PLEXOS 6.202 Release Notes

1. Upgrade Compatibility
2. Changes
   1. Generator
   2. Changes
   3. LT Plan
   4. PASA
   5. MT Schedule
   6. Competition
   7. Stochastic
   8. Transmission
3. Features
   1. Parallel Monte Carlo
   2. Chronological LT Plan and MT Schedule
   3. Help
4. User Interface
5. New Inputs
6. Moved Inputs
7. Input Changes
8. New Outputs
9. Changed Outputs

Released

June 9, 2011

Updated

November 8, 2011

Previous Version

6.201

Next Version

6.205

1. Upgrade Compatibility

You 6.201 (or 5.201) database will be upgraded automatically and should function just as before. There should be no manual upgrading required.

2. Changes

The following are the main changes in this version as compared to 6.201:

1. The Design class is gone and its settings moved to other classes-most settings to Region. This means you can now have different market rules in each Region e.g. uplift in one Region and not in others.
2. LT Plan uses "Simplest" heat rate by default. Previously LT Plan would use the highest detail of heat rate function defined, which was somewhat contrary to MT Schedule which would simplify if ST Schedule was enabled. LT Plan, MT Schedule and ST Schedule now offer a setting Heat Rate Detail to control what level of simplification if any is done by each phase. If you have complex heat rates then in this version LT Plan will run faster but the results might not match. To match previous results set Heat Rate Detail = "Detailed".
3. Line Max Flow now defaults to infinity. Simply defining the Line is enough to have it flow, avoiding to need to specify a flow limit for many lines in large networks.

The following describes some of these changes in more detail:

2.1. Generator

The following changes have been implemented:

1. Fuel transition modelling
2. Upgraded CHP specification
3. Finer control over heat rate detail with Generator Max Heat Rate Tranches and phase property Heat Rate Detail. In particular this means that if you define a heat rate function with multi-band Load Point, the number of tranches used by the simulator is no longer restricted to the number of bands of Load Point.

2.2. Region

Region Units property allows you to turn entire transmission areas on/off by Scenario.

2.3. LT Plan

The following changes have been implemented:

1. When the "Effective Load Approach" is enabled the ELDC is now computed before slicing the curve. This improves the accuracy of the approximation. In addition the ELDC is computed system-wide not on a Region-by-Region basis.
2. Maintenance factors for Generators are automatically sculpted rather than uniform. This improves the accuracy of the production cost simulation LT Plan.
3. Chronological mode for LT Plan captures the effect of start-up and shutdown as well as other dynamic effects such as ramping and reserves and non-coincidence of peaks and short-term variability in wind, load, etc.
4. Interface build costs annualised.
5. See MT Schedule below for details of LDC improvements.

2.4. PASA

The following changes have been implemented:

1. PASA can now run multi-sample (see Stochastic Method), which means that maintenance patterns, and reliability statistics can be computed per-sample in a multi-sample run.
2. Support for time-variable outages rates.

2.5. MT Schedule

The following changes have been implemented:

1. Chronological mode for MT Schedule. This feature allows for decomposition of Generator Max Starts constraints and other elements that involve generator starts.
2. The capacity expansion algorithm in MT Schedule is revised. This function has new relevance now that the chronological option is available as it becomes a good way to model entrepreneurial investment.
3. New LDC Slicing Method option "weighted least-squares" produces superior fit to the ordered load curve.
4. New feature on Generator allows capacity of renewables to be subtracted from the LDC prior to slicing (see Generator Load Subtracter).

2.6. Competition

1. The Bertrand (Shadow Pricing) function is enhanced so that it can be used without having to define Company objects.
2. The Nash-Cournot Competition algorithm is refreshed. See the Competition topic for details.

2.7. Stochastic

Simulation phases support Stochastic Method = "Independent Sample (Parallel)" ", which causes Monte Carlo simulations to execute in parallel i.e. multiple samples are solved at a time on separate threads but within the same Model execution.

2.8. Transmission

Transportation models e.g. networks with DC lines that include loops are now subject to automatic correction for non-physical flows in loops.

