Nodal Pricing
The prices shown below are exclusive of GST. A green tick indicates that seats are available. A red cross indicates that seats are sold out.
An early payment discount is only available if the course fee is paid in full on, or by, the early payment discount date indicated below.
The “EL0 + ELNP1 + ELRisk” products are for all three courses in a session: this bundle attracts a 10% discount on the individual course prices.
Code: ELNP1
Objective: To provide a working knowledge of nodal dispatch and pricing as it applies to the New Zealand electricity spot market, including simple formulae to apply, and the ability to recognise the cause of certain nodal pricing effects.
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ELNP1: Nodal Pricing of Electricity Auckland 5th September 2012 |  | Price: $1,275.00 Early Discount:$1,147.50 (special ends 31 Aug 2012) | |
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Code: ELNP1
Objective: To provide a working knowledge of nodal dispatch and pricing as it applies to the New Zealand electricity spot market, including simple formulae to apply and the ability to recognise the cause of certain nodal pricing effects.
Prerequisites: EL0. Alternatively, some familiarity with the electricity spot market including an overview knowledge of the SPD and RMT models, and with the processes and timing of publication of final, and other prices.
Market Processes and Models for Dispatch and Pricing Dispatch and pricing processes Marginal pricing Dispatch and pricing models – SPD and RMT Dispatch cost function Constraints in dispatch and pricing models Shadow prices Nodal energy prices and reserve prices defined Losses and constraints surplus Scarcity pricing
One Node ‘Markets’ Dispatch and pricing of energy Reserves risk offsets Dispatch and pricing of reserve Dispatch and pricing effects for energy-reserve constrained dispatch Dispatch and pricing dominated by reserves
Adding Lines and Losses Pricing effects of losses in AC and DC lines Linear versus quadratic losses Contribution of losses to the losses and constraints surplus Loss modelling in SPD
Congested Networks Line limits Pricing effects of simple line constraints Contribution of constrained lines to the losses and constraints surplus “Spring washer effect” due to line constraints in loops in the Grid
Note: Only simple arithmetic is used in this course. Simple examples using a few nodes at most are used to assist learning. Course material may also vary from the above on the day.
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ELNP1: Nodal Pricing of Electricity Auckland 9th May 2012 | | Price: $1,275.00 Early Discount:$1,147.50 (special ends 04 May 2012) | |
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Code: ELNP1
Objective: To provide a working knowledge of nodal dispatch and pricing as it applies to the New Zealand electricity spot market, including simple formulae to apply and the ability to recognise the cause of certain nodal pricing effects.
Prerequisites: EL0. Alternatively, some familiarity with the electricity spot market including an overview knowledge of the SPD and RMT models, and with the processes and timing of publication of final, and other prices.
Market Processes and Models for Dispatch and Pricing Dispatch and pricing processes Marginal pricing Dispatch and pricing models – SPD and RMT Dispatch cost function Constraints in dispatch and pricing models Shadow prices Nodal energy prices and reserve prices defined Losses and constraints surplus Scarcity pricing
One Node ‘Markets’ Dispatch and pricing of energy Reserves risk offsets Dispatch and pricing of reserve Dispatch and pricing effects for energy-reserve constrained dispatch Dispatch and pricing dominated by reserves
Adding Lines and Losses Pricing effects of losses in AC and DC lines Linear versus quadratic losses Contribution of losses to the losses and constraints surplus Loss modelling in SPD
Congested Networks Line limits Pricing effects of simple line constraints Contribution of constrained lines to the losses and constraints surplus “Spring washer effect” due to line constraints in loops in the Grid
Note: Only simple arithmetic is used in this course. Simple examples using a few nodes at most are used to assist learning. Course material may also vary from the above on the day.
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ELNP1: Nodal Pricing of Electricity Wellington 14th March 2012 | | Price: $1,275.00 Early Discount:$1,147.50 (special ends 09 Mar 2012) | |
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Code: ELNP1
Objective: To provide a working knowledge of nodal dispatch and pricing as it applies to the New Zealand electricity spot market, including simple formulae to apply and the ability to recognise the cause of certain nodal pricing effects.
Prerequisites: EL0. Alternatively, some familiarity with the electricity spot market including an overview knowledge of the SPD and RMT models, and with the processes and timing of publication of final, and other prices.
Market Processes and Models for Dispatch and Pricing Dispatch and pricing processes Marginal pricing Dispatch and pricing models – SPD and RMT Dispatch cost function Constraints in dispatch and pricing models Shadow prices Nodal energy prices and reserve prices defined Losses and constraints surplus Scarcity pricing
One Node ‘Markets’ Dispatch and pricing of energy Reserves risk offsets Dispatch and pricing of reserve Dispatch and pricing effects for energy-reserve constrained dispatch Dispatch and pricing dominated by reserves
Adding Lines and Losses Pricing effects of losses in AC and DC lines Linear versus quadratic losses Contribution of losses to the losses and constraints surplus Loss modelling in SPD
Congested Networks Line limits Pricing effects of simple line constraints Contribution of constrained lines to the losses and constraints surplus “Spring washer effect” due to line constraints in loops in the Grid
Note: Only simple arithmetic is used in this course. Simple examples using a few nodes at most are used to assist learning. Course material may also vary from the above on the day.
