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Combined economic and emission dispatch considering conventional and wind power generating units

机译:考虑传统和风力发电机组的经济和排放联合调度

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Combined economic and emission dispatch (CEED) is an optimization solution to the short-term demand and supply balancing in the power network. Given that wind power is playing an increasing role in the UK, this paper develops a CEED model for a combined conventional and wind power system under the UK energy policies. The proposed model aims to determine the optimal operation strategy for the given system with the consideration of wind power curtailment and reservation and also the environmental aspect, especially the carbon price of greenhouse gases (GHG) and emission limits of decarbonization scenarios. From 2 case studies, increasing the carbon price at a low emission limit leads to an increase in the total cost, but the rate of the increase is mitigated on decreasing the emission limits. Moreover, dispatch is dominated by the carbon price at high emission allowance levels and by the emission allowance at low emission allowances.
机译:经济和排放调度相结合(CEED)是针对电网短期需求和供应平衡的优化解决方案。鉴于风能在英国的地位日益重要,本文针对英国能源政策下的常规和风能系统联合开发了CEED模型。提出的模型旨在确定给定系统的最佳运行策略,同时考虑到风力发电的削减和保留以及环境方面,尤其是温室气体的碳价(GHG)和脱碳情景的排放限值。通过2个案例研究,在较低的排放限值下提高碳价会导致总成本的增加,但是随着降低排放限值,增加的速度将得到缓解。此外,调度主要由高排放配额水平的碳价和低排放配额的排放量决定。

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