Grid-connected Integrated Community Energy System. Final Report, August 9, 1977--March 22, 1978. Volume I, Phase II. [Clark University].

Grid-connected Integrated Community Energy System. Final Report, August 9, 1977--March 22, 1978. Volume I, Phase II. [Clark University]. PDF Author:
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Languages : en
Pages :

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Clark University represents an attractive site for demonstration of cogeneration. The results of Phase I are briefly reviewed. This report provides an update on issues that were incompletely resolved in the Phase I report. Section 2 provides additional documentation on institutional issues involved in the proposed demonstration. Section 3 provides a preliminary design analysis that clearly defines the choice of engine and provides revised operating data in light of additional load profile studies. It is found that a Sulzer No. 6-oil-burning 1405-kW diesel with ebullient cooling and exhaust-gas heat recovery is the system of choice. Section 4 presents a summary of the preliminary design package. Major items included here, but not previously, are a fuel-treatment facility, preliminary design of a building, preliminary layouts of equipment, including a cooling tower on the roof of an existing building. Section 5 provides a financial analysis based on the design package. In comparison to Phase I, capital costs increased considerably due to the addition of a separate building, fuel treatment, and the use of a more-expensive No. 6-oil-burning engine. It is found, however, that the project continues to be financially viable. Specifically, a 9.4-year-payback period is projected on a total Clark investment of $1.5 million. Total cost, including DOE-financed feasibility studies and demonstration aspects, is projected at $2.2 million. The Clark ICES system is still a generally attractive project. From a national point of view it clearly demonstrates grid-connected cogeneration through the sale of 40% of Clark's output and a net fuel saving of 30%. From Clark's point of view it serves as a sound investment and a useful hedge against inflation and future changes in utility rate structure.

Grid-connected Integrated Community Energy System. Final Report, August 9, 1977--March 22, 1978. Volume I, Phase II. [Clark University].

Grid-connected Integrated Community Energy System. Final Report, August 9, 1977--March 22, 1978. Volume I, Phase II. [Clark University]. PDF Author:
Publisher:
ISBN:
Category :
Languages : en
Pages :

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Book Description
Clark University represents an attractive site for demonstration of cogeneration. The results of Phase I are briefly reviewed. This report provides an update on issues that were incompletely resolved in the Phase I report. Section 2 provides additional documentation on institutional issues involved in the proposed demonstration. Section 3 provides a preliminary design analysis that clearly defines the choice of engine and provides revised operating data in light of additional load profile studies. It is found that a Sulzer No. 6-oil-burning 1405-kW diesel with ebullient cooling and exhaust-gas heat recovery is the system of choice. Section 4 presents a summary of the preliminary design package. Major items included here, but not previously, are a fuel-treatment facility, preliminary design of a building, preliminary layouts of equipment, including a cooling tower on the roof of an existing building. Section 5 provides a financial analysis based on the design package. In comparison to Phase I, capital costs increased considerably due to the addition of a separate building, fuel treatment, and the use of a more-expensive No. 6-oil-burning engine. It is found, however, that the project continues to be financially viable. Specifically, a 9.4-year-payback period is projected on a total Clark investment of $1.5 million. Total cost, including DOE-financed feasibility studies and demonstration aspects, is projected at $2.2 million. The Clark ICES system is still a generally attractive project. From a national point of view it clearly demonstrates grid-connected cogeneration through the sale of 40% of Clark's output and a net fuel saving of 30%. From Clark's point of view it serves as a sound investment and a useful hedge against inflation and future changes in utility rate structure.

Grid Connected Integrated Community Energy System

Grid Connected Integrated Community Energy System PDF Author: Clark University (Worcester, Mass.)
Publisher:
ISBN:
Category : Electric power distribution
Languages : en
Pages : 48

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Grid Connected Integrated Community Energy System: Final report and appendices, phase II, for period August 9, 1977 to March 22, 1978

Grid Connected Integrated Community Energy System: Final report and appendices, phase II, for period August 9, 1977 to March 22, 1978 PDF Author: Clark University (Worcester, Mass.)
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ISBN:
Category : Electric power distribution
Languages : en
Pages :

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Energy Abstracts for Policy Analysis

Energy Abstracts for Policy Analysis PDF Author:
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Category : Power resources
Languages : en
Pages : 1106

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Energy Research Abstracts

Energy Research Abstracts PDF Author:
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Category : Power resources
Languages : en
Pages : 1038

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Grid Connected Integrated Community Energy System

Grid Connected Integrated Community Energy System PDF Author: Clark University (Worcester, Mass.)
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Category : Electric power distribution
Languages : en
Pages : 0

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Grid-connected Integrated Community Energy System. Preliminary Report, Phase II, August 9--November 8, 1977. [Clark Univ., Worcester]

Grid-connected Integrated Community Energy System. Preliminary Report, Phase II, August 9--November 8, 1977. [Clark Univ., Worcester] PDF Author:
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ISBN:
Category :
Languages : en
Pages :

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Clark University in the New England area represents an attractive site for demonstration of cogeneration. In Phase I of the program, the team reported: that the system of choice is a diesel generator sized at about Clark's peak electric demand; it should burn No. 6 fuel oil; the system can run at nearly full capacity the year round, sell 40 percent of its output, and receive backup as needed from Massachusetts Electric Company; the system should deliver a rate of return of 15 to 20 percent; and there appear to be no institutional or environmental problems. An update on a number of issues that were incompletely resolved in the Phase I report is provided. In Section 2 additional documentation on institutional issues involved in the proposed demonstration plant is provided. In Section 3 a preliminary design analysis that clearly defines the choice of engine and provides revised operating data in light of additional load profile studies is provided. In particular, it is found that: a Sulzer No. 6-oil-burning 1405-kW diesel is the system of choice; the engine should be housed in a separate building in close proximity to the existing central boiler and steam distribution points; and as a result of detailed summer load studies, the engine as specified can be operated with higher capacity factors than anticipated in Phase I. In Section 4 a revised cost estimate using information developed in Sections 2 and 3 is given. No significant change in net cash flow was found, and there was an internal rate of return of 15 percent. The overall conclusion is therefore that, though some details have changed, the Clark demonstration project continues to appear highly attractive. (MCW).

Monthly Catalog of United States Government Publications

Monthly Catalog of United States Government Publications PDF Author:
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Category : Government publications
Languages : en
Pages : 1282

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Monthly Catalogue, United States Public Documents

Monthly Catalogue, United States Public Documents PDF Author:
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Category : Government publications
Languages : en
Pages : 1212

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Grid connected integrated community energy system

Grid connected integrated community energy system PDF Author: University of Minnesota. Physical Plant
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Category :
Languages : en
Pages : 292

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