What's needed?
Fuses limit the current flowing through them to a rated number. While it's straightforward to allocate this limit directly to a component when fuses are positioned immediately downstream, this approach isn't universally applicable. Consider these scenarios:
- Whenever fuses are placed after voltage transformers, the scaling effect of the transformer needs to factored.
- It's possible to position a fuse to protect multiple components simultaneously.
These situations underscore the point that fuses can't be universally associated with a single component. To provide a comprehensive solution, it becomes essential to view fuses as distinct entities within a microgrid.
The above scenarios entail that a fuse can not be generally associated with a component. A general solution would be to represent fuses as separate entities in a microgrid, so that the scenarios mentioned above can be addressed.
Proposed solution
We need to introduce Fuse as a new component category.
Use cases
No response
Alternatives and workarounds
No response
Additional context
No response
What's needed?
Fuses limit the current flowing through them to a rated number. While it's straightforward to allocate this limit directly to a component when fuses are positioned immediately downstream, this approach isn't universally applicable. Consider these scenarios:
These situations underscore the point that fuses can't be universally associated with a single component. To provide a comprehensive solution, it becomes essential to view fuses as distinct entities within a microgrid.
The above scenarios entail that a fuse can not be generally associated with a component. A general solution would be to represent fuses as separate entities in a microgrid, so that the scenarios mentioned above can be addressed.
Proposed solution
We need to introduce
Fuseas a new component category.Use cases
No response
Alternatives and workarounds
No response
Additional context
No response