Market Design

Find papers and presentations on all market design topics;

Capacity Markets, Competitive Market Models, ELMP, Financial Transmission Rights, investment incentives, lessons from abroad, lessons from other industries, LMP, price formation, regional transmission organizations, retail pricing, and. scarcity pricing.

 

Capacity Markets

McKibbin, Warwick, Adele Morris, and Peter Wilcoxen. “THE ROLE OF BORDER CARBON ADJUSTMENTS IN A U.S. CARBON T AX.” In, 2017.Abstract

This paper examines carbon tax design options in the United States using an intertemporal computable general equilibrium model of the world economy called G- Cubed. Four policy scenarios explore two overarching issues: (1) the effects of a carbon tax under alternative assumptions about the use of the resulting revenue, and (2) the effects of a system of import charges on carbon-intensive goods (“border carbon adjustments”).

Kelly, John. “Dynamic Pricing.” In, 2016.Abstract
Kelly, John. Dynamic Pricing." Presentation to the Harvard Electricity Policy Group's 83rd Plenary Session. Cambridge, MA, June 2, 2016."
FERC, Operator‐Initiated Commitments in RTO and ISO Markets, 2014.Abstract

EXCERPT FROM THE EXECUTIVE SUMMARY:

 

This paper is part of an effort to evaluate matters affecting price formation in the energy and ancillary services markets operated by Regional Transmission Operators (RTOs) and Independent System Operators (ISOs) subject to the jurisdiction of the Federal Energy Regulatory Commission (FERC or Commission). It focuses on operator-initiated commitments in the RTOs and ISOs and the challenges in internalizing all relevant physical and operational constraints in the day-ahead and real-time market processes. This paper defines an operator-initiated commitment as a commitment that is not associated with a resource clearing the day-ahead or real-time market on the basis of economics and that is not a self-schedule. Deeming an action to be “operator-initiated” is not intended to confer any judgment that the action is not appropriate or necessary to maintain reliability.

 

Competitive Market Models

Panagiotis, Andrianesis, Michael C. Caramanis, and William W. Hogan. “Computation of Convex Hull Prices in Electricity Markets with Non-Convexities using Dantzig-Wolfe Decomposition.” In, 2020. Publisher's VersionAbstract
—The presence of non-convexities in electricity markets has been an active research area for about two decades. The — inevitable under current marginal cost pricing — problem of guaranteeing that no truthful-bidding market participant incurs losses in the day-ahead (DA) market is addressed in current practice through make-whole payments a.k.a. uplift. Alternative pricing rules have been studied to deal with this problem. Among them, Convex Hull (CH) prices associated with minimum uplift have attracted significant attention. Several US Independent System Operators (ISOs) have considered CH prices but resorted to approximations, mainly because determining exact CH prices is computationally challenging, while providing little intuition about the price formation rational. In this paper, we describe CH price estimation problem by relying on DantzigWolfe decomposition and Column Generation. Moreover, the approach provides intuition on the underlying price formation rational. A test bed of stylized examples elucidate an exposition of the intuition in the CH price formation. In addition, a realistic ISO dataset is used to suggest scalability and validate the proof-of-concept.
  •  
  • 1 of 33
  • »

Financial Transmission Rights

Transmission Risk Hedging Products: Solutions for the Market and Consequences for the TSOs.” In, 2006.Abstract

Executive Summary

In the framework of the EC Regulation 1228/2003, the goal of this background paper is to provide a description of the different market based solutions available for transmission risk hedging in congestion management. This paper presents three different transmission risk hedging products that can be offered to the market in the field of cross-border trade and congestion management. Due to various facts several price zones exist within the overall European electricity market where the demand of each zone is met in real time by the production of the respective zone and a zone specific market price is found (e.g. on the respective Power Exchange). This raises the question of how a market player wishing to buy electricity in a certain price zone and to sell it in another one can hedge the risk of a price difference emerging between those zones. This paper describes the three main kinds of transmission risk hedging products identified by ETSO: • Physical Transmission Rights (PTRs); • Financial Transmission Rights (FTRs); • Financial Contracts for Differences (CfDs); The paper also provides a first evaluation of the different solutions adopting a markets’ perspective. From a practical perspective, the implementation of forward PTRs only requires a minimum of market infrastructure and contractual arrangements. This is probably the reason for this product to be widely and successfully implemented on most European interconnections. However, Market Splitting or Coupling or co-ordinated implicit auctions would be the main prerequisite towards the implementation of marketbased FTRs and CfDs in Europe. Vice versa, in case Implicit Auctions (Market Splitting or Coupling) are introduced FTRs form a reasonable complement to those schemes for transmission hedging.

