CONCEPT OF BUILDING A STRUCTURALLY VARIABLE POWER SYSTEM OF UKRAINE

Q3 Energy
S. Saukh
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引用次数: 0

Abstract

To support the sustainable functioning and development of the energy sector in the conditions of terrorist and military threats, the concept of building a structurally variable electric power system (EPS) is proposed. Structural variability is defined as the ability of the EPS to reproduce such a variety of subsystems and electrical connections between them, which enables the operator to manage the structure of the EPS and, in this way, ensure the stable operation of the electric power industry in conditions of purposeful destructive actions. The concept of a structurally changing EPS is a strategy for anticipating challenges and threats to the sustainable functioning and development of the electric power industry. In order to build a structurally variable EPS, it is proposed to create regional EPSs with their own capacities for production, storage, distribution and supply of electricity in volumes sufficient for consumption by the population, housing and communal services, transport and agriculture within each region. The establishment of the territorial dimensions of individual subsystems, i.e. regional EPS, is determined on the basis of a compromise between the necessary number of such subsystems and connections between them, which ensure the desired degree of variability of the EPS, and the capitalization levels of the regions sufficient to support investment and operating costs for the corresponding regional EPS. It is assumed that the national EPS supports the regional EPS with agreed amounts of maneuvering and reserve capacities and ensures the supply of electricity to enterprises of industrial, construction, transport and other types of economic activity that are of national importance and do not join the regional EPS. In cases of destruction of individual regional power plants, the national power plant, as well as undamaged neighboring regional power plants, together provide the electricity needs of the affected regions. In the structurally variable EPS, uniform rules of behavior of all energy companies as market participants interacting at the national and regional levels should apply. For the organization of such interaction, it is proposed to apply the decomposition of trading platforms and form a distributed electricity market from interconnected upper-level electricity market and regional electricity markets. References 12, figures 6.
构建乌克兰结构可变电力系统的构想
为了支持能源部门在恐怖主义和军事威胁条件下的可持续运作和发展,提出了建立结构可变电力系统的概念。结构可变性被定义为EPS再现各种子系统及其之间的电气连接的能力,这使操作员能够管理EPS的结构,并通过这种方式确保电力行业在有目的的破坏性行动条件下的稳定运行。结构变化EPS的概念是一种预测电力行业可持续运作和发展面临的挑战和威胁的战略。为了建立结构可变的EPS,建议创建具有自身生产、储存、分配和供应电力能力的区域EPS,其电量足以供每个区域内的人口、住房和公共服务、交通和农业消费。单个子系统(即区域EPS)的地域维度的建立是在必要数量的此类子系统和它们之间的连接之间的折衷基础上确定的,这确保了EPS的期望可变性,以及足以支持相应地区每股收益的投资和运营成本的地区资本化水平。假设国家电力系统以商定的机动和储备容量支持区域电力系统,并确保向工业、建筑、运输和其他类型的具有国家重要性且不加入区域电力系统的经济活动企业供电。在个别地区发电厂被毁的情况下,国家发电厂以及未受损的邻近地区发电厂共同提供受影响地区的电力需求。在结构可变的每股收益中,应适用所有能源公司作为国家和地区层面互动的市场参与者的统一行为规则。为了组织这种互动,建议应用交易平台的分解,从互联的上层电力市场和区域电力市场形成分布式电力市场。参考文献12,图6。
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来源期刊
Technical Electrodynamics
Technical Electrodynamics Energy-Energy Engineering and Power Technology
CiteScore
1.80
自引率
0.00%
发文量
72
审稿时长
4 weeks
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