The prospects of the expanded diffusion of cogeneration to 2030 – Study on new value in cogeneration

[Display omitted] •The power source value of the cogeneration in Japan was quantitatively evaluated.•The relationship between BCP value and beneficiaries generated was shown.•By installing cogeneration, BCP value was quantitatively evaluated.•BCP value as the example of the urban development model w...

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Veröffentlicht in:Applied thermal engineering 2017-03, Vol.114, p.1403-1413
Hauptverfasser: Tomofuji, Daisuke, Morimoto, Yoshinori, Sugiura, Eitaro, Ishii, Toshiyasu, Akisawa, Atsushi
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Sprache:eng
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Zusammenfassung:[Display omitted] •The power source value of the cogeneration in Japan was quantitatively evaluated.•The relationship between BCP value and beneficiaries generated was shown.•By installing cogeneration, BCP value was quantitatively evaluated.•BCP value as the example of the urban development model were shown.•The technical recommended requirements for cogeneration to realize BCP were shown. In light of the situation after the Great East Japan Earthquake, new attention has been focused on cogeneration for its value as a distributed power source (i.e., power source value) and as a means enabling business continuity even in times of grid power supply shortage and emergencies (i.e., BCP value). The study of expanded diffusion of cogeneration to 2030 examined these forms of value and considered their substance and quantitative assessment. In connection with its power source value, cogeneration can be rated in terms of reduction in the total power cost resulting from replacement of superannuated power plants. The study recognized a certain value for this effect. As for its BCP value, the study discovered a methodology for quantitative assessment in terms of the monetary value of loss avoided by cogeneration. Furthermore, a trial calculation of BCP value using this methodology suggested that cogeneration could yield a value equivalent to the ordinary effect for reduction of energy use.
ISSN:1359-4311
1873-5606
DOI:10.1016/j.applthermaleng.2016.09.071