Name | Units | Multi-band | Default Value | Validation Rule | Key Property | Description |
---|---|---|---|---|---|---|
Build Cost | $000 | True | 0 | False | Cost of building a unit | |
Build Non-anticipativity | $/MW | False | -1 | False | Price for violating non-anticipativity constraints in scenario-wise decomposition mode | |
Economic Life | yr | False | 30 | ≥0 | False | Economic life of the Heat Plant (period over which fixed costs are recovered). |
Efficiency Base | GJ (Metric), MMBtu (U.S. Imperial) | True | 0 | False | Heat production no-load efficiency | |
Efficiency Incr | GJ/GJ (Metric), MMBtu/MMBtu (U.S. Imperial) | True | 1 | False | Heat production efficiency | |
Expansion Optimality | - | False | 0 | In (0,2) | False | Expansion planning integerization scheme. |
FO&M Charge | $000 | False | 0 | False | Annual fixed operation and maintenance charge | |
Heat Rate | GJ/GJ (Metric), MMBtu/MMBtu (U.S. Imperial) | True | 0 | ≥0 | False | Average heat rate (total fuel divided by total heat production) |
Heat Rate Base | GJ/h (Metric), MMBtu/h (U.S. Imperial) | False | 0 | ≥0 | False | Constant term in fuel use function (no-load cost) |
Heat Rate Incr | GJ/GJ (Metric), MMBtu/MMBtu (U.S. Imperial) | True | 1 | ≥0 | False | First-order polynomial term in unit fuel use function (marginal heat rate) |
Integerization Horizon | yr | False | -1 | ≥-1 | False | Number of years over which the expansion decisions are integerized |
Lead Time | yr | False | 0 | ≥0 | False | Number of years after which the expansion project can begin |
Load Point | GJ (Metric), MMBtu (U.S. Imperial) | True | 0 | ≥0 | False | Load point for use with multi-point heat rate. |
Max Capacity | GJ/h (Metric), MMBtu/h (U.S. Imperial) | False | 0 | False | Maximum heat production | |
Max Down Time | h | False | 0 | ≥0 | False | Maximum number of hours a unit can be off after being shut down |
Max Ramp Down | GJ/h (Metric), MMBtu/h (U.S. Imperial) | False | 1E+30 | ≥0 | False | Maximum ramp down rate |
Max Ramp Up | GJ/h (Metric), MMBtu/h (U.S. Imperial) | False | 1E+30 | ≥0 | False | Maximum ramp up rate |
Max Units Built | - | False | 0 | ≥0 | False | Maximum number of units automatically constructed in aggregate over the planning horizon |
Max Units Built in Year | - | False | 1 | ≥0 | False | Maximum number of units automatically constructed in any single year of the planning horizon |
Max Units Retired | - | False | 0 | ≥0 | False | Maximum number of units automatically retired in aggregate over the planning horizon |
Max Units Retired in Year | - | False | 1 | ≥0 | False | Maximum number of units automatically retired in any single year of the planning horizon |
Max Up Time | h | False | 0 | ≥0 | False | Maximum number of hours a unit can be run after being started |
Min Down Time | h | False | 0 | ≥0 | False | Minimum number of hours a unit must be off after being shut down |
Min Stable Level | GJ (Metric), MMBtu (U.S. Imperial) | False | 0 | ≥0 | False | Minimum stable Heat Production level |
Min Units Built | - | False | 0 | ≥0 | False | Minimum number of units automatically constructed in aggregate over the planning horizon |
Min Units Built in Year | - | False | 0 | ≥0 | False | Minimum number of units automatically constructed in any single year of the planning horizon |
Min Units Retired | - | False | 0 | ≥0 | False | Minimum number of units automatically retired in aggregate over the planning horizon |
Min Units Retired in Year | - | False | 0 | ≥0 | False | Minimum number of units automatically retired in any single year of the planning horizon |
