4,685,510 research outputs found

    Siting new energy infrastructure in Ohio a guidance document.

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    Title from cover of PDF document (viewed Apr. 19, 2006).; "February 2005."; Harvested from the web on 4/20/06Introduction -- Power siting in Ohio: Ohio Power Siting Board ; Siting process in Ohio -- Incentives: Ohio Air Quality Development Authority ; Ohio Department of Development ; Ohio Department of Taxation -- Permits: Air ; Water ; Other

    Ohio Power Siting Board

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    Title from PDF p. [1] (viewed on June 15, 2007).; "Created: 7/6/2004 ..."--Document properties screen.; Brochure. Intended to be printed off on 1 sheet, front and back, and folded in fourths horizontally.; Harvested from the web on 6/15/0

    Siting new energy infrastructure in Ohio a guidance document.

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    Title from PDF cover (viewed on Dec. 2, 2009).; "October 2009."; Harvested from the web on 12/2/09Introduction -- Power siting in Ohio: The Ohio Power Siting Board ; Siting process in Ohio -- Incentives: Ohio Air Quality Development Authority ; Ohio Department of Development ; Ohio Department of Taxation -- Permits, approvals, or authorizations: Air ; Water ; Potential regulatory programs for wind power on Lake Erie ; Other

    Quantifying Siting Difficulty: A Case Study of U.S. Transmission Line Siting

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    The worldwide demand for new energy infrastructures has been paralleled in recent years by the increasing difficulty of siting major facilities. Siting difficulty is the subject of widespread discussion, but because of the complexity of the problem, potential solutions are not obvious or well understood. This paper presents a two-step policy-level framework that first develops an empirical measure of siting difficulty and then quantitatively assesses its major causes. The approach is based on the creation and aggregation of four siting indicators that are independent of the common causes and localized effects of siting problems. The proposed framework is demonstrated for the case of U.S. transmission line siting. Results of the analyses reveal significant variations in state siting difficulty and industry experts’ perceptions of its dominant causes, with implications for the long-term success of Regional Transmission Organizations (RTOs) and knowledge transfer among siting professionals in the deregulated industry.electric transmission lines, facilities siting, public opposition, Regional Transmission Organizations (RTOs), siting difficulty

    Connecticut Siting Council investigation into the life cycle costs of electric transmission lines.

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    Title from cover.; "February 13, 2007"--T.p. verso.; Previously published: Update of Life-cycle cost studies for overhead and underground electric transmission lines-1996 / State of Connecticut, Connecticut Siting Council. Amherst, N.Y. : Acres International Corp., [2001].; "Pursuant to Connecticut General Statutes 16-50r (b) ..."-- T.p. verso.; Includes bibliographical references.; Harvested from the web on 4/18/0

    ECONOMIC INSIGHTS INTO THE SITING PROBLEM: AN APPLICATION OF THE EXPECTED UTILITY MODEL

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    Despite the generally recognized need for facilities such as power plants, landfills, prisons, and medical laboratories, finding host sites has become extremely difficult. This study uses the expected utility (EU) model to explain individiuals' preferences in the hypothetical case of siting a municipal solid waste composting facility. The three principal factors which EU theory prescribes would affect the decision process- benefits of the proposed facility, losses from the facility, and the (perceived) probability of various scenarios occurring- embodied by the variables in a multinomial logit model explain a substantial amount of the variation in siting decisions.Public Economics,

    Siting Renewable Energy Facilities: A Spatial Analysis of Promises and Pitfalls

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    Recent efforts to site renewable energy projects have provoked as much, if not more, opposition than conventional energy projects. Because renewable energy resources are often located in sensitive and isolated environments, such as pristine mountain ranges or coastal waters, siting these facilities is especially difficult. Moreover, the viability of different renewable energy projects depends not only on complex economic and environmental factors, but also on the availability of supporting infrastructures, such as transmission lines. This paper examines the spatial relationships between four types of renewable energy resources – wind, solar, geothermal, and biomass – and an empirical measure of state-level transmission-line siting difficulty. Analyses explore the locations of renewable resource potential relative to areas of high siting difficulty, state electricity demand and imports, and states with renewable portfolio standards (RPSs). Major results reveal that state resource potential varies, and siting is significantly more difficult in states that import electricity and those with RPSs. These results suggest that states with the greatest incentives to develop renewable energy also face the most serious obstacles to siting new facilities.siting, renewable energy, transmission lines, wind, solar, geothermal, biomass, geographic information systems (GIS), renewable portfolio standards (RPS)
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