3. Features

3.1. Parallel Monte Carlo

You can now choose to run Monte Carlo simulations with the samples executed in parallel rather than in sequence. This allows you to leverage multi-core computers with large amounts of RAM and greatly speed up your Monte Carlo simulations. No additional licensing is required for this feature.

3.2. Chronological LT Plan and MT Schedule

Both simulation phases now offer chronological mode. This works the same as ST Schedule except that some time period aggregation is still available so you don't need to simulate every dispatch interval but still capture the effect of start-ups, etc. This means that you can now impose, previously very difficult constraints, like limits on number of unit starts in a year, or model more accurately limits on fuel or emissions including those from start-ups.

3.3. Help

The help has been greatly improved. More places in the application now respond to the F1 key and take you straight to the relevant topic, and help for properties has been improved.

4. Use Interface

The following are highlights of the user interface changes for this version:

1. Updated visual style, ribbon and backstage. The new style is similar to Office 2010 with backstage view replacing the program button functions.
2. Ability to turn on/off collections in Configuration. The Configuration now controls which collections are available as well as which properties are available. For example the Generator collection Heat Input is now hidden by default.
3. Node class no longer enabled by default. You don't need to include the Node class if your dataset has no transmission elements, only Region is now required i.e. from a new database the only enabled classes are Generator and Region and all created generators are implicitly assumed to reside in a fictitious node in the that region.
4. Scenario , Data File and Timeslice classes are no longer enabled in a new database. Use the Configuration menu to enable them.
5. New charting tool. The charting tool has been changed to ComponentOne from ChartDirector giving a native WPF chart that fits closely the visual style of the application.
6. Database Settings now allow you to lock editing of various aspects of the data from unintentional changes and even control by Scenario which data are allowed to be edited.
7. The object properties dialogs are enhanced. Use the new controls to show/hide unused membership types and properties. This is particularly useful for Constraint because you can now see just the data defined on your Constraint without the 'placeholders' for unused properties. Also use the navigation buttons to move quickly through your collection of objects without having to exit the dialog.

5. New Inputs

The following table lists all the new input properties available in the release. Please refer to the help topics for detailed information.

