Minnkota Power Cooperative, Inc. has a decade of load management experience. Today, fully 37% (220 MW) of our potential system peak demand (600 M) is interruptible. Substantial amounts of interruptible load complicate the energy accounting procedures required in the System Control Center before-the- fact (seasonal planning), during (hourly scheduling), and after-the-fact (historical data). Standarized terminology and a definitive load model are required for satisfactory results. Another important tool is a means of quantifying interruptible capability at all times.
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Melvin Nelson (1985) studied this question.
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