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ELNP1: Nodal Pricing of Electricity Wellington 14th November 2012 | | Price: $1,275.00 Early Discount:$1,147.50 (special ends 09 Nov 2012) | |
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Code: ELNP1
Objective: To provide a working knowledge of nodal dispatch and pricing as it applies to the New Zealand electricity spot market, including simple formulae to apply and the ability to recognise the cause of certain nodal pricing effects.
Prerequisites: EL0. Alternatively, some familiarity with the electricity spot market including an overview knowledge of the SPD and RMT models, and with the processes and timing of publication of final, and other prices.
Market Processes and Models for Dispatch and Pricing Dispatch and pricing processes Marginal pricing Dispatch and pricing models – SPD and RMT Dispatch cost function Constraints in dispatch and pricing models Shadow prices Nodal energy prices and reserve prices defined Losses and constraints surplus Scarcity pricing
One Node ‘Markets’ Dispatch and pricing of energy Reserves risk offsets Dispatch and pricing of reserve Dispatch and pricing effects for energy-reserve constrained dispatch Dispatch and pricing dominated by reserves
Adding Lines and Losses Pricing effects of losses in AC and DC lines Linear versus quadratic losses Contribution of losses to the losses and constraints surplus Loss modelling in SPD
Congested Networks Line limits Pricing effects of simple line constraints Contribution of constrained lines to the losses and constraints surplus “Spring washer effect” due to line constraints in loops in the Grid
Note: Only simple arithmetic is used in this course. Simple examples using a few nodes at most are used to assist learning. Course material may also vary from the above on the day.
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ELNP1: Nodal Pricing of Electricity Wellington 18th July 2012 | | Price: $1,275.00 Early Discount:$1,147.50 (special ends 13 Jul 2012) | |
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Code: ELNP1
Objective: To provide a working knowledge of nodal dispatch and pricing as it applies to the New Zealand electricity spot market, including simple formulae to apply and the ability to recognise the cause of certain nodal pricing effects.
Prerequisites: EL0. Alternatively, some familiarity with the electricity spot market including an overview knowledge of the SPD and RMT models, and with the processes and timing of publication of final, and other prices.
Market Processes and Models for Dispatch and Pricing Dispatch and pricing processes Marginal pricing Dispatch and pricing models – SPD and RMT Dispatch cost function Constraints in dispatch and pricing models Shadow prices Nodal energy prices and reserve prices defined Losses and constraints surplus Scarcity pricing
One Node ‘Markets’ Dispatch and pricing of energy Reserves risk offsets Dispatch and pricing of reserve Dispatch and pricing effects for energy-reserve constrained dispatch Dispatch and pricing dominated by reserves
Adding Lines and Losses Pricing effects of losses in AC and DC lines Linear versus quadratic losses Contribution of losses to the losses and constraints surplus Loss modelling in SPD
Congested Networks Line limits Pricing effects of simple line constraints Contribution of constrained lines to the losses and constraints surplus “Spring washer effect” due to line constraints in loops in the Grid
Note: Only simple arithmetic is used in this course. Simple examples using a few nodes at most are used to assist learning. Course material may also vary from the above on the day.
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Updating...
Prerequisites: EL0. Alternatively, some familiarity with the electricity spot market including an overview knowledge of the SPD and RMT models, and with the processes and timing of publication of final, and other prices.
- Market Processes and Models for Dispatch and Pricing
Dispatch and pricing processes
Dispatch and pricing models – SPD and RMT
Dispatch cost function
Constraints in dispatch and pricing models
Shadow prices
Nodal energy prices and reserve prices defined
Losses and constraints’ surplus
Scarcity pricing - One Node ‘Markets’
Dispatch and pricing of energy
Reserves risk offsets
Dispatch and pricing of reserve
Dispatch and pricing effects for energy-reserve constrained dispatch
Dispatch and pricing dominated by reserves - Adding Lines and Losses
Pricing effects of losses in AC and DC lines
Linear versus quadratic losses
Contribution of losses to the ‘losses and constraints’ surplus
Loss modelling in SPD - Congested Networks
Line limits
Pricing effects of simple line constraints
Contribution of constrained lines to the losses and constraints’ surplus
“Spring washer effect” due to line constraints in loops in the Grid
Note: Only simple arithmetic is used in this course. Simple examples using a few nodes at most are used to assist learning. Course material may also vary from the above on the day.