APPLICATION OF COGENERATION IN REPUBLIC OF MOLDOVA

Efficiency of gas engine cogeneration is investigated for the regional conditions of Moldova. The influence of different factors on the payback period is analyzed and discussed in detail. It is shown, that gas engine cogeneration is very profitable for Moldova and can be recommended as the main tech...

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Main Author: Maximuk E.P.
Format: Article
Language:English
Published: Academy of Sciences of Moldova 2009-08-01
Series:Problems of the Regional Energetics
Subjects:
a
Online Access:http://journal.ie.asm.md/assets/files/m71_2_112.doc
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spelling doaj-b9f66324b3754833a92ae9055f1425c32020-11-24T20:41:31ZengAcademy of Sciences of MoldovaProblems of the Regional Energetics1857-00702009-08-012009-22(10)3041APPLICATION OF COGENERATION IN REPUBLIC OF MOLDOVAMaximuk E.P.0Institute of Applied Physics of the Academy of Sciences of MoldovaEfficiency of gas engine cogeneration is investigated for the regional conditions of Moldova. The influence of different factors on the payback period is analyzed and discussed in detail. It is shown, that gas engine cogeneration is very profitable for Moldova and can be recommended as the main technology for development of the Moldavian energy system. It is concluded, that construction of gas engine cogeneration plants with power in the range from 3 to 10 MW in many Moldavian towns and modernization of the Central Heating and Power Plants in Kishinev and Balti will lead to the creation of the perfect energy system for Moldova. As a result, security of energy supply in Moldova will be increased; transportation and distribution losses will be reduced. In addition, it allows putting down the heat energy tariff, improving the standard of living of Moldavian people and competitive ability of Moldavian wares. Later the gas engine cogeneration plants can be transformed in the modern three-generation plants, and supplemented by the best high efficient renewable fuels technologies.http://journal.ie.asm.md/assets/files/m71_2_112.docgas engineapayback period
collection DOAJ
language English
format Article
sources DOAJ
author Maximuk E.P.
spellingShingle Maximuk E.P.
APPLICATION OF COGENERATION IN REPUBLIC OF MOLDOVA
Problems of the Regional Energetics
gas engine
a
payback period
author_facet Maximuk E.P.
author_sort Maximuk E.P.
title APPLICATION OF COGENERATION IN REPUBLIC OF MOLDOVA
title_short APPLICATION OF COGENERATION IN REPUBLIC OF MOLDOVA
title_full APPLICATION OF COGENERATION IN REPUBLIC OF MOLDOVA
title_fullStr APPLICATION OF COGENERATION IN REPUBLIC OF MOLDOVA
title_full_unstemmed APPLICATION OF COGENERATION IN REPUBLIC OF MOLDOVA
title_sort application of cogeneration in republic of moldova
publisher Academy of Sciences of Moldova
series Problems of the Regional Energetics
issn 1857-0070
publishDate 2009-08-01
description Efficiency of gas engine cogeneration is investigated for the regional conditions of Moldova. The influence of different factors on the payback period is analyzed and discussed in detail. It is shown, that gas engine cogeneration is very profitable for Moldova and can be recommended as the main technology for development of the Moldavian energy system. It is concluded, that construction of gas engine cogeneration plants with power in the range from 3 to 10 MW in many Moldavian towns and modernization of the Central Heating and Power Plants in Kishinev and Balti will lead to the creation of the perfect energy system for Moldova. As a result, security of energy supply in Moldova will be increased; transportation and distribution losses will be reduced. In addition, it allows putting down the heat energy tariff, improving the standard of living of Moldavian people and competitive ability of Moldavian wares. Later the gas engine cogeneration plants can be transformed in the modern three-generation plants, and supplemented by the best high efficient renewable fuels technologies.
topic gas engine
a
payback period
url http://journal.ie.asm.md/assets/files/m71_2_112.doc
work_keys_str_mv AT maximukep applicationofcogenerationinrepublicofmoldova
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