<abstract xml:lang="en" xmlns="http://www.w3.org/1999/xhtml"><p>In the research the small-scale CHP potential of Latvia and Estonia has been defined. Factors, which influence the CHP development, were analyzed in this paper, including political, geographic, climatological, legislative and technological factors. For the small-scale CHP potential assessment the three alternatives were chosen. The first alternative is the case, when only the hot water is taken into account. In this case the CHP can work with full load during the whole year because the heat load will not change (k=0,13). For the second alternative the results of the previous research were used. In this case an optimal relative heat load has been found for a small-scale CHP. This optimum value is 0,3. According to this optimum value the CHP can produce more electricity working with full load than in the first case. However, the CHP does not work whole year round. The third alternative shows the situation for the small-scale CHP when a half of the maximum heat load will be covered by the CHP. The formulas and the results for each case were provided.</p></abstract>

In the research the small-scale CHP potential of Latvia and Estonia has been defined. Factors, which influence the CHP development, were analyzed in this paper, including political, geographic, climatological, legislative and technological factors. For the small-scale CHP potential assessment the three alternatives were chosen. The first alternative is the case, when only the hot water is taken into account. In this case the CHP can work with full load during the whole year because the heat load will not change (k=0,13). For the second alternative the results of the previous research were used. In this case an optimal relative heat load has been found for a small-scale CHP. This optimum value is 0,3. According to this optimum value the CHP can produce more electricity working with full load than in the first case. However, the CHP does not work whole year round. The third alternative shows the situation for the small-scale CHP when a half of the maximum heat load will be covered by the CHP. The formulas and the results for each case were provided.

Small-Scale Chp Potential in Latvia and Estonia

Institute of Energy Systems and Environment, Riga Technical University, Kronvalda boulvard 1, LV-1010, Riga, Latvia

Department of Thermal Engineering, Tallinn University of Technology, Kopli 116, 11712 Tallinn, Estonia

Environmental and Climate Technologies

{"article-title":"Small-Scale Chp Potential in Latvia and Estonia"}

In the research the small-scale CHP potential of Latvia and Estonia has been defined. Factors, which influence the CHP development, were analyzed in this...

Small-Scale Chp Potential in Latvia and Estonia

Data publikacji: 26 mar 2010

Zakres stron: 127 - 134

DOI: https://doi.org/10.2478/v10145-009-0017-4

Słowa kluczowe
cogeneration, potential, small-scale cogeneration, small-scale CHP

This content is open access.

Small-Scale Chp Potential in Latvia and Estonia

Data publikacji: 26 mar 2010

Zakres stron: 127 - 134

DOI: https://doi.org/10.2478/v10145-009-0017-4

Słowa kluczowecogeneration, potential, small-scale cogeneration, small-scale CHP

This content is open access.

Słowa kluczowe
cogeneration, potential, small-scale cogeneration, small-scale CHP