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🛈
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Note: Several methods are available to calculate process efficiency. The specific method used is determined based on a switch (PEESw).
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PEESw = 0
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Exogenous (PEE = xPEE)
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PEESw = 1
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Based on trade-off curves (PEEPrice), constrained by efficiency standards (PEStd,PEStdP) and maximum (PEM*PEMM)
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PEESw = 2
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Based on pollution price (PEEPoll), constrained by efficiency standards (PEStd,PEStdP) and maximum (PEM*PEMM)
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PEESw = 3
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Maximum of efficiency calculated based on trade-off curves (PEEPrice) or based on price of pollution (PEEPoll), constrained by efficiency standards (PEStd,PEStdP) and maximum (PEM*PEMM)
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PEESw = 4
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Seems the same as option #1?
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PEESw = 5
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Based on long-term price elasticity (PEEElas), constrained by efficiency standards (PEStd,PEStdP) and maximum (PEM*PEMM)
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PEESw = 6
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Set equal to reference case values (PEE = PEERef)
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PEESw = 10
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Based on efficiency curve (PEECurve10), constrained by efficiency standards (PEStd,PEStdP) and maximum (PEM*PEMM)
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PEESw = 11
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Based on efficiency curve (PEECurve11), constrained by efficiency standards (PEStd,PEStdP) and maximum (PEM*PEMM)
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All industries' default value: PEESw = 1
Exceptions:
- Passenger: PEESw = 5
- Pulp Paper: PEESw = 10
- IronSteel, Heat, for Gas, Coal, & Oil: PEESw = 10
- IronSteel, Heat, Electric: PEESw = 11
- IronSteel, Motors, Electric: PEESw = 11
- Oil and Gas industries: PEESw = 2
- Petroleum: PEESw = 2
