The “de-industrialized” design can alleviate the NIMBY effect of the power plant to a certain extent. This paper quantifies the degree of impact of resource thermal power plant with“de-industrialization
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Energy storage deployment is a double-edged sword: high costs and regulatory hurdles are significant challenges, but the opportunity to revolutionize our energy grid and achieve carbon
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Solar, wind, and battery storage technologies are at the forefront of this transformation, offering cleaner and more sustainable energy sources. However, the development of these projects
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The literature on environmental management points out that the “not in my backyard” (NIMBY) effect is a critical barrier to developing waste-to-energy power plants (WEPPs).
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In recent decades, scholars have extensively examined levels of support and opposition to energy infrastructure, often with a focus on so-called Not-in-My-Backyard (NIMBY) sentiments. As
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It is noted that unlike opposition to fossil fuels due to concerns about pollution and contamination, resistance to clean energy is largely driven by aesthetics, real estate values and the
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In this paper I estimate the economic costs created by misallocation in the siting of re- newable energy projects. For this I focus on the United Kingdom where I am able to draw on detailed planning data
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In this study, I estimate the economic costs of NIMBYism and local planning restrictions by examining the case of renewable energy projects. Renewable energy is of particular interest because many
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“Not In My Back Yard” (NIMBY) conflicts have emerged as a significant challenge in the siting and construction of power grid projects. Traditional risk management methods are often
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Our findings confirm the presence of a NIMBY effect on renewables, with landscape considerations emerging as a key factor. However, targeted communication about climate benefits
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