Cooperative game theory and last addition method in the allocation of firm energy rights

Faria, Victor A. D.; Queiroz, Anderson Rodrigo de; Lima, Luana Medeiros Marangon; Lima, J.W. Marangon

doi:10.1016/j.apenergy.2018.06.065

Cited by 15 publications

(5 citation statements)

References 30 publications

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“…under the condition of dynamic information exchange and satisfying constraints, all participants can realize the reallocation of resources through cooperation to improve the overall efficiency. Therefore, cooperative game mainly studies how to optimize the allocation of resources, and through the solution of cooperative game and payment transfer to achieve global optimization [45]. The following assumptions are made according to the actual electric energy substitution projects:…”

Section: A Model Assumptions Of Electric Power Substitutionmentioning

confidence: 99%

Planning Mechanism Design and Benefit Analysis of Electric Energy Substitution: A Case Study of Tobacco Industry in Yunnan Province, China

et al. 2020

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The problem of fossil energy shortage and pollution has become increasingly prominent. In China, government-led electric energy substitution projects are being carried out in nationwide, aiming at the end of energy consumption links, using electricity instead of coal-fired and oil-fired energy consumption, in order to optimize the energy structure and achieve the goal of energy conservation and emission reduction. Aiming at the planning and benefit sharing of electric energy substitution project, this research first designs the planning mechanism of electric energy substitution for productive users, analyses distribution network planning, transformation subsidy and so on, and puts forward three schemes. Secondly, based on the cooperative game theory, the benefit allocation model of electric energy substitution project is established. Finally, we take the flue-cured tobacco project about replacing coal with electricity in three areas of Yunnan province as an example to analyze, optimize the game strategy, and put forward three indicators to measure the benefits of the participants in the project. The pollution reduction situation that can not be converted into economic benefits is counted. The modeling results show that the density of users geographically will directly affect the cost of the distribution network transformation. The coal flue-cured tobacco heat loss and serious pollution, after optimization, power grid enterprises can quickly recover investment. INDEX TERMS Electric energy substitution, mechanism design, benefit analysis, tobacco industry.

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Section: A Model Assumptions Of Electric Power Substitutionmentioning

confidence: 99%

Planning Mechanism Design and Benefit Analysis of Electric Energy Substitution: A Case Study of Tobacco Industry in Yunnan Province, China

et al. 2020

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“…Some countries such as Norway, Colombia, Brazil, and Canada already have most of their generation supplies from hydropower plants, which is a traditional form of renewable power. 3 However, hydropower plants depend on rainfall regimes, and more importantly, local topography, making the potential of this source saturated or economically unattractive in many places. With the increasing demand for electricity, and new incentives targeted to promote other renewables, 4 wind power, solar photovoltaics, and hybrid generation systems have gained momentum, 5,6 as well as natural gas as the streamline contributors to improve generation capacity.…”

Section: Introductionmentioning

confidence: 99%

“…Reasons such as global warming and the possibility of depletion of fossil fuels give indications about the need to exploit new energy sources and shift systems away from thermal‐based generation. Some countries such as Norway, Colombia, Brazil, and Canada already have most of their generation supplies from hydropower plants, which is a traditional form of renewable power 3 . However, hydropower plants depend on rainfall regimes, and more importantly, local topography, making the potential of this source saturated or economically unattractive in many places.…”

Section: Introductionmentioning

confidence: 99%

Transmission towers spotting in power systems considering engineering and environmental aspects: A dynamic programming approach

Medeiros

Queiroz

Lima³

et al. 2021

Int Trans Electr Energ Syst

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In recent years, electricity transmission systems' planning has become a subject of significant discussions worldwide due to increasing investments in renewable power and the need to optimize resources. Planning results directly affect the price of electricity for the final consumers; therefore, it is necessary to determine precise, robust, and relevant plans for the system expansion.Optimization techniques have been successfully employed in several problems associated with transmission line expansion planning, with emphasis on electricity interconnections, routing studies, and tower spotting, among others. The use of these techniques is intended to support planning processes with information that will assist the analyst in the pursuit of defined goals. The present work proposes a methodology based on dynamic programming that seeks to obtain the optimal spotting of transmission towers considering environmental (type of land use, slope, and geotechnical class of the terrain) and engineering characteristics (minimum distance between the electric conductor and ground and tensions supported of each tower type) associated with the problem. The methodology is tested in two different case studies including a real transmission line project with 39 km of extension. The results obtained show, approximately, 3.8% of cost savings obtained using the proposed approach when comparing with the real transmission line project. We also note that it is possible to verify a great similarity between the tower arrangements defined in the real project and the optimal decisions generated by the proposed approach, demonstrating its usefulness as a tool to support decision-making in early stages of investment planning and long-term auctions.

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“…In order to develop long-term and mutual-beneficial partnerships, all power stakeholders should be brought together in a new way of communication, cooperation and decision-making [7]. Many recent studies have focused on the allocation of generation resources, such as firm energy rights allocation of hydro power stakeholders [8,9], optimal storage allocation of multiple reservoirs stakeholders [10], wind-solar capacity allocation [11] and solar radiation allocation [12]. However, the absence of synergistic gains allocation methods could collapse the cooperation of multiple power stakeholders.…”

Section: Introductionmentioning

confidence: 99%

Cooperative Game-Based Synergistic Gains Allocation Methods for Wind-Solar-Hydro Hybrid Generation System with Cascade Hydropower

et al. 2020

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In order to encourage hybrid generation of multiple wind/solar/hydro power stakeholders, synergistic gains from hybrid generation should be allocated fairly, efficiently and reasonably to all power stakeholders. This paper explores how cooperative game theory resolves conflicts among multiple wind/solar/hydro power stakeholders. Elaborate allocation processes of the nucleolus, Shapley value and MCRS methods are presented in resolve synergistic gains allocation problems of wind–solar–hydro hybrid generation system with cascade hydropower. By analyzing properties such as existence, uniqueness and rationality, we find that both the Shapley value and MCRS methods are fair, efficient and rational allocation methods whereas the nucleolus method is limited by reservoir volume of hydro power stakeholders. Analyses on computational feasibility show that the Shapley value method may induce combinational explosion problem with the integration of more power stakeholders. A further application in Yalong River basin demonstrates that, compared with the Shapley value method, the MCRS method significantly simplifies allocating process and improves computational efficiency. Therefore, the MCRS method is recommend as a fair, efficient, rational and computational feasible allocation method for hybrid generation system with large number of wind/solar/hydro power stakeholders.

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Cooperative game theory and last addition method in the allocation of firm energy rights

Cited by 15 publications

References 30 publications

Planning Mechanism Design and Benefit Analysis of Electric Energy Substitution: A Case Study of Tobacco Industry in Yunnan Province, China

Planning Mechanism Design and Benefit Analysis of Electric Energy Substitution: A Case Study of Tobacco Industry in Yunnan Province, China

Transmission towers spotting in power systems considering engineering and environmental aspects: A dynamic programming approach

Cooperative Game-Based Synergistic Gains Allocation Methods for Wind-Solar-Hydro Hybrid Generation System with Cascade Hydropower

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