Эта часть будет разделена на 5 этап

Эта часть будет разделена на 5 этапов:
Во-первых: вход. Процесс ввода состоят из основных допущений, спроса (спроса на электроэнергию), трансформации и характеристик технологий производства электроэнергии.
В этой статье Основные допущения использовать в качестве населения, экономического роста, технологии, цены, на добавленную стоимость и стоимость в обрабатывающей промышленности доля.
Спрос на электроэнергию включает спрос жилой, коммерческой и общественной, транспорта, сельского хозяйства, лесного хозяйства и рыболовства, промышленности и сектора использования неэнергетическом.
Модуль трансформации включает собственные использования средств ", передача и распределение потерь, производство электроэнергии, теплоснабжения и производства газа.
Технологий производства электроэнергии включает в себя ядерной державой, угольные электростанции, на жидком топливе мощность, природный газ смешанном цикле, возобновляемые источники энергии, как ветровая, солнечная, геотермальная, гидро-, биоэнергии и приливные и другие. Характеристики технологий производства электроэнергии включают всю жизнь, кредитоспособности, максимальную доступность и эффективность процесса.
Предполагаемые затраты и другие экологические последствия также вход. Он состоит из капитальных затрат (тыс долл / кВт), стоимость топлива (тыс долл / кВт), стоимость вывода и M (тыс долл / кВт) и стоимости вывода из эксплуатации (тыс долл / кВт) используются в качестве входных данных для расчета стоимости каждая технология генерации и общая стоимость электроэнергии.
В этой статье не говоря уже о данных, используемых для расчета выбросов парниковых газов. Но мы должны собрать интенсивность излучения коэффициентов выбросов от определенного вида топлива для определенного оборудования в конкретном секторе в качестве входных данных.

結果 (英文) 1:

This part is divided into 5 phases:First: login. The input process consists of the key assumptions of demand (demand for electricity), transformation and characteristics of electricity production technologies.In this article, the principal assumptions used as population growth, technology, prices, value added and cost share in the manufacturing industry.Demand for electricity demand includes residential, commercial and public, transport, agriculture, forestry and fisheries, industry and the use of non-power.The transformation includes own use of funds ", transmission and distribution losses, production of electricity, heat and gas production.Electricity production technologies includes nuclear power, coal-fired power plants, liquid-fuel power, natural gas combined cycle, renewable energy sources, like wind, solar, geothermal, hydro, tidal and bioenergy and others. The characteristics of electricity production technologies include lifetime, creditworthiness, maximum availability and efficiency of the process.Anticipated costs and other environmental effects of logging. It consists of the capital cost (000 $/kW), fuel cost (000 $/kW), the output value and M (000 $/kWh) and cost of decommissioning (000 $/kWh) are used as input to calculate the cost of each technology generation and overall cost of electricity.In this article, not to mention the data used for the calculation of greenhouse gas emissions. But we have to collect the intensity of radiation emission factors from a particular fuel for some equipment in a particular sector as input.

結果 (英文) 2:

This part will be divided into 5 stages:
Firstly: the entrance. Entry process consists of the basic assumptions of demand (electricity demand), transformation and performance electricity generation technologies.
In this article, key assumptions used as population, economic growth, technology, price, value-added and manufacturing value share.
Demand for electricity demand includes residential, commercial and public, transport, agriculture, forestry and fisheries, industry and non-energy use sector.
The module includes the transformation of their own use of the "transmission and distribution losses, electricity, heat and gas production.
electricity production technologies includes in itself a nuclear power, coal power plants, oil-fired power, natural gas combined cycle, renewable energy sources like wind, solar, geothermal, hydro, tidal and bioenergy, and others. The characteristics of electricity generation technologies include whole life, credit, maximum availability and the efficiency of the process.
The expected costs and other environmental effects as input. It consists of capital expenditures (in thousands of $ / kW), fuel costs (in thousands of $ / kW), the value of O and M (thousand US $ / kW) and the cost of decommissioning (thousand dollars / kW) are used as input data for the calculation of the cost each technology generation and the total cost of electricity.
In this article, not to mention the data used for the calculation of greenhouse gas emissions. But we have to collect the radiation intensity ratios of the emission of a certain fuel for certain equipment in a particular sector as the input data.

結果 (英文) 3:

This part will be divided into 5 stages:
in the first place: log in. The process of entering are composed of basic assumptions, demand (demand for electricity), transformation and technology features power production.
In this article the main assumptions used as a population, economic growth, technology, prices, the value-added tax and cost in the manufacturing industry the share of.
Demand for electricity includes demand for residential, commercial and public, transport, agriculture, forestry and fisheries, industry and sector of use believe.
Transformation module includes its own use of the funds ", transmission and distribution losses, production of electricity, heat and gas production.
Electricity production technology includes a nuclear power, the coal power plant, the liquid fuel power, natural gas mixed cycle, renewable sources of energy, such as wind,Solar, geothermal, hydro, bioenergy and tidal and other. Characteristics of the technologies of power generation include the entire life, credit rating, maximum availability and the effectiveness of the process.
Projected costs and other environmental effects as well as input. It consists of capital cost ( $k/kw), the cost of fuel ( $ /kw),The cost o, and M (thousand $ /kw) and the cost of the decommissioning (thousand $ /kw) are used as input data to calculate the cost of each technology generation and the total cost of electricity.
In that article, not to mention the data that is used to calculate the emissions of greenhouse gases.But we must collect radiation intensity emission factors from a specific type of fuel for a particular piece of equipment in a particular sector as input data.