EMO:Functions - Revision history

Greg: /* Presentation Interface Functions */

2014-02-09T20:42:19Z

Presentation Interface Functions

Greg: /* Presentation Interface Functions */

2014-02-09T20:41:34Z

Presentation Interface Functions

Greg: /* Supporting Functions */

2014-02-09T20:40:00Z

Supporting Functions

Greg: /* Supporting Functions */

2014-02-09T20:36:48Z

Supporting Functions

Greg at 20:35, 9 February 2014

2014-02-09T20:35:53Z

Sisep at 01:04, 8 February 2013

2013-02-08T01:04:03Z

Sisep: /* Supporting Functions */

2013-01-31T01:53:02Z

Supporting Functions

Sisep at 01:52, 31 January 2013

2013-01-31T01:52:28Z

Sisep: Created page with "{{#hidens:}} ''EMarketOffer'' has three main functions: #To analyse and present key historical electricity Market data through a powerful set of information presentation tools..."

2012-12-17T20:18:40Z

Created page with "{{#hidens:}} ''EMarketOffer'' has three main functions: #To analyse and present key historical electricity Market data through a powerful set of information presentation tools..."

New page

{{#hidens:}}
''EMarketOffer'' has three main functions:
#To analyse and present key historical electricity Market data through a powerful set of information presentation tools in the '''''Presentation Interface'''''
#To simulate the operation of the Market for situations of potential interest (generally termed Forecasting) and presenting the results through the '''''Presentation Interface'''''
#To conduct Powerflow analysis for a defined network using given nodal demand and generation.

===Supporting Functions===
To achieve these main functions ''EMarketOffer'' must:

For Historical Periods
*Calculate Powerflows using Generation and Demand figures
*Interpret Transmission System data including dynamic changes such as:
**Circuit re-routing or retirement
**Circuit re-rating
**Outages
**Application of Equation Constraints

For Forecast Periods
*Replicate the operation of the SPD Market clearance engine for both the energy and reserves market, to a high degree of accuracy and at high speed
*Load large volume data sets directly from online databases or from file
*Allow easy manipulation of historical Market and Transmission System data to quickly create new '''''Forecast Definitions'''''

===Presentation Interface Functions===
The '''''Presentation Interface''''' provides the following analysis support functions:
*Multi-featured Map
*Flexible tabulation of data including separate floating Windows to monitor specific items of interest
*Forecast Summaries to quickly identify the key features of a Forecast Run
*Charting of Offer stacks, Demand Profiles and Supply Curves by user-definable periods
*General purpose charting of any output variable
*Single-period 'Scenario' mode allowing any Dispatch Factor to be amended and the effects seen instantly through an immediate re-dispatch
*Marginal Analysis mode allowing the sensitivity of dispatch to changes in any Dispatch Factor

[[EMO:EMarketOffer User Manual|Home]] - [[EMO:System Overview|Back]]

@@ Line 31: / Line 31: @@
 *Single-period 'Scenario' mode allowing any Dispatch Factor to be amended and the effects seen instantly through an immediate re-dispatch
 *Marginal Analysis mode allowing the sensitivity of dispatch to changes in any factor that could change an optimal dispatch solve
-*Enabling and viewing Auto-SFT constraints that are created by ''EMO'' during optimal dispatch solves
+*Enabling and viewing Auto-SFT constraints that are created by EMO during optimal dispatch solves
 [[Main Page|Home]]

@@ Line 2: / Line 2: @@
 ''EMarketOffer'' has three main functions:
 #To analyse and present key historical electricity Market data through a powerful set of information presentation tools in the '''''[[EMO:The Presentation Interface|Presentation Interface]]'''''
-#To simulate the operation of the Market for situations of potential interest (generally termed Forecasting) and presenting the results through the '''''[[EMO:The Presentation Interface|Presentation Interface]]'''''
+#To optimally dispatch and price the spot Market for situations of potential interest (generally termed Forecasting) and presenting the results through the '''''[[EMO:The Presentation Interface|Presentation Interface]]'''''
 #To conduct Powerflow analysis for a defined network using given nodal demand and generation.

@@ Line 30: / Line 30: @@
 *General purpose charting of any output variable
 *Single-period 'Scenario' mode allowing any Dispatch Factor to be amended and the effects seen instantly through an immediate re-dispatch
-*Marginal Analysis mode allowing the sensitivity of dispatch to changes in any Dispatch Factor
+*Marginal Analysis mode allowing the sensitivity of dispatch to changes in any factor that could change an optimal dispatch solve
-[[EMO:EMarketOffer User Manual|Home]] - [[EMO:System Overview|Back]]
+[[Main Page|Home]]

@@ Line 16: / Line 16: @@
 **Application of Equation Constraints
-For Forecast Periods
+For forecasts of future periods (Scenarios, Forecasts and Powerflows)
 *Replicate the operation of the SPD Market clearance engine for both the energy and reserves market, to a high degree of accuracy and at high speed
 *Load large volume data sets directly from online databases or from file
 *Allow easy manipulation of historical Market and Transmission System data to quickly create new '''''[[EMO:The Forecast Definition Window|Forecast Definitions]]''''' and thus conduct what-if scenarios analysis
 ===Presentation Interface Functions===

@@ Line 1: / Line 1: @@
 {{#hidens:}}
 ''EMarketOffer'' has three main functions:
-#To analyse and present key historical electricity Market data through a powerful set of information presentation tools in the '''''Presentation Interface'''''
+#To analyse and present key historical electricity Market data through a powerful set of information presentation tools in the '''''[[EMO:The Presentation Interface|Presentation Interface]]'''''
 #To simulate the operation of the Market for situations of potential interest (generally termed Forecasting) and presenting the results through the '''''Presentation Interface'''''
 #To conduct Powerflow analysis for a defined network using given nodal demand and generation.