Min Up Time | h | False | 0 | ≥0 | False | Minimum number of hours a unit must be run after being started |
Project Start Date | - | False | 36526 | ≥0 | False | Start date of gas node project, for expansion planning. |
Retire Non-anticipativity | $/MW | False | -1 | False | Price for violating non-anticipativity constraints in scenario-wise decomposition mode | |
Retirement Cost | $000 | False | 0 | False | Cost of retiring the Heat Plant | |
Run Up Rate | GJ/h (Metric), MMBtu/h (U.S. Imperial) | True | 1E+30 | ≥0 | False | Ramp rate that applies while running the unit up from zero to [Min Stable Level]. |
Start Cost | $ | True | 0 | ≥0 | False | Cost of starting a unit |
Start Cost Time | h | True | 0 | ≥0 | False | Incremental cooling time over which the corresponding Start Cost applies |
Start Profile | GJ (Metric), MMBtu (U.S. Imperial) | True | 1E+30 | False | Detailed regime for running the unit up from zero to [Min Stable Level] when [Run Up Rate] is non-constant. | |
Technical Life | yr | False | 1E+30 | ≥0 | False | Technical lifetime of the Heat Plant |
Unit Commitment Optimality | - | False | -1 | In (-1,0,1,2,3) | False | Unit commitment integerization scheme for the Heat Plant. |
Units | - | False | 1 | In (0,1) | True | Number of Heat Plant units in service |
VO&M Charge | $/GJ (Metric), $/MMBtu (U.S. Imperial) | False | 0 | False | Variable operation and maintenance charge | |
WACC | % | False | 10 | ≥0 | False | Weighted average cost of capital |
x | - | True | 0 | False | Value to pass-through to solution | |
y | - | True | 0 | False | Value to pass-through to solution | |
z | - | True | 0 | False | Value to pass-through to solution |
Name | Units | Multi-band | Default Value | Validation Rule | Key Property | Description |
---|---|---|---|---|---|---|
Heat Rate | GJ/GJ (Metric), MMBtu/MMBtu (U.S. Imperial) | True | 1 | False | Heat-rate at load point (used with Load Point) or 'b' in the heat input function | |
Heat Rate Base | GJ/h (Metric), MMBtu/h (U.S. Imperial) | False | 0 | False | Constant term in fuel use function (no-load cost) | |
Heat Rate Incr | GJ/GJ (Metric), MMBtu/MMBtu (U.S. Imperial) | True | 1 | False | Average marginal heat-rate in band | |
Heat Rate Scalar | - | False | 1 | ≥0 | False | Scalar on base heat plant heat rate function |
Is Available | Yes/No | False | -1 | In (0,-1) | False | If the fuel is available for use by the generator |
Max Input | GJ (Metric), MMBtu (U.S. Imperial) | False | 1E+30 | ≥0 | False | Maximum amount of fuel input to heat plant |
Max Ratio | - | False | 1 | Between 0 And 1 | False | Maximum fuel mix ratio |
Min Ratio | - | False | 0 | Between 0 And 1 | False | Minimum fuel mix ratio |
Mutually Exclusive | Yes/No | False | 0 | In (0,-1) | False | If the Fuel cannot be mixed with other Fuels associated with this heat plant. |
Ratio | - | False | 1 | Between 0 And 1 | False | Fixed fuel mix ratio |
Name | Units | Multi-band | Default Value | Validation Rule | Key Property | Description |
---|---|---|---|---|---|---|
Offtake at Start | GJ (Metric), MMBtu (U.S. Imperial) | True | 0 | ≥0 | False | Fuel required to start a unit |
Name | Units | Multi-band | Default Value | Validation Rule | Key Property | Description |
---|---|---|---|---|---|---|
Participation Factor | - | False | 1 | Between -1 And 1 | False | Proportion sent to the node |
Name | Units | Multi-band | Default Value | Validation Rule | Key Property | Description |
