Title of article :
Classic wall gas boiler regulation and a new thermostat using fuzzy logic - Improvements achieved with a fuzzy thermostat
Author/Authors :
Miriel، Jacques نويسنده , , Fermanel، Florence نويسنده ,
Issue Information :
روزنامه با شماره پیاپی سال 2001
Pages :
-228
From page :
229
To page :
0
Abstract :
Life-cycle emissions of nitric oxide and sulphurous oxides from various types of electricpower generation systems have been estimated. Emissions from the process of building energy systems, as well as from the mining and transportation of the fuel were accounted for as well as the emissions from power stations. Two types of thermoelectric systems, namely a LNGfuelled gas-turbine combined cycle and an integrated coal-gasification combined cycle, and four types of renewable energy systems - photovoltaic, hydropower, wind power and ocean thermal energy conversion - were evaluated. The estimated amounts of nitric oxide emitted per generated unit of electricity range from 0.06 to 0.3 g/kWh, while the amounts of suphur oxides range from 0.3 to 0.53 g/kWh. There is a tendency for renewable-energy systems to emit lower amounts of nitric oxide.
Keywords :
Individual heating system , simulation , Regulation , Fuzzy logic , Comfort , Experimentation in situ
Journal title :
Applied Energy
Serial Year :
2001
Journal title :
Applied Energy
Record number :
3268
Link To Document :
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