Using simulation to validate and optimise the design of a hybrid solar-GCHP system

M. Kummert; M. Bernier; M. Roy

Using simulation to validate and optimise the design of a hybrid solar-GCHP system

M. Kummert, M. Bernier, M. Roy

Mechanical And Aerospace Engineering

Research output: Chapter in Book/Report/Conference proceeding › Chapter

Abstract

Detailed TRNSYS simulations are used to validate and optimize the design of a hybrid ground-coupled heating plant including solar thermal collectors in three buildings (187 housing units total). The HVAC system design is constrained by several factors, including pre-existing equipment and funding opportunities for particular options. The TRNSYS simulation uses building loads that were calculated in an earlier stage of the design process with DOE-2. In order to use realistic temperature levels, a global heat exchange coefficient for radiators and floor heating is estimated. The long-term system performance is analyzed for the selected design, which does not follow conventional design rules. The system provides 33% of the total heating load from renewable energy on a yearly basis (average performance over 20 years of operation).

Original language	English
Title of host publication	Proceedings of IBPSA-Canada's 4th Biennial Building Performance Simulation Conference (eSim 2006)
Publication status	Published - 2006

Keywords

simulation
building simulation
building design
construction engineering

UN SDGs

This output contributes to the following UN Sustainable Development Goals (SDGs)

Cite this

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title = "Using simulation to validate and optimise the design of a hybrid solar-GCHP system",

abstract = "Detailed TRNSYS simulations are used to validate and optimize the design of a hybrid ground-coupled heating plant including solar thermal collectors in three buildings (187 housing units total). The HVAC system design is constrained by several factors, including pre-existing equipment and funding opportunities for particular options. The TRNSYS simulation uses building loads that were calculated in an earlier stage of the design process with DOE-2. In order to use realistic temperature levels, a global heat exchange coefficient for radiators and floor heating is estimated. The long-term system performance is analyzed for the selected design, which does not follow conventional design rules. The system provides 33% of the total heating load from renewable energy on a yearly basis (average performance over 20 years of operation).",

keywords = "simulation, building simulation, building design, construction engineering",

author = "M. Kummert and M. Bernier and M. Roy",

year = "2006",

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booktitle = "Proceedings of IBPSA-Canada's 4th Biennial Building Performance Simulation Conference (eSim 2006)",

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T1 - Using simulation to validate and optimise the design of a hybrid solar-GCHP system

AU - Kummert, M.

AU - Bernier, M.

AU - Roy, M.

PY - 2006

Y1 - 2006

N2 - Detailed TRNSYS simulations are used to validate and optimize the design of a hybrid ground-coupled heating plant including solar thermal collectors in three buildings (187 housing units total). The HVAC system design is constrained by several factors, including pre-existing equipment and funding opportunities for particular options. The TRNSYS simulation uses building loads that were calculated in an earlier stage of the design process with DOE-2. In order to use realistic temperature levels, a global heat exchange coefficient for radiators and floor heating is estimated. The long-term system performance is analyzed for the selected design, which does not follow conventional design rules. The system provides 33% of the total heating load from renewable energy on a yearly basis (average performance over 20 years of operation).

AB - Detailed TRNSYS simulations are used to validate and optimize the design of a hybrid ground-coupled heating plant including solar thermal collectors in three buildings (187 housing units total). The HVAC system design is constrained by several factors, including pre-existing equipment and funding opportunities for particular options. The TRNSYS simulation uses building loads that were calculated in an earlier stage of the design process with DOE-2. In order to use realistic temperature levels, a global heat exchange coefficient for radiators and floor heating is estimated. The long-term system performance is analyzed for the selected design, which does not follow conventional design rules. The system provides 33% of the total heating load from renewable energy on a yearly basis (average performance over 20 years of operation).

KW - simulation

KW - building simulation

KW - building design

KW - construction engineering

UR - http://www.esim.ca/2006/papers.htm

M3 - Chapter

BT - Proceedings of IBPSA-Canada's 4th Biennial Building Performance Simulation Conference (eSim 2006)

ER -

Using simulation to validate and optimise the design of a hybrid solar-GCHP system

Abstract

Keywords

UN SDGs

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