---|---|---|---|---|---|---|
Fuel Offtake Coefficient | GJ (Metric), MMBtu (U.S. Imperial) | False | 0 | False | Coefficient of fuel offtake | |
Heat Production Coefficient | GJ (Metric), MMBtu (U.S. Imperial) | False | 0 | False | Coefficient of heat production | |
Units Generating Coefficient | - | False | 0 | False | Coefficient on the number of units generating |
Name | Units | Multi-band | Default Value | Validation Rule | Key Property | Description |
---|---|---|---|---|---|---|
Fuel Offtake Coefficient | GJ (Metric), MMBtu (U.S. Imperial) | False | 0 | False | Coefficient of fuel offtake of the heat plant | |
Heat Production Coefficient | GJ (Metric), MMBtu (U.S. Imperial) | False | 0 | False | Coefficient of heat production | |
Units Generating Coefficient | - | False | 0 | False | Coefficient on the number of units generating |
Name | Units | Multi-band | Default Value | Validation Rule | Key Property | Description |
---|---|---|---|---|---|---|
Fuel Offtake Coefficient | GJ (Metric), MMBtu (U.S. Imperial) | False | 0 | False | Coefficient of fuel offtake in condition |
Name | Summary Name | Property Group | Phases | Multi-band | Description |
---|---|---|---|---|---|
Annualized Build Cost - $000 | Annualized Build Cost - $000 | Expansion | LT Plan | False | Annualized cost of units built |
Average Heat Rate - GJ/GJ (Metric), MMBtu/MMBtu (U.S. Imperial) | Average Heat Rate - GJ/GJ (Metric), MMBtu/MMBtu (U.S. Imperial) | Production | LT Plan, MT Schedule, ST Schedule | False | Average heat rate |
Build Cost - $000 | Build Cost - $000 | Expansion | LT Plan | False | Cost of building a unit |
Efficiency - GJ/GJ (Metric), MMBtu/MMBtu (U.S. Imperial) | Efficiency - GJ/GJ (Metric), MMBtu/MMBtu (U.S. Imperial) | Production | LT Plan, MT Schedule, ST Schedule | False | Efficiency of heat production |
Electrical Usage - MW | Electrical Usage - GWh | Production | LT Plan, MT Schedule, ST Schedule | False | Electrical usage from the electric boiler |
FO&M Cost - $ | FO&M Cost - $000 | Production | LT Plan, MT Schedule, ST Schedule | False | Fixed operation and maintenance cost |
Fuel Offtake - GJ (Metric), MMBtu (U.S. Imperial) | Fuel Offtake - TJ (Metric), BBtu (U.S. Imperial) | Production | LT Plan, MT Schedule, ST Schedule | False | Fuel offtake |
Heat Production - GJ (Metric), MMBtu (U.S. Imperial) | Heat Production - TJ (Metric), BBtu (U.S. Imperial) | Production | LT Plan, MT Schedule, ST Schedule | False | Heat production |
Heat Production Cost - $ | Heat Production Cost - $000 | Production | LT Plan, MT Schedule, ST Schedule | False | Heat production cost |
Installed Capacity - GJ/h (Metric), MMBtu/h (U.S. Imperial) | Installed Capacity - GJ/h (Metric), MMBtu/h (U.S. Imperial) | Capacity | LT Plan, MT Schedule, ST Schedule | False | Installed capacity |
Marginal Heat Rate - GJ/GJ (Metric), MMBtu/MMBtu (U.S. Imperial) | Marginal Heat Rate - GJ/GJ (Metric), MMBtu/MMBtu (U.S. Imperial) | Production | LT Plan, MT Schedule, ST Schedule | False | Marginal heat rate at optimal heat production level |
Operating Hours - h | Operating Hours - h | Production | LT Plan, MT Schedule, ST Schedule | False | Number of hours of operation. |
Ramp - GJ/h (Metric), MMBtu/h (U.S. Imperial) | Production | LT Plan, MT Schedule, ST Schedule | False | Rate at which units are ramping | |
Ramp Down - GJ (Metric), MMBtu (U.S. Imperial) | Ramp Down - GJ (Metric), MMBtu (U.S. Imperial) | Production | LT Plan, MT Schedule, ST Schedule | False | Total ramping down |
