Assessing the energy consumption of a typical single family home
An assessment carried out to determine the most cost-effective solutions to reduce the energy of a Hungarian single family home, presented at the “Eco-Logical Conference” conference series. A systematic analysis was supported by daylight simulations and dynamic building energy modelling to quantify the energy reduction potential of different measures:
natural ventilation, reflective roof materials, heavy roof structure, effective shading, orientation, improved thermal barrier, etc. The cost of conserved energy and the cost of time devoted to comfort were determined, and the most effective measures were specified. The findings of this analysis not only serve as a guideline for the designers in the region, but the methodology that was developed can also be adapted to any other climate or building type to support cost-effective, energy efficient design.
2012-2013
Eco-Logical Architecture Conference
Assessing the energy consumption of a typical single family home, BEM, Daylight analysis, Identifying energy efficiency measures and quantifying their performance, Evaluating the cost of alternatives
