| Document Date: 2012-09-16 08:12:09
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City London / / Company Creative Commons / Wind (onshore) Wind (offshore) Nuclear Coal (large) Coal / National Grid / Nuclear Coal (large) Coal / / Country Norway / United States / United Kingdom / Scotland / Wales / / Currency GBP / / / Facility Plant Start Costs We / Qth plant / Plant Data We / / IndustryTerm web interface / energy constraint / electricity market / electricity crisis / electricity / energy constraints / energy storage / electricity prices / real-time electricity pricing / problems involving electricity dispatch / electricity industry / energy capacity / peak-lopping algorithm / low-carbon energy system / non-linear optimised dispatch algorithm / electricity system / iterative search / electric utilities / economic applications / oil / electricity storage / energy / expected energy yield / be conducted using the web interface / / Organization UK Meteorological Service / Central Electricity Generating Board in England / Richard Green Imperial College Business School / / Person Richard Green / / / Position economist / benevolent planner / full engineering model / economists frequently use simplified approaches / representative / Corresponding author / / ProvinceOrState California / / Region New England / / Technology RAM / non-linear optimised dispatch algorithm / peak-lopping algorithm / simulation / /
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Is there still merit in the merit order stack? The impact of dynamic constraints on optimal plant mix Iain Staffell 1 and Richard Green Imperial College Business School, London, SW7 2AZ, UK. Abstract