Ramp Up - GJ (Metric), MMBtu (U.S. Imperial) | Ramp Up - GJ (Metric), MMBtu (U.S. Imperial) | Production | LT Plan, MT Schedule, ST Schedule | False | Total ramping up |
Retirement Cost - $000 | Retirement Cost - $000 | Expansion | LT Plan | False | Cost of retiring the Heat Plant |
SRMC - $/GJ (Metric), $/MMBtu (U.S. Imperial) | SRMC - $/GJ (Metric), $/MMBtu (U.S. Imperial) | Production | LT Plan, MT Schedule, ST Schedule | False | Short-run marginal cost (Fuel + VO&M + Emissions) |
Start & Shutdown Cost - $ | Start & Shutdown Cost - $000 | Production | LT Plan, MT Schedule, ST Schedule | False | Cost of unit starts and shutdowns |
Start Fuel Cost - $ | Start Fuel Cost - $000 | Production | LT Plan, MT Schedule, ST Schedule | False | Cost of fuel for unit starts |
Start Fuel Offtake - GJ (Metric), MMBtu (U.S. Imperial) | Start Fuel Offtake - TJ (Metric), BBtu (U.S. Imperial) | Production | LT Plan, MT Schedule, ST Schedule | False | Start fuel offtake |
Units Built | Units Built | Expansion | LT Plan | False | Number of Heat Plant units built in this year |
Units Producing Heat | Production | LT Plan, MT Schedule, ST Schedule | False | Number of units producing heat | |
Units Retired | Units Retired | Expansion | LT Plan | False | Number of Heat Plant units retired in this year |
VO&M Cost - $ | VO&M Cost - $000 | Production | LT Plan, MT Schedule, ST Schedule | False | Total variable operation and maintenance cost |
x | x | Pass-through | LT Plan, MT Schedule, ST Schedule | True | Value to pass-through to solution |
y | y | Pass-through | LT Plan, MT Schedule, ST Schedule | True | Value to pass-through to solution |
z | z | Pass-through | LT Plan, MT Schedule, ST Schedule | True | Value to pass-through to solution |
Name | Summary Name | Property Group | Phases | Multi-band | Description |
---|---|---|---|---|---|
Cost - $ | Cost - $000 | Production | LT Plan, MT Schedule, ST Schedule | False | Total cost of fuel used |
Hours in Use - h | Hours in Use - h | Production | LT Plan, MT Schedule, ST Schedule | False | Number of hours the Fuel is in use by the heat plant |
Marginal Heat Rate - GJ/GJ (Metric), MMBtu/MMBtu (U.S. Imperial) | Marginal Heat Rate - GJ/GJ (Metric), MMBtu/MMBtu (U.S. Imperial) | Production | LT Plan, MT Schedule, ST Schedule | False | Marginal heat rate at optimal heat production level |
Offtake - GJ (Metric), MMBtu (U.S. Imperial) | Offtake - TJ (Metric), BBtu (U.S. Imperial) | Production | LT Plan, MT Schedule, ST Schedule | False | Fuel offtake |
Offtake Ratio - % | Offtake Ratio - % | Production | LT Plan, MT Schedule, ST Schedule | False | Proportion of fuel used by the heat plant |
Price - $/GJ (Metric), $/MMBtu (U.S. Imperial) | Price - $/GJ (Metric), $/MMBtu (U.S. Imperial) | Production | LT Plan, MT Schedule, ST Schedule | False | Fuel price |
SRMC - $/GJ (Metric), $/MMBtu (U.S. Imperial) | SRMC - $/GJ (Metric), $/MMBtu (U.S. Imperial) | Production | LT Plan, MT Schedule, ST Schedule | False | Short-run marginal cost (Fuel + VO&M + Emissions) |
Name | Summary Name | Property Group | Phases | Multi-band | Description |
---|---|---|---|---|---|
Cost - $ | Cost - $000 | Production | LT Plan, MT Schedule, ST Schedule | False | Total cost of fuel used |
Offtake - GJ (Metric), MMBtu (U.S. Imperial) | Offtake - TJ (Metric), BBtu (U.S. Imperial) | Production | LT Plan, MT Schedule, ST Schedule | False | Fuel offtake |
Price - $/GJ (Metric), $/MMBtu (U.S. Imperial) | Price - $/GJ (Metric), $/MMBtu (U.S. Imperial) | Production | LT Plan, MT Schedule, ST Schedule | False | Fuel price |