A crawlable microgrid benchmark catalog
Inputs, starting system sizes, climate labels, fuel assumptions, and computed outputs—from an 8 kW arctic telecom relay to a 2 MW island feeder.
Reference inputs and baseline designs
Every row is server-rendered as readable text and available as machine-readable JSON. Annual load and outputs are recomputed from the same deterministic engine on every build.
Computed baseline results
Use these values as transparent regression anchors. They are not independent validation against another engine.
Arctic telecom relay
Extreme cold, highly stable 24/7 load, scarce winter sun.
Desert telecom relay
High irradiance, battery thermal stress.
Remote clinic (small)
Refrigeration-critical vaccine cold chain.
Remote clinic (medium)
Nighttime reliability emphasis.
Island guesthouse
Solar-rich, diesel backup.
Island resort
Strong daily cycling.
Rural school
Weekday-dominant load.
Boarding school
Evening peaks, residential dorms.
Village microgrid (tiny)
Load-growth sensitivity.
Village microgrid (small)
Productive-load uncertainty.
Village microgrid (medium)
Generator sizing sensitivity (single aggregate genset modeled).
Mine camp (small)
High diesel displacement value.
Mine camp (medium)
Strong redundancy requirement.
Cold storage agro site
Strong refrigeration base load.
Water pumping station
Dispatchable daytime pumping.
Fisheries / ice plant
High morning/evening peaks, ice making.
Remote municipality
Mixed critical / non-critical loads.
Construction camp
Short project horizon, temporary site.
Remote military support base
Reliability and fuel resilience priority.
High-fuel-cost island feeder
High fuel-scarcity cost (multi-generator staging is a roadmap item).
Metrics shown are for the starting hybrid design under the published synthetic assumptions. Open any project and run the optimizer to search the sampled design space.