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LET’S GET ORGANIZED! LONG-TERM MARKET DESIGN FOR A HIGH PENETRATION GRID
This research paper proposes the creation of Organized Long-Term Markets (OLTMs) to support the rapid deployment of clean energy resources in restructured wholesale electricity markets. The author argues that current market designs—including energy-only, capacity, and hybrid models—fail to provide the long-term investment signals and liquidity needed for grids with high penetration of variable renewable energy (VRE). The proposed OLTM acts as a derivative market that standardizes long-term energy delivery contracts, allowing producers to recover capital expenditures and consumers to hedge against price volatility while remaining linked to real-time spot market pricing.
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Document type: Research paper
WHOLESALE ELECTRICITY MARKET DESIGN FOR RAPID DECARBONIZATION: A DECENTRALIZED MARKETS APPROACH
The research paper proposes a wholesale electricity market design to facilitate rapid decarbonization by combining a centralized regional spot market for short-term efficiency with decentralized forward procurement for long-term investment. The authors argue that this approach minimizes the risks of over-investment and political interference associated with centralized capacity markets while leveraging public policy instruments to internalize carbon externalities.
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Document type: Research paper
WHOLESALE ELECTRICITY MARKET DESIGN FOR RAPID DECARBONIZATION: VISIONS FOR THE FUTURE
This report by Energy Innovation examines the need to modernize wholesale electricity market designs to accommodate the transition from large, fuel-burning power plants to decarbonized resources like wind, solar, and energy storage. It identifies the limitations of the current 'marginal cost dispatch' paradigm and proposes ten principles for future markets, while outlining two primary pathways for evolution: a 'Robust Spot Market' approach and a 'Long-Term Plus Short-Term Markets' approach.
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Document type: Report
Markets for low carbon, low cost electricity systems
This research paper by the Climate Policy Initiative argues that existing electricity market designs, based on short-term marginal costs, are ill-suited for a low-carbon transition dominated by variable renewable energy (VRE). The authors propose a bifurcated market model—separating a long-term 'energy market' for commodity production from a short-term 'delivery market' for flexibility—to lower financing costs for capital-intensive assets and provide clearer incentives for flexibility resources like batteries and demand response.
AI-generated
This summary is written by a language model reading the source document. It is not the publisher's words and is not a substitute for the original.
Document type: Research paper