  •  
  • 1 of 2
  • »

Investment Incentives

  •  
  • 1 of 2
  • »

Lessons from Abroad

Green, Richard, and Iain Staffell. “Richard Green and Iain Staffell - The Contribution of Taxes, Subsidies and Regulations to British Electricity Decarbonisation,” 2021.Abstract

Great Britain’s carbon emissions from electricity generation fell by two-thirds between 2012 and 2019, providing an important example for other nations. This rapid transition was driven by a complex interplay of policies and events: investment in renewable generation, closure of coal power stations, raising carbon prices and energy efficiency measures. Previous studies of the impact of these simultaneous individual measures miss their interactions with each other and with exogenous changes in fuel prices and the weather. Here we use Shapley values, a concept from cooperative game theory, to disentangle these and precisely attribute outcomes (CO2 saved, changes to electricity prices and fossil fuel consumption) to individual drivers. We find the effectiveness of each driver remained stable despite the transformation seen over the 7 years we study. The four main drivers each saved 19–29 MtCO2 per year in 2019, reinforcing the view that there is no ‘silver bullet’, and a multi-faceted approach to deep decarbonisation is essential.

Moen, Jan. “Regional Initiative: Which Appropriate Market Design?” In, 2009.Abstract

Moen, Jan. Regional Initiative: Which Appropriate Market Design? European University Institute, Robert Schuman Center for Advanced Studies, Florence School of Regulation. November, 2009. 44 pages.

 

The European Union has a long experience and many success stories when it comes both to build a borderless Europe and to ensure that benefits are fairly distributed among producers and end-use customers. In some sectors results and benefits arise quickly, but sometimes borders remain difficult to cross despite numerous initiatives. A typical example of this is the completion of the single market for electricity. The process has been ongoing since the early 1990s and major progress has been made. However, we are still far from a borderless and truly competitive electricity market across Europe. A new legislative framework, the Third Package, will enter into force shortly and yield strong expectations. However, growing concerns become apparent among policy makers and in the market place on its ability to effectively foster the completion of the internal market and tackle market power issues. This paper argues that the approach adopted in the Third Package is not adapted to the challenges the European Union faces in electricity. The current lack of focus on implementing a better market design architecture leads the EU regulatory framework to overlooks important issues such as the promotion of power exchanges. The paper reviews the current state of the art on ‘smart’ market design in the economic literature and confronts it with the concrete experiences pursued at the regional level, in the European Union and beyond. Some of the issues discussed in depth include the TSOs’ roles and institutional design, generation adequacy and the design of capacity mechanisms and the development of demand-side response programs. It shows that the EU should learn from some of the on-going initiatives pursued at the domestic and regional level and that a sound market design based on a pool/TSO central dispatch is probably the way forward.

 

Anderson, Edward J. “Mixed Strategies in Discriminatory Divisible-good Auctions.” In, 2009.Abstract

Anderson, Edward J. , Pr Holmberg and Andrew B. Philpott. Mixed Strategies in Discriminatory Divisible-good Auctions. IFN Working Paper No. 814, 2009. 72 pages.

Using the concept of market-distribution functions, we derive general optimality conditions for discriminatory divisible-good auctions, which are also applicable to Bertrand games and non-linear pricing. We introduce the concept of offer distribution function to analyze randomized offer curves, and characterize mixed-strategy Nash equilibria for pay-as-bid auctions where demand is uncertain and costs are common knowledge; a setting for which pure-strategy supply function equilibria typically do not exist. We generalize previous results on mixtures over horizontal offers as in Bertrand-Edgeworth games, but more importantly we characterize novel mixtures over partly increasing supply functions.

