Threephase Threephase → Apollo 7

Comments and changes to this ticket

• 

  Christopher Peplin October 26th, 2010 @ 02:44 AM

  • Milestone order changed from “32” to “0”

  This will also be an integral over time.

  Also, need different calculations for different regulation types.

• 

  Christopher Peplin October 26th, 2010 @ 02:47 AM

  • Milestone changed from “Apollo 4” to “Apollo 7”

  [bulk edit]

• 

  Christopher Peplin October 30th, 2010 @ 02:41 AM

  • State changed from “new” to “in-progress”

  integral over load
  times the day rate marginal cost (okay since market is cleaered only once per day)

  S(load(x)) * mc(today)

  if market is cleared more than once a day, need to look up historical prices and then it's the integral S(load(x) * mc(x))

• 

  Christopher Peplin October 30th, 2010 @ 04:00 AM

  Price charged to customers depends on:

  • Auction
    • Actual MC
    • LMP
  • RoR
    • Rate of Return
  • Unregulated
    • Profit markup

  City knows best:
  has LMP set by state knows # of customers knows MC of generators asks state for profit markup * asks state's game for RoR

  Charge:

  • Game tells states to charge since time T
    • States tell cities to charge since time T
      • City asks generators for average MC and power generated since X, or does integral of MC over power demand for time X
      • Cities ask state for regulation type
      • Cities mark up MC as such and pay out to state
      • Cities mark themselves as 'stepped' or use da separate 'paid_at' attribute so it can be measure individually
• 

  Christopher Peplin October 30th, 2010 @ 04:20 AM

  MC is constant per day, so the integral of the demand curve should be possible

• 

  Christopher Peplin October 31st, 2010 @ 01:42 AM

  • State changed from “in-progress” to “resolved”
• 

  Christopher Peplin October 31st, 2010 @ 01:43 AM

  (from [f9826b2ff800f3efb9eb50d62ad7718c6c6f5ff7]) Charge customers MC.

  Fixed #97.
  http://github.com/peplin/threephase/commit/f9826b2ff800f3efb9eb50d6...