2020
DOI: 10.1016/j.rser.2020.110301
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A comprehensive review of variable renewable energy levelized cost of electricity

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Cited by 184 publications
(69 citation statements)
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“…The emerging role of AI for RE utilization may help it achieve some targets (22%) within the economy group because (a) the AI, machine learning, and smart communication can be used to succeed this harmonization effort to have unique standards and requirements concerning RE integration around the world 66,67 (target 17.14 and 17.6); (b) improvement and optimization (using AI) will enhance the RE efficiency and production 68,69 (target 12.11); (c) optimization of the west to energy (WtE) technologies for treating of various waste fractions in a medium-term future energy system considering their complex properties and optimizing both investments and production. Optimization of routes, which include waste components (i.e., food and yard wastes, non-biodegradable components, rubber, plastic, textile, leather, and wood) are the optimized WtE routes for maximum power generation potential by biochemical and thermochemical treatments of solid waste 70,71 (targets 12.4, 12.5); and (d) the AI, machine learning, optimization, and smart communications have positive impact to increase RE productivity, reduce the cost, and introduce innovation toward smart grid [72][73][74] (target 8.1). Furthermore, fewer targets within the Economy group (6 targets, 10%) can be impacted negatively by RE.…”
Section: Re Utilization and Economic Outcomesmentioning
confidence: 99%
“…The emerging role of AI for RE utilization may help it achieve some targets (22%) within the economy group because (a) the AI, machine learning, and smart communication can be used to succeed this harmonization effort to have unique standards and requirements concerning RE integration around the world 66,67 (target 17.14 and 17.6); (b) improvement and optimization (using AI) will enhance the RE efficiency and production 68,69 (target 12.11); (c) optimization of the west to energy (WtE) technologies for treating of various waste fractions in a medium-term future energy system considering their complex properties and optimizing both investments and production. Optimization of routes, which include waste components (i.e., food and yard wastes, non-biodegradable components, rubber, plastic, textile, leather, and wood) are the optimized WtE routes for maximum power generation potential by biochemical and thermochemical treatments of solid waste 70,71 (targets 12.4, 12.5); and (d) the AI, machine learning, optimization, and smart communications have positive impact to increase RE productivity, reduce the cost, and introduce innovation toward smart grid [72][73][74] (target 8.1). Furthermore, fewer targets within the Economy group (6 targets, 10%) can be impacted negatively by RE.…”
Section: Re Utilization and Economic Outcomesmentioning
confidence: 99%
“…Another approach to fairly compare CSP plants with other renewable and conventional power plants is to consider different indicators, such as the levelized avoided cost of electricity (LACE). The LACE represents the potential cost of providing electricity to the grid through a new power plant project, and it is calculated as the weighted average cost of the marginal cost of electricity dispatch [25]. In order to make the right calculations, LACE takes into account different territorial indicators, such as daily and seasonal variation in demand, the existing grid mix generation, the heat produced, the fuel cost and the ability to dispatch on-demand power [26].…”
Section: Economic Considerations Of Grid-connected Csp Towers and The Business Opportunity For Thermal Energy Storagementioning
confidence: 99%
“…As a low-carbon technology, wind power plays an important role in addressing climate change (Shen et al, 2020). The installed capacity of wind power has increased significantly in recent years.…”
Section: Effects Of Wind Generation Pricing On Australia's Electricity Marketsmentioning
confidence: 99%