Collection	Property	Note
Generator	Fixed Load Penalty	See below new outputs
-	Load Subtracter	See note blow about LDC formation
-	Mark-up Point	Relates to Mark-up, Bid Cost Mark-up
-	Max Energy Day/Week/Month/Year	-
-	Max Energy Penalty	See below new outputs
-	Max Heat Rate Tranches	-
-	Max Ramp Up Penalty	See below new outputs
-	Max Starts	-
-	Max Starts Day/Week/Month/Year	-
-	Max Starts Penalty	-
-	Max Units Pumping	-
-	Min Energy Day/Week/Month/Year	-
-	Min Energy Penalty	See below new outputs
-	Min Load Penalty	See below new outputs
-	Pump UoS Charge	-
-	Ramp Up Charge	See below new outputs
-	Ramp Down Charge	See below new outputs
-	Rounding Up Threshold	Relates to Rounded Relaxation
-	Shutdown Penalty	See below new outputs
-	Start Penalty	See below new outputs
Generator Fuels	Transition Down Cost	-
-	Transition Up Cost	-
-	Decoupling Time	-
-	Coupling Time	-
-	Mutually Exclusive	-
Emission Generators	Shadow Price Scalar	-
Head Storage	Flow at Start	-
Storage	Non-Physical Inflow Penalty	-
-	Non-physical spill penalty	-
-	Enforce Bounds	-
-	Decomposition Penalty a	-
-	Decomposition Penalty b	-
-	Decomposition Penalty c	-
-	Decomposition Penalty x	-
-	Decomposition Bound Penalty	-
-	Energy Value	-
-	Max Generator Release	-
-	Max Ramp	-
-	Max Ramp Day	-
-	Max Ramp Week	-
-	Max Ramp Month	-
-	Max Ramp year	-
-	Max Ramp Penalty	See below related outputs
-	Target Penalty	See below related outputs
-	Spill Penalty	-
-	Water Volume	-
-	Water Value	Now multi-band
Waterway	Initial Flow	-
Purchaser	Load Obligation	-
-	Max Energy Day/Week/Month/Year	-
-	Max Energy Penalty	See below related outputs
-	Min Energy Day/Week/Month/Year	-
-	Min Energy Penalty	See below related outputs
-	Max Load Factor Day/Week/Month/Year	-
-	Min Load Factor Day/Week/Month/Year	-
PhysicalContract	Firm Capacity	-
-	Load Obligation	-
Fuel Contract	Price Incr	-
-	Price Scalar	-
Region	Elasticity	-
-	Is Strategic	-
-	MLF Adjusts Bid Price	-
-	MLF Adjusts Offer Price	-
-	MLF Adjusts No Load Cost	-
-	MLF Adjusts Start Cost	-
-	Min Native Capacity Reserves	-
-	Min Native Capacity Reserve Margin	-
-	Units	-
Zone	Min Native Capacity Reserves	-
-	Min Native Capacity Reserve Margin	-
Node	Fixed Generation	-
Line	Flow Non-anticipativity	-
-	Flow Non-anticipativity Time	-
-	Formulate NPL Upfront	-
-	Max Capacity Reserves	-
-	Min Capacity Reserves	-
Interface	Flow Non-anticipativity	-
-	Flow Non-anticipativity Time	-
Financial Contract	Is Physical	-
Constraint	Feasibility Repair Weight	-
Constraint Generators	Capacity Factor Coefficient	-
-	Units Pumping Coefficient	-
-	Generation Sent Out Coefficient	-
-	Ramp Coefficient	-
-	Ramp Up Coefficient	-
-	Ramp Down Coefficient	-
-	Ramp Up Violation Coefficient	-
-	Units Shutdown Coefficient	-
-	Build Cost Coefficient	-
Constraint Storages	Inflow Coefficient	-
-	Release Coefficient	-
-	Spill Coefficient	-
-	Generator Release Coefficient	-
Constraint Purchasers	Load Obligation Coefficient	-
Constraint Physical Contracts	Units Generating Coefficient	-
-	Units Load Coefficient	-
-	Build Cost Coefficient	-
Constraint Reserves	Shortage Coefficient	-
Constraint Regions	Generator Build Cost Coefficient	-
Constraint Zones	Load Squared Coefficient	-
-	Load Squared Coefficient	-
-	Generation Coefficient	-
-	Committed Capacity Coefficient	-
-	Generation Capacity Coefficient	-
-	Peak Load Coefficient	-
-	Capacity Reserves Coefficient	-
-	Generation Capacity Built Coefficient	-
-	Generator Build Cost Coefficient	-
-	Import Capacity Coefficient	-
-	Export Capacity Coefficient	-
-	Import Capacity Built Coefficient	-
-	Export Capacity Built Coefficient	-
Constraint Lines	Build Cost Coefficient	-
Constraint Interfaces	Expansion Cost Coefficient	-
Condition Reserves	Provision Coefficient	-
-	Risk Coefficient	-
-	Shortage Coefficient	-
Interfaces	Flow Coefficient	-
Data File	Shape Distortion	-
Variable	Sampling Frequency	-
Production	Rounded Relaxation Tuning	-
-	Rounded Relaxation Start Threshold	-
-	Rounded Relaxation End Threshold	-
-	Rounded Relaxation Threshold Increment	-
Report	XML Content	-
PASA	Include Market Purchases	-
-	Stochastic Method	-
-	Transmission Detail	-
LT Plan	Heat Rate Detail	-
-	Chronological	-
-	Block Concentration	-
-	LDC Slicing Method	-
-	LDC Weight a	-
-	LDC Weight b	-
-	LDC Weight c	-
-	LDC Weight d	-
-	LDC Pin Top	-
-	LDC pin Bottom	-
MT Schedule	Heat Rate Detail	-
-	Chronological	-
-	LDC Slicing Method	-
-	LDC Weight a	-
-	LDC Weight b	-
-	LDC Weight c	-
-	LDC Weight d	-
-	LDC Pin Top	-
-	LDC Pin Bottom	-
ST Schedule	Heat Rate Detail	-
Diagnostic	Solution Status	-
-	Region Marginal Unit Increment	-
-	Region Marginal Expansion Unit	-
-	Region Marginal Expansion Increment	-
Scenario	Locked	-
Model	Write Input	-
Diagnostic	Random Number Seed	-