 

 

Brown, Ashley. “Regulation and Electric Restructuring Policy Note: Follow Up to Moscow Visit of July 12-15, 2005 and Workshop of July 14, 2005.” In, 2005.Abstract

Excerpt from the Introduction:

In January 2004, a World Bank (WB) mission, including both WB staffers and two outside consultants, visited Moscow to review the proposal of RAO-UES, , the stateowned electric utility, to restructure the Russian power sector in ways that would promote competition and render the sector more efficient. The objective of the WB mission was to produce two Policy Notes, one on market design, and the other on regulation. After extensive review of documents and meetings with a broad array of critical players in the market, as well as interaction with Russian counterparts, the Policy Notes were written in June 2004. Those papers, based on the submissions of the two outside consultants (Larry Ruff for market design and Ashley Brown for regulation), were distributed within the Russian power sector.

Schubert, Eric, Sam Zhou, Tony Grasso, and Grace Niu. A Primer on Wholesale Market Design, 2002.Abstract

This white paper is a primer on wholesale market design and provides background for the open meeting workshop scheduled by the Public Utility Commission of Texas for November 1, 2002. The paper is divided into six sections:

1. Reasons for this rulemaking;

2. Measures of an efficient, sustainable market;

3. Architecture of power markets;

4. Elements of a power market;

5. Basic economics of congestion management and day-ahead markets;

6. Descriptions of wholesale electric markets around the world.

Fabra, Natalia, Nils-Hendrik von der Fehr, and David Harbord. “Designing Electricity Auctions: Uniform, Discriminatory and Vickrey.” In, 2002.Abstract

Fabra, Natalia, Nils-Hendrik von der Fehr and David Harbord. Designing Electricity Auctions: Uniform, Discriminatory and Vickrey. 9 November 2002. Paper, 37 pages.

Motivated by the new auction format introduced in the England and Wales electricity market and the recent debate in California, we charac- terize bidding behavior and market outcomes in uniform, discriminatory and Vickrey electricity auctions. The aim is to gain an improved under- standing of how different auction formats affect the degree of competition and overall welfare in decentralized electricity markets. We find that the uniform auction is (weakly) outperformed in consumer surplus terms by the discriminatory auction, but that uniform auctions are (weakly) more efficient. Vickrey auctions guarantee productive efficiency, but at the expense of large payments to firms. The overall welfare ranking of the auctions is thus ambiguous. The paper also clarifies some methodological issues in the analysis of electricity auctions. In particular we show that analogies with continuous share auctions are misplaced so long as firms are restricted to a finite number of bids. We also provide a characterization of multi-unit Vickrey auctions with reserve pricing.

 

 

LMP

Hogan, William. “ Demand Response Compensation, Net Benefits and Cost Allocation: Preliminary Comments ” (2010).Abstract

EXCERPT FROM THE INTRODUCTION:

The Federal Energy Regulatory Commission’s Supplemental Notice of Proposed Rulemaking (NOPR) addresses the question of proper compensation for demand response in organized wholesale electricity markets. Assuming that the Commission would proceed with the proposal “to require tariff provisions allowing demand response resources to participate in wholesale energy markets by reducing consumption of electricity from expected levels in response to price signals, to pay those demand response resources, in all hours, the market price of energy (also referred to as the ‘locational marginal price’ or ‘LMP’) for such reductions,” the Commission posed questions about applying a net benefits test and rules for cost allocation.

There is now an extensive record in this matter, and I have written on the various issues. The purpose of the present paper is to summarize critical points and pose implications for the issues of net benefit tests and cost allocation. The limited time of the technical conference format dictates a certain brevity, referring to the prior submissions for a fuller exposition. My comments highlight several questions: Why are we here? Why is this subject so confusing? Why are retail rates relevant? How can we match ends and means? Do we need a net benefits test? How should we allocate costs? Where should we go from here?

 

The Commission’s Supplemental NOPR did not address the underlying arguments presented in response to the original NOPR in this matter. But many of the basic issues in considering net benefits tests and cost allocation arise from the fundamentals that the Commission should address. Despite the important role that LMP plays in successful market design, the Commission should not assume that paying LMP is always appropriate.

