Распределенная Генерация И Устойчивое Развитие Регионов

Филиппов, С.П.; Дильман, М. Д.; Илюшин, Павел Владимирович

doi:10.1134/s0040363619120038

Cited by 5 publications

(1 citation statement)

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“…Пока проблема снижения цены на электроэнергию не решена «сверху», субъекты реального сектора экономики нашли способ снизить затраты на электроэнергию, создавая собственную генерацию, подключаемую к сетям внутреннего электроснабжения. Это дало старт массовому развитию распределенной генерации с электростанциями различной установленной мощности на базе современных когенерационных технологий [16][17][18][19].…”

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Прогноз И Концепция Перехода К Распределенной Энергетике В России

Byk¹,

Ilyushin²,

Myshkina³

2022

ПП

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Стремление повысить надежность Единой энергетической системы (ЕЭС) России обернулось снижением доступности электроэнергии, при этом возмещение затрат на поддержание избыточности генерирующих и сетевых мощностей было возложено на потребителей электроэнергии. Это спровоцировало массовое строительство потребителями собственной распределенной генерации. Учет объемов распределенной генерации позволит сократить внерыночную нагрузку при ценообразовании. Появление коммунальных локальных интеллектуальных энергосистем снизит негативное влияние перекрестного субсидирования. Требуются изменения институциональной среды для придания трансформации ЕЭС России упорядоченного и прогнозируемого характера.

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Section: таблицаunclassified

Прогноз И Концепция Перехода К Распределенной Энергетике В России

Byk¹,

Ilyushin²,

Myshkina³

2022

ПП

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Application prospects of Irkutsk region thermal coals

Такайшвили

Агафонов

2021

jour

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The purpose of the paper is to assess application directions and prospects of Irkutsk region power generating coals for the needs of electric and heat power engineering with regard to the possible export of elect rical energy to the countries of South-East Asia, and use as raw materials for coal chemistry needs. The research is carried out using the methods of system analysis involving analysis and synthesis, formalization and concretization, structuring and restructuring, classification. It is the first time when the category of local power generating coals is distinguished under the analysis of the balance reserves of thermal coals. Their feature is low-quality and remoteness from settlements and transportation lanes. Their resource estimate is also given – 0.54 billion tons. An estimate of the recoverable reserves of local coals is obtained: it is 260 million tons. The potential level of local coal production is calculated. A retrospect of consumption trends of regional thermal coals is given and possible application directions are considered in the long run. It is shown that the most demanded direction is the use of coals for energy needs, mainly at thermal power plants. The calculated volumes of coal consumption of two export TPPs, Mugunskaya and Ishideiskaya, are respectively 11 and 6 million tons. According to the authors' calculations, the percentage of electrical energy generation at coal -fired TPPs depending on its export variant implementation can increase by 1.5 – 2.1 times as compared with the level of 2019. Availability of significant reserves of power generating coals in the region makes them a reliable source of energy resources for the electric and thermal power industry, including the export of electrical energy and a promising raw material for the needs of coal chemistry. Potential capacity of coal mining is estimated at 50-60 million tons per year, including 6.5 million tons of local coals. Production potential of coal significantly exceeds its demand both at present and in the future.

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Calculation methodology of the energy indicators of an self-contained energy complex including gas turbine plants, wind-driven power plant and electric storage cell

Николаев

Осипов

Ignatov

2020

«Izvestiya vysshikh uchebnykh zavedenii. PROBLEMY ENERGETIKI»

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To supply small cities with electric and thermal energy it is proposed to create selfcontained energy complex based on gas turbine plants (GTP), wind generators and electric storage cell. A scheme for the joint operation of these plants is offered, a methodology for calculating the quantitative characteristics of a wind power plant, gas turbines and electric storage cell is developed. Electric storage cell provide coverage the peak portion of the daily electrical load curve. The heat load is ensured by the operation of the waste-heat boiler and the peak boiler. Using the example of a power complex with an electric load of 5 MW and a heat load of 17.5 MW, the generation of electric energy by wind driven power plant and gas turbine plants, the supply of electric energy from electric storage cell, the heat loads of the waste-heat boiler and peak boiler by months of the year are calculated. When the power share of the wind power plant is 0.2, the electric storage cell provide for an annual period from 5.2 to 10.7 % of the daily demand of the electric load schedule. The electric power of the gas turbine plant in winter is reduced to 70 % of the maximum load of the consumer, in summer - up to 55 %. An increase in the relative share of the power of a WDPP reduces the electric capacity of a gas turbine plants, its cost, while the cost of electric storage cell increases.

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Распределенная Генерация И Устойчивое Развитие Регионов

Cited by 5 publications

References 0 publications

Прогноз И Концепция Перехода К Распределенной Энергетике В России

Прогноз И Концепция Перехода К Распределенной Энергетике В России

Application prospects of Irkutsk region thermal coals

Calculation methodology of the energy indicators of an self-contained energy complex including gas turbine plants, wind-driven power plant and electric storage cell

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