6. Moved Inputs

Many attributes have been made properties so that Scenario can be applied. In addition the entire Design class is replaced by properties on other classes such as Region, which allows for example different settlement rules by Region.

Class	Attribute	New Class	New Property	Change by Scenario	Change in Time
Generator	Random Number Seed	Generator	Random Number Seed	Yes	No
Generator	Repair Time Distribution	Generator	Repair Time Distribution	Yes	No
Generator	Price Setting	Generator	Price Setting	Yes	No
Generator	Expansion Optimality	Generator	Expansion Optimality	Yes	No
Generator	Declining Depreciation Balance	Generator	Declining Depreciation Balance	Yes	No
Generator	Energy Limit Decomposition Method	Generator	Energy Limit Decomposition Method	Yes	No
Storage	Model	Storage	Model	Yes	No
Storage	Internal Volume Scalar	Storage	Internal Volume Scalar	Yes	No
Storage	End Effects Method	Storage	End Effects Method	Yes	No
Storage	Decomposition Method	Storage	Decomposition Method	Yes	No
Waterway	Traversal Time	Waterway	Traversal Time	Yes	No
Waterway	Flow Control	Waterway	Flow Control	Yes	No
Reserve	Type	Reserve	Type	Yes	No
Reserve	Mutually Exclusive	Reserve	Mutually Exclusive	Yes	No
Region	Include in Region Supply	Region	Include in Region Supply	Yes	No
Node	Must Report	Node	Must Report	Yes	No
Node	Is Slack Bus	Node	Is Slack Bus	Yes	No
Line	Must Report	Line	Must Report	Yes	No
Line	Random Number Seed	Line	Random Number Seed	Yes	No
Line	Price Setting	Line	Price Setting	Yes	No
Line	Expansion Optimality	Line	Expansion Optimality	Yes	No
Transformer	Must Report	Transformer	Must Report	Yes	No
Phase Shifter	Price Setting	Phase Shifter	Price Setting	Yes	No
Market	Is Forward	Market	Is Forward	Yes	No
Market	Is Marginal	Market	Is Marginal	Yes	No
Market	Demand Curve	Market	Demand Curve	Yes	No
RSI	Allow Negative Markups	RSI	Allow Negative Mark-ups	Yes	No
Constraint	Sense	Constraint	Sense	Yes	No
Constraint	Include in LT Plan	Constraint	Include in LT Plan	Yes	No
Constraint	Include in PASA	Constraint	Include in PASA	Yes	No
Constraint	Include in MT Schedule	Constraint	Include in MT Schedule	Yes	No
Constraint	Include in ST Schedule	Constraint	Include in ST Schedule	Yes	No
Constraint	Decomposition Method	Constraint	Decomposition Method	Yes	No
Constraint	Include in Uniform Pricing	Constraint	Include in Uniform Pricing	Yes	No
Constraint	Condition Logic	Constraint	Condition Logic	Yes	No
Condition	Sense	Condition	Sense	Yes	No
Condition	Condition Logic	Condition	Condition Logic	Yes	No
Reserve	Mutually Exclusive	Reserve	Mutually Exclusive	Yes	No
Variable	Random Number Seed	Variable	Random Number Seed	Yes	No
Variable	Sampling Method	Variable	Sampling Method	Yes	No
Variable	Distribution Type	Variable	Distribution Type	Yes	No
Design	Pool Type	Region	Pool Type	Yes	No
Design	Generator Settlement Model	Region	Generator Settlement Model	Yes	No
Design	Load Settlement Model	Region	Load Settlement Model	Yes	No
Design	Offer Quantity Format	Generator	Offer Quantity Format	Yes	No
Design	Offer Quantity Format	Line	Offer Quantity Format	Yes	No
Design	Offer Quantity Format	Physical Contract	Offer Quantity Format	Yes	No
Design	Offers Must Clear in Order	Generator	Offers Must Clear in Order	Yes	No
Design	Benefit Function Shape	Purchaser	Benefit Function Shape	Yes	No
Design	Max Benefit Function Tranches	Purchaser	Max Benefit Function Tranches	Yes	No
Design	Uniform Pricing Pump Storage Price Setting	Region	Uniform Pricing Pump Storage Price Setting	Yes	No
Design	Uniform Pricing Relax Transmission Limits	Region	Uniform Pricing Relax Transmission Limits	Yes	No
Design	Uniform Pricing Relax Generic Constraints	Region	Uniform Pricing Relax Generic Constraints	Yes	No
Design	Uniform Pricing Relax Generator Constraints	Region	Uniform Pricing Relax Generator Constraints	Yes	No
Design	Uniform Pricing Relax Ancillary Services	Region	Uniform Pricing Relax Ancillary Services	Yes	No
Design	Uplift Enabled	Region	Uplift Enabled	Yes	No
Design	Uplift Cost Basis	Region	Uplift Cost Basis	Yes	No
Design	Uplift Compatibility	Region	Uplift Compatibility	Yes	No
Design	Uplift Alpha	Region	Uplift Alpha	Yes	Yes
Design	Uplift Beta	Region	Uplift Beta	Yes	Yes
Design	Uplift Include Start Cost	Region	Uplift Include Start Cost	Yes	No
Design	Uplift Include No-Load Cost	Region	Uplift Include No-Load Cost	Yes	No
Design	Uplift Detect Active Min Stable Level Constraints	Region	Uplift Detect Active Min Stable Level Constraint	Yes	No
Design	Uplift Detect Active Ramp Constraints	Region	Uplift Detect Active Ramp Constraints	Yes	No
Design	Constraint Payments Enabled	Region	Constraint Payments Enabled	Yes	No
Design	Constraint Payments Compatibility	Region	Constraint Payments Compatibility	Yes	No
Design	Ancillary Services Dynamic Risk	Reserve	Dynamic Risk	Yes	No
Design	Ancillary Services Interruptible Load Logic	Purchaser	Interruptible Load Logic	Yes	No
Design	Ancillary Services Dynamic Risk	Reserve	Dynamic Risk	Yes	No
Design	Ancillary Services Cost Allocation Model	Reserve	Cost Allocation Model	Yes	No
Production	Ramp Down Penalty	Generator	Max Ramp Down Penalty	Yes	Yes
Production	Ramp Up Penalty	Generator	Max Ramp Up Penalty	Yes	Yes
Production	Hydro Flow Delta Penalty	Waterway	Max Ramp Penalty	Yes	Yes
Production	Hydro Min Flow Penalty	Waterway	Min Flow Penalty	Yes	Yes

