating if / how we can integrate an interactive python shell in Bamboo. The challenges seem to be syncing the visual layer to the data structures in the shell and sand boxing properly as we don't want to lose the ability to offer this as a hosted version just for the ease of access.
This is super cool. Are you guys hiring remote engineers in Europe? I am an electrical engineer turned developer. I would love to be able to work on something that merges both to some extent.
We're always looking for people to bridge the gap between electrical engineering and software development. EU only due to the nature of the industry and our clients unfortunately. Just send a CV to career@kickstage.com
Thanks for the feedback! We're mainly working with transmission systems, so that's where the MW scale comes from. I'll check whether we can add a scale selector, that's a great idea.
great project.
i gave back all my electrical knowledge to my professor already.
i love the idea of infinite canva; it would have helped me in my undergrad.
i just gave it a try, i cant connect shit... due to lack of ece in my head.
Really nice project, Curious what specifically made the visual canvas click better, is it seeing the voltage colors update live, or the fact that you have to physically wire the topology yourself instead of reading it as code ?
This is an assumption of course, but I think a combination of ease of access (no install, you can just play around, share your results, ask for advice) and seeing the visual flow of energy through the grid. You see how power being generated on one bus is consumed at another. Add a line in between, you see losses. Add a long line, you see the effects of capacitance on voltage and reactive power requirements.
One of my favourite features is the visualization of the admittance matrix and being able to interactively explore how the buses interact with each other.
Nice project.
Interactive visualizations usually make these kinds of concepts much easier to grasp than static diagrams.
I'm curious whether you've tried this with students or engineers who are completely new to power systems, and what kind of feedback you've received.
Thank you! We've tried it with engineers from other fields and it helped them understand the basic concepts needed to build software for e.g. grid operators.
Especially the visual admittance matrix has been useful (we'll publish a blog post how power flow and the admittance matrix works soon) as an introduction to the relevant algorithms.
Nice and simple UI. I am new to electrical grid, and always curious to understand, overall grid and how it operates. Seems this is good starter.
whoa cool! I experimented doing something similar by getting the PyPSA project into WASM with a editor - https://fhk.github.io/PyPSA-lite/app
Very interesting project. We are still contemplating if / how we can integrate an interactive python shell in Bamboo. The challenges seem to be syncing the visual layer to the data structures in the shell and sand boxing properly as we don't want to lose the ability to offer this as a hosted version just for the ease of access.
This is super cool. Are you guys hiring remote engineers in Europe? I am an electrical engineer turned developer. I would love to be able to work on something that merges both to some extent.
We're always looking for people to bridge the gap between electrical engineering and software development. EU only due to the nature of the industry and our clients unfortunately. Just send a CV to career@kickstage.com
This is awesome! What sort of scale options are possible? In the demo I see all MW scale loads and sources, does it also function at kW or W?
Thanks for the feedback! We're mainly working with transmission systems, so that's where the MW scale comes from. I'll check whether we can add a scale selector, that's a great idea.
great project. i gave back all my electrical knowledge to my professor already. i love the idea of infinite canva; it would have helped me in my undergrad.
i just gave it a try, i cant connect shit... due to lack of ece in my head.
good luck!
Thanks for the kind words! Yes it's really meant as an educational tool that helps refreshing or teaching some context!
When you try to run power flow, make sure to either mark a generator as a slack or add an external grid element.
We published a basic tutorial here: https://kickstage.com/blog/modeling-and-simulating-power-gri...
Or you check out this super simple example: https://bamboo.kickstage.com/?s=ccnlYeEB