4 ms·

Cool toy, but this is a basic simulation of energy markets. You can't talk about future power systems without addressing system inertia, unless you dont care ab

• timthelion 3y ago
  What inertia do you mean? Demand or supply? Sure, decomissioning anuclear plant takes decades but a coal plant can be shut down in about 48 hours I think and at that point produces no new emissions...
  • scrlk 3y ago
    "Inertia" in the context of power systems refers to the kinetic energy stored by rotating generators (coal, gas, nuclear, hydropower). If the system frequency (a real time measure of supply and demand) were to suddenly change (e.g. a power plant were to trip), these generators are still spinning, and dampen the rate of change of frequency. This allows time for the grid operator to take corrective actions. Inverter connected plant such as wind and solar does not inherently provide inertia.
    • guerby 3y ago
      Inverters with battery can provide "virtual" inertia and can be grid forming too. The real question is which tool or set of tools will be the cheapest to maintain grid stability.
• sunshinesnacks 3y ago
  Capacity expansion and production cost modeling are real and important modeling exercises. Immediately dismissing those efforts doesn't seem necessary - they can be done in parallel with work focused on things like inertia, e.g., see https://sites.google.com/view/unifi-consortium/home https://sites.google.com/view/unifi-consortium/home, https://www.nrel.gov/docs/fy20osti/73856.pdf https://www.nrel.gov/docs/fy20osti/73856.pdf.