7. Input Changes

Some properties are renamed and for a few properties the default value has changed. Most attributes are now properties and labelled in the Configuration as "Settings" for the class. Because they are now properties they can have Scenario applied.

Collection	Property	Notes
Generator	Commit	Now defaults to -1
-	Mark-up	Renamed from "Markup"
-	Bid-Cost Mark-up	Renamed from "Bid Cost Markup"
Storage	Max Ramp	Default is now Infinity
Reserve	Shortage	Renamed from "Shortfall"
Node	Fixed Load	Renamed from "Fixed Losses"
Line	Max Flow	Default is now infinity
MLF Regions	Load Coefficient	Renamed from "Demand Coefficient"
Company	Mark-up Bias	Renamed from "Markup Bias"
Constraint Purchasers	Load Coefficient	Renamed from "Demand Coefficient"
Constraint	Penalty Price	Now allows for -1 to indicate hard constraint
Condition Regions	Load Coefficient	Renamed from "Demand Coefficient"
LT Plan	LDC Type	Renamed from "Step Type"
Competition	Mark-up Min Stable Level	Renamed from "Markup MSL"
-	RSI Bid-Cost Mark-up Method	Renamed from "RSI Bid Cost Markup Method"
Performance	MIP Relative Gap	Allowed to be zero
-	Small MIP Relative Gap	Allowed to be zero
-	Maximum Threads	Defaults to -1 (automatic)
-	MIP Maximum Threads	Defaults to -1 (automatic)
Diagnostic	Solver Summary	Now also outputs XML showing full solution diagnostic

