Abstract
The optimum design of small systems for combined production of heat and power is a function of several external factors like energy prices, heat and power price structures, heat load, performance of the components of the system, investment costs et cetera. This report presents a computer model (MKV) for system design of a combined heat and power plant based on a combustion engine (Otto or diesel). A number of calculations were made for an office building and a residential area where different systems were simulated and sensitivity analyses performed.
Citation Formats
Dalin, P, Goeransson, Per, and Valencia, S.
Energy Balance model for micro-cogeneration plants; Energibalansmodell foer mikrokraftvaermesystem.
Sweden: N. p.,
1991.
Web.
Dalin, P, Goeransson, Per, & Valencia, S.
Energy Balance model for micro-cogeneration plants; Energibalansmodell foer mikrokraftvaermesystem.
Sweden.
Dalin, P, Goeransson, Per, and Valencia, S.
1991.
"Energy Balance model for micro-cogeneration plants; Energibalansmodell foer mikrokraftvaermesystem."
Sweden.
@misc{etde_10133867,
title = {Energy Balance model for micro-cogeneration plants; Energibalansmodell foer mikrokraftvaermesystem}
author = {Dalin, P, Goeransson, Per, and Valencia, S}
abstractNote = {The optimum design of small systems for combined production of heat and power is a function of several external factors like energy prices, heat and power price structures, heat load, performance of the components of the system, investment costs et cetera. This report presents a computer model (MKV) for system design of a combined heat and power plant based on a combustion engine (Otto or diesel). A number of calculations were made for an office building and a residential area where different systems were simulated and sensitivity analyses performed.}
place = {Sweden}
year = {1991}
month = {Dec}
}
title = {Energy Balance model for micro-cogeneration plants; Energibalansmodell foer mikrokraftvaermesystem}
author = {Dalin, P, Goeransson, Per, and Valencia, S}
abstractNote = {The optimum design of small systems for combined production of heat and power is a function of several external factors like energy prices, heat and power price structures, heat load, performance of the components of the system, investment costs et cetera. This report presents a computer model (MKV) for system design of a combined heat and power plant based on a combustion engine (Otto or diesel). A number of calculations were made for an office building and a residential area where different systems were simulated and sensitivity analyses performed.}
place = {Sweden}
year = {1991}
month = {Dec}
}