 

  • «
  • 2 of 2
  •  

Regional Transmission Organizations (RTO)

The Clean Power Plan Endangers Electric Reliability: RTO and ISO Market Perspectives.” In, 2015.Abstract

Excerpt from the Executive Summary

Background

The Environmental Protection Agency’s proposed Clean Power Plan (CPP), published in June 2014, raises substantial operational challenges for regional transmission organizations (RTOs). In the CPP, EPA specifies emission reduction targets for 49 of the 50 states, based on EPA’s modeling that purportedly shows that each state can achieve the specified reduction targets through the use of four “building blocks.” States are to develop plans to meet the targets between 2020 and 2030, and are offered “flexibility” to use any combination of the four building blocks specified and/or other means (if approved by EPA) to achieve these targets. The State plans – required by June 30, 2016 (unless an extension is granted) - must specify how each state intends to meet the targets.

While there are many issues, questions and concerns with the ability of states and utilities to meet EPA’s emission reduction targets based on the use of EPA’s four building blocks (or through other means), building block 2, in particular, raises substantial issues for systems operators and RTO/ISO market operations because it involves changing the current methods of how electricity is dispatched throughout the nation’s bulk power systems.

Either FERC or the states have always overseen how security constrained economic dispatch is conducted to maintain reliability while cost-effectively serving customers. But, if EPA’s proposed rule becomes final, it, and not the system operators that federal and state regulators have entrusted, will make such critical decisions for our nation’s utility customers regardless of costs.

NYISO Governance.” In, 2015.Abstract
Bie, Ave. NYISO Governance." Presentation to the Harvard Electricity Policy Group 78th Plenary Session, Half Moon Bay, CA, March 2015."
FERC, Operator‐Initiated Commitments in RTO and ISO Markets, 2014.Abstract

EXCERPT FROM THE EXECUTIVE SUMMARY:

 

This paper is part of an effort to evaluate matters affecting price formation in the energy and ancillary services markets operated by Regional Transmission Operators (RTOs) and Independent System Operators (ISOs) subject to the jurisdiction of the Federal Energy Regulatory Commission (FERC or Commission). It focuses on operator-initiated commitments in the RTOs and ISOs and the challenges in internalizing all relevant physical and operational constraints in the day-ahead and real-time market processes. This paper defines an operator-initiated commitment as a commitment that is not associated with a resource clearing the day-ahead or real-time market on the basis of economics and that is not a self-schedule. Deeming an action to be “operator-initiated” is not intended to confer any judgment that the action is not appropriate or necessary to maintain reliability.

 

  •  
  • 1 of 6
  • »

Retail Pricing

  •  
  • 1 of 5
  • »

Scarcity Pricing

Kelly, John. “Dynamic Pricing.” In, 2016.Abstract
Kelly, John. Dynamic Pricing." Presentation to the Harvard Electricity Policy Group's 83rd Plenary Session. Cambridge, MA, June 2, 2016."
  •  
  • 1 of 4
  • »

Uplift

Gavan, John C., and Rob Gramlich. John C. Gavan and Rob Gramlich - A New State-Federal Cooperation Agenda for Regional and Interregional Transmission, 2021. Publisher's VersionAbstract

Excerpt from the Introduction:

The experience of grid operators and planners in the United States and around the world has shown that both decarbonization and power system resilience will require large-scale regional and inter-regional trans- mission expansion. In the United States, transmission planning, cost recovery, and siting are all subject to both state and federal jurisdiction. To meet the challenge of expanding transmission to implement decarbonization, the Federal Energy Regulation Commission (FERC) and the National Association of Regulatory Utility Commissioners (NARUC) recently announced the Joint Federal-State Task Force on Electric Transmission to focus on this issue.1 Resolving issues of siting and cost recovery for interstate electric transmission lines will encourage constructive state-federal cooperation. The task force and related regional and national coordination among the states, FERC, the Department of Energy (DOE), and federally regulated transmission providers will be critical to ensuring a resilient and clean power system.

  •  
  • 1 of 264
  • »