8. New Outputs

The following new output properties are added:

Collection	Property	Note
Generator	Capacity Curtailed	-
-	Curtailment Factor	-
-	Dark Spread	-
-	Dispatchable Capacity/Energy	-
-	Efficient	-
-	Fixed Load Generation	-
-	Fixed Load Violation	Relates to Fixed Load Penalty
-	Fixed Load Violation Cost	Relates to Fixed Load Penalty
-	Fuel Transition Cost	-
-	Hours Curtailed	-
-	Hours of Fixed Load Violation	Relates to Fixed Load Penalty
-	Hours of Min Load Violation	Relates to Min Load Penalty
-	Hours of Ramp Down Violation	Relates to Max Ramp Down Penalty
-	Hours of Ramp Up Violation	Relates to Max Ramp Up Penalty
-	Max Energy Violation	Relates to Max Energy Penalty
-	Max Energy Violation Cost	Relates to Max Energy Penalty
-	Max Starts Violation	-
-	Max Starts Violation Cost	-
-	Min Energy Violation	Relates to Min Energy Penalty
-	Min Energy Violation Cost	Relates to Min Energy Penalty
-	Min Load Violation	Relates to Min Load Penalty
-	Min Load Violation Cost	Relates to Min Load Penalty
-	Net Generation	Relates to Pumped Storage
-	No Cost Capacity/Energy	-
-	Ramp Up Cost	Relates to Ramp Up Charge
-	Ramp Down Cost	Relates to Ramp Down Charge
-	Ramp Up Violation Cost	Relates to Max Ramp Up Penalty
-	Ramp Down Violation	Relates to Max Ramp Down Penalty
-	Ramp Down Violation Cost	Relates to Ramp Down Penalty
-	Shadow Generation	Relates to Uplift
-	Shadow Pool Revenue	Relates to Uplift
-	Shadow Price Received	Relates to Uplift
-	Spark Spread	-
-	Start & Shutdown Penalty Cost	Relates to Start Penalty and Shutdown Penalty
-	Strategic Shadow Price	Relates to Company Strategic
-	Undispatched Capacity/Energy	-
-	Units Pumping	-
Generator Fuels	Transition Cost	-
Fuel	Generation	-
-	Average Heat Rate	-
-	Time-weighted Price	-
-	Max Offtake	-
Emission	Generation	-
-	Intensity	-
Emission Generators	Generation	-
-	Intensity	-
Emission Generators	Generation	-
-	Intensity	-
Emission Fuels	Generation	-
-	Intensity	-
Emissions	Generation	-
-	Intensity	-
Company Emissions	Generation	-
-	Intensity	-
Storage	Efficiency	-
-	Generation	-
-	Hours of Ramp Violation	Relates to Max Ramp Penalty
-	Non-physical Inflow	Relates to Non-physical Inflow Penalty
-	Non-physical Spill	Relates to Non-physical Spill Penalty
-	Pump Load	-
-	Ramp	-
-	Ramp Price	-
-	Ramp Violation	Relates to Max Ramp Penalty
-	Ramp Violation Cost	Relates to Max Ramp Penalty
Waterway	Hours of Max Flow Violation	Relates to Max Flow Penalty
-	Max Flow Violation	-
-	Max Flow Violation Cost	-
-	Hours of Ramp Violation	-
-	Ramp Violation	-
-	Ramp Violation Cost	-
Purchaser	Max Energy Violation	Relates to Max Energy Penalty
-	Max Energy Violation Cost	Relates to Max Energy Penalty
-	Min Energy Violation	Relates to Min Energy Penalty
-	Min Energy Violation Cost	Relates to Min Energy penalty
-	Load Factor	-
Reserve	Hours of Shortage	-
-	Shortage Cost	-
Reserve Generator Contingencies	Risk	-
-	Shadow Price	-
Reserve Line Contingencies	Risk	-
-	Shadow Price	-
Reserve Regions	Load Risk	-
Region / Zone	Capacity Excess Cost	-
-	Capacity Shortage Cost	-
-	Capacity Shortage Cost	-
-	Cost of Dump Energy	-
-	Cost of Unserved Energy	-
-	Emissions Cost	-
-	Generator Auxiliary Use	-
-	Generation Sent Out	-
-	Generation Sent Out	-
-	Hours of Dump Energy	-
-	Hours of Unserved Energy	-
-	LRMC	Relates to LT Plan
-	Shadow Cost to Load	-
-	Shadow Generation	-
-	Shadow Load	-
-	Total Generation Revenue	-
Region Regions	Available Transfer Capability	-
Node	Peak Load	-
-	Generator Auxiliary Use	-
-	Generation Sent Out	-
Line	Available Transfer Capability	-
-	Export Capacity Built	-
-	Export Capacity Retired	-
-	Export Cost	-
-	Export Limit	-
-	Export Revenue	-
-	Import Capacity Built	-
-	Import Capacity Retired	-
-	Import Cost	-
-	Import Limit	-
-	Import Revenue	-
Transformer	Available Transfer Capability	-
-	Export Cost	-
-	Export Limit	-
-	Export Revenue	-
-	Flow Back	-
-	Import Cost	-
-	Import Limit	-
-	Import Revenue	-
-	Loading	-
-	Loading Back	-
-	Loss Back	-
-	Max Flow	-
-	Min Flow	-
Interface	Available Transfer Capability	-
-	Export Limit	-
-	Import Limit	-
-	Export Limit	-
-	Loading	-
-	Loading Back	-
Company	Total Generation Cost	-
-	Build Cost	-
-	Capacity Built	-
-	Capacity Retired	-
-	Net New Capacity	-
-	Retirement Cost	-
-	Shadow Generation	-
Company Regions	Shadow Generation	-
-	Marginal Cost	-
Variable	Raw Value	-

