Page 31 - ZEB AnnualReport 2015

Table 1. Comparison of the properties and values for optimized and initial volumes (shown as vertical sections) for each orientation.

The annual energy production, by using an The main purpose of the work was to deine Bruk av solenergisystemer som produserer
appropriate PV technology, could reach 146 how energy eficiency and on-site renewable energi som dekker bygningenes behov
kWh/m , while the operational energy use energy production can be implemented in for energi, blir stadig viktigere, både på
2
could reach 75kWh/m for the whole building the design of a housing development, as bygningsnivå og på områdenivå. Men, til
2
complex. This amount of energy makes it well as to what extent these strategies can tross for at det er tilstrekkelig solstråling, i
possible to cover approximately twice the impact the energy and CO balance. The hvert fall i de sørlige og midtre deler av landet
2
operational energy demand of the entire site is developed based on the concept of an (årlig innstråling i Grimstad er f.eks. ca. 900
neighbourhood. eco-city as a sustainable urban form, thus kWh/m ), er bruk av solenergi ennå ikke
2
emphasizing the reduction of the ecological spesielt utbredt i Norge. Det er derfor viktig
To determine the ZEB level of the project, a footprint. å vurdere både energibehov og mulighetene
comparison between the CO emissions from for Integrering av solenergisystemer i tak og
2
materials and operational energy use and In conclusion, the integration of overall fasader tidlig i en planprosess.
the energy produced, was carried out. For energy strategies can effectively reduce the
the conversion of energy use and production ecological footprint of a housing development. Den stadig voksende befolkningen i
from kWh to kgCO eq, the ZEB factor, 0.132 Nevertheless, to be able to recommend the Trondheim har resultert I et økende behov for
2
kgCO eq, was used. The total CO emissions implementation of those strategies, further boliger. Statistisk Sentralbyrå (SSB) har antatt
2
2
from the materials and operational energy research and follow-up should be done to at fra 2000 til 2030 vil byen vokse med 70 000
were calculated to be 19.23 kgCO eq/m BRA/ acquire more quantitative data. innbyggere. I lys av dette har området Øvre
2
2
year, and energy production was calculated to Rotvoll, som forbinder Trondheim sentrum
compensate for 19.36 kgCO eq/m BRA/year med Charlottenlund og Ranheim, et mål om
2
2
(Figure1). Therefore, the ZEB-OM level was å utvikles som et null-energi boligområde.
achieved. Studien beskrevet under er del av delprosjekt
C, “Case studies and action research”, i Task
ZEB annual report 2015 31