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首页> 外文期刊>International journal of hydrogen energy >Investigation of the socio-economic feasibility of installing wind turbines to produce hydrogen: Case study
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Investigation of the socio-economic feasibility of installing wind turbines to produce hydrogen: Case study

机译：安装风力涡轮机生产氢气的社会经济可行性研究：案例研究

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The objective of this study is to socially and economically investigate installation of wind turbines in Iran in order to produce hydrogen using its electricity. Due to adequate condition of wind blow in Manjil, Zabol, and Ardebil, these cities were chosen as the case studies and sample society. To scrutinize the acceptance of wind power among the sample members, first, data was gathered through questionnaires and analyzed by Partial Least Squares (PLS) approach to Structural Equations Modeling (SEM). The results showed that the first hypothesis (H1), positive effect of financial condition of households on wind power acceptance, was rejected with the coefficient of 1.184. On the other hand, the second hypothesis (H2) was approved with a meaningful coefficient of 3.159, that is, the social awareness of wind energy has a positive effect on its acceptance as an electricity generating source. Costs and Incomes Chart was utilized to estimate the payback period of investing in the wind power site project. Five wind turbines with different nominal capacities were tested and the results showed that the payback period for Manjil is shorter than that of others’ in a way that for turbines with 5, 30, 50, 60 and 100 kW nominal capacity is 3.1, 2.4, 2.3, 1.9, 2.6 years respectively. Finally, Hummer H25.0–60 KW wind turbine was selected due to its payback time which was less than other turbines to estimate the amount of hydrogen produced. The results showed that with installing one set of this turbine in Manjil, Zabol, and Ardebil 7.12, 5.82 and 5.72 ton hydrogen per year will be produced, respectively.
机译：这项研究的目的是在社会和经济上调查伊朗的风力涡轮机的安装情况，以便利用其电力生产氢气。由于曼吉尔（Manjil），扎博尔（Zabol）和阿尔德比勒（Ardebil）的风力充足，这些城市被选为案例研究和样本社会。为了检查样本成员之间对风能的接受程度，首先，通过问卷调查收集数据，并通过偏最小二乘（PLS）方法对结构方程建模（SEM）进行分析。结果表明，第一个假设（H1），即家庭财务状况对风电接收的正面影响，被拒绝，系数为1.184。另一方面，第二个假设（H2）的有效系数为3.159，即社会对风能的意识对其被接受为发电源具有积极影响。成本和收入图表用于估算风电场项目的投资回收期。测试了五台标称容量不同的风力涡轮机，结果表明，Manjil的投资回收期短于其他标称容量的涡轮机，标称容量为5、30、50、60和100kW的涡轮机的投资回收期为3.1、2.4，分别为2.3年，1.9年和2.6年。最后，选择悍马H25.0-60KW风力涡轮机是因为它的投资回收期比其他涡轮机要短，可以估算产生的氢气量。结果表明，在Manjil，Zabol和Ardebil安装一台这种涡轮机后，每年将分别产生5.82和5.72吨氢。

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