9. Changed Outputs

The following changes are made to existing output properties:

Collection	Property	Notes
Generator	Hours of Operation	Replaces "In Operation"
-	Mark-up	Renamed from "Markup"
-	SHadow Price Received	Renamed from "Marginal Cost Price Received"
-	FO&M Cost	Renamed from "FOM Cost"
-	Ramp Up Price	Replaces "Ramp Price"
-	Ramp Down Price	-
-	Ramp Up Violation	Replaces "Ramp Violation"
-	Ramp Down Violation	-
-	Build Cost	Now reported in thousands not millions
-	Retirement Cost	Now reported in thousands not millions
Generator Fuels	Hours Available	Replaces "Is Available"
Region	-	Replaces "Hours of Outage"
-	Price-Cost Mark-up	Renamed from "Price Cost Markup"
-	Shadow Price	Replaces "Marginal Cost Price"
-	Generator FO&M Cost	Renamed from "Generator FOM Cost"
Line / Transformer	-	Replaces "Is Congested"
-	Hours Violated	Replaces "Is Violated"
Phase Shifter	Hours Binding	Replaces "Is Binding"
Interface	Hours Congested	Replaces "Is Congested"
Contingency	Hours Binding	Replaces "Is Binding"
Financial Contract	Hours Active	Replaces "Is Active"
RSI	Bid-Cost Mark-up	Renamed from "Bid Cost Markup"
-	Price-Cost Mark-up	Renamed from "Price Cost Markup"
Constraint	Hours Binding	Replaces "Is Binding"
-	Hours Active	Replaces "Is Active"