Geissler, Achim

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Geissler
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Achim
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Geissler, Achim

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2013 - 20173
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Item-Typ: Publikation × Thema: net zero energy building ×

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Gerade angezeigt 1 - 3 von 3
  • Vorschaubild
    Publikation
    The impact of different energy balancing methods on Net Zero Energy Buildings
    (03.10.2017) Hall, Monika; Geissler, Achim [in: 12th Conference on Advanced Building Skins]
    To date, the building energy balance is typically based on annual values. If the annual PV-yield equals the overall annual energy demand, the building is called a Net Zero Energy Building (NZEB). Of course, this balancing approach does not take into account that PV-yield and electricity energy demand do not necessarily occur at the same time. However, Swiss standards and the building label Minergie have begun to address this issue. The Swiss standard SIA 380:2015, and the Minergie recast 2017 include self-consumption/grid-interaction in the energy balance. Currently, for the energy balance PV-yield and electricity demand are usually weighted with the same primary energy factor. Minergie 2017 retains this, but SIA 380:2015 features different (asymmetrical) primary energy factors for import from and export to the grid. This necessarily has a large impact on the resulting energy balance. The primary energy factor for import from the grid depends on the chosen type of the power mix in the grid. If this factor is higher than the primary energy factor of the PV-system, a larger PV system than when using symmetrical factors is required in order to fulfil the NZEB balance. The impact of balancing method of SIA 380:2015 and Minergie-A on a Net Zero Energy Building are discussed. It is found that the newly introduced definitions for the building energy balance have a large impact on the grid interaction.
    04 - Beitrag Sammelband oder Konferenzschrift
  • Vorschaubild
    Publikation
    Different balancing methods for Net Zero Energy Buildings - Impact of time steps, grid interaction and weighting factors
    (Elsevier, 2017) Hall, Monika; Geissler, Achim [in: Energy Procedia]
    Adding large photovoltaic systems to buildings is becoming more and more popular. To date, the self-consumption/grid interaction is not typically part of the energy balance. The choice of symmetric or asymmetric primary energy factors has an impact on the balance. The primary energy factor for import from the grid depends on the chosen type of the power mix in the grid. If this factor is higher/lower than the primary energy factor of the on-site PV-system, a larger/smaller PV system than when using symmetrical factors is required in order to fulfil the NZEB balance.
    01A - Beitrag in wissenschaftlicher Zeitschrift
  • Vorschaubild
    Publikation
    Two Years of Experience with a Net Zero Energy Balance - Analysis of the Swiss MINERGIE-A Standard
    (Elsevier, 09/2013) Burger, Bastian; Hall, Monika; Geissler, Achim [in: Energy Procedia]
    With the net zero energy balance for heating, domestic hot water, ventilation and auxiliary energy, the Swiss MINERGIE-A Standard is a major step towards standardized, economically feasible net zero energy buildings. Not only the zero energy balance but also the requirement for limited embodied energy is a new challenge for architects and designers. In the two years since the launching of the Standard and the writing of this paper, approx. 240 buildings have been certified or pre certified. The new standard is widely accepted and its challenges are appreciated in the building sector. A cross analysis shows that a wide range of different energy concepts and embodied energy strategies are possible in the scope of the Standard. The wide variety of options is one of the main findings of the rollout of this new zero-balanced standard.
    01A - Beitrag in wissenschaftlicher Zeitschrift