ZEB Pilot house Larvik (Multikomfort) As-built
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1 ZEB Pilot house Larvik (Multikomfort) As-built ZEB - KLIMAX October 12, 2016 Åse Lekang Sørensen, SINTEF
2 My presentation Introduction Building design Technical installations and energy system Performance Material emissions The ZEB balance Economy
3 ZEB Pilot house Larvik (Multikomfort) INTRODUCTION
4 The ZEB pilot house Larvik ("Multikomfort-house") Two-storey single-family residential building Demonstration and exhibition house Heated floor area: m 2 Opening Autumn 2014 photo: Brødrene Dahl/Paal-André Schwital
5 Location Located near Larvik, by Brødrene Dahl warehouse Pictures: Google maps
6 The team Building owners Design team Construction Supporting Brødrene Dahl AS and Optimera AS Brødrene Dahl (energy concept), Optimera (building construction), Snøhetta (architect), and the ZEB Research Centre (energy and GHG emissions) Espen Staer AS Bergersen Flis, Geberit, Glava, Grohe, Gustavsberg, Ifö, Porgrund, Intra, Lyngson, Nilan, Oras, Oso, Pipelife, Schneider Electric, Uponor, Villeroy&Boch, VPI, Grundfos, Lighthouse Company, Aubo, Barkevik, Bergene Holm, Boen, Elfa, Fischer, Gyproc, Isola, Moelven, Natre, Paslode, Velux and Weber
7 Design criteria: ZEB-OM + transport M O + Electrical car Source: A Norwegian ZEB Definition Guideline
8 ZEB Pilot house Larvik (Multikomfort) BUILDING DESIGN
9 The design phase Focus on combining high aesthetic quality with comfort and energy efficiency Minimizing emissions from construction materials Example workshop: integrating spacial qualities and experiences N Picture: Snøhetta
10 The building envelope Reduce the need for heating Well insulated Airtight Avoid the need for cooling Solar protection (bedroom windows) Windows placed shaded from the sun
11 Construction materials Reused bricks are used in a wall inside - Thermal mass effect Stacks of natural stone and timber in the exterior facade Foundation slab based on timber and fibre plate construction Strip foundation to minimize the amounts of concrete Low carbon concrete was used Timber based bearings in light weight frames of outer walls Exterior walls are well insulated: 350mm glass wool insulation U-values Floor Roof Walls Windows and doors W / m 2 K
12 SOLAVSKJERMING PÅ VAIERE OVER ATRIUMET TAK SOLCELLEPANELER OG SOLFANGERE RESIRKULERT TEGL LOKAL STEIN VEGG I ATRIET VED STABLET I RAMMER UTVENDIG KLEDNING TREPANEL, TRYKKIMPREGNERT OG KOKT I LINOLJE UTVENDIG KLEDNING TREPANEL, DOBBELTFALS MED SPOR, BEISET. Illustration: Snøhetta
13 daylight distribution / solar shading Source: Snøhetta
14 Pictures: Snøhetta
15 Re-used brick (old barn) Picture: Snøhetta
16 spacial connection indoor - outdoor Picture: Snøhetta
17 The construction process Pictures: Brødrene Dahl/Paal-André Schwital
18 The construction process Pictures: Brødrene Dahl/Paal-André Schwital
19 The construction process Pictures: Brødrene Dahl/Paal-André Schwital
20 The construction process Pictures: Brødrene Dahl/Paal-André Schwital
21 The construction process Pictures: Brødrene Dahl/Paal-André Schwital
22 ZEB Pilot house Larvik (Multikomfort) TECHNICAL INSTALLATIONS AND ENERGY SYSTEM
23 Conclusion: material optimization / technical optimization Illustration: Snøhetta
24 Overview of the energy system Electricity: Solar cells Battery bank Heat: Geothermal heat pump Solar thermal panels Ventilation system: High efficiency heat recovery Grey water heat recovery systems
25 Energy budget: Energy demand Energy budget Energy demand (kwh/year) Specific energy demand (kwh/m 2 /year) Room heating 4, Ventilation heating Domestic hot water 3,212 (6,424)* 15.9 (31.8)* Fans Lighting 1, Technical equipment 3, Total net energy demand 14,136 (17,348)* 70.2 (86.1)* * Assumption: Recover 50% of the energy in the grey water in heat recovery system
26
27 Energy budget: Delivered energy Energy budget Delivered energy (kwh/year) Specific delivered energy (kwh/m 2 /year) Direct electricity 5, Electricity heat pump (groundsource 1, HP) Electricity solar energy Other energy sources (HP in ventilation) Total delivered energy 7,
28 Total energy balance Energy balance (kwh/year) Energy demand Electricity Delivered energy Heat from groundsource HP,exhaust air HP and solar collectors Heat from grey water system Room heating and ventilation Domestic hot water Fans, lighting, technical equipment Total
29 Solar cells and battery bank kw p PV system, 150 m 2, 91 modules (Innotech Solar) Each module: 15.5% efficiency, peak power 250 W p Calculated: 19,200 kwh per year Connected to the utility grid Battery bank with 24 batteries: 48V at 600Ah in total
30 Solar cells from Innotech solar
31
32 Calculated electricity production
33 Geothermal heat pump and Solar thermal panels Ground-source-to-water heat pump, 3 kw Cover 80% of the heating load Solar thermal collector system, 16.8 m² Cover 20% of the heating load Hot water is collected in a 400 liter tank Low temperature distribution system
34
35 Radiators
36 Domestic hot water Heat from waste water Solar heating Ground source HP (Winter) Exhaust air HP (Summer)
37 Grey water heat recovery systems
38 Ventilation system Balanced, mechanical ventilation system with constant air flows Exhaust air heat pump Heat exchanger (87% efficiency)
39 Water system Rain water is reused in toilets and for watering the garden Rain water from the roof is harvested, mechanically cleaned, and stored in a 6000 litre tank
40 ZEB Pilot house Larvik (Multikomfort) PERFORMANCE
41 Measurements Air leakage number: 0.60 air changes per hour Energy metering: Electrical consumption, electricity production, thermal energy production and consumption for heating and hot water No-one living in the building Few measurements available yet
42 Measurements solar collectors Example sunny day: 60 kwh heat from solar collectors
43 ZEB Pilot house Larvik (Multikomfort) THE ZEB BALANCE
44 Material emissions from design phase (60 y) Product phase: 3.6 kg CO 2 eq/m 2 per year + Material replacement 2.2 kg CO 2 eq/m 2 per year = 5.8 kg CO 2 eq/m 2
45 As-built estimations, material emissions Rough design phase estimations 5.8 kg CO 2 eq/m 2 /y Assumed less emissions replaced PV -0.6 kg CO 2 eq/m 2 /y CO 2 emissions from batteries +0.6 kg CO 2 eq/m 2 /y Estimated increase, rough calculations kg CO 2 eq/m 2 /y New total annual material emissions 6.9 kg CO 2 eq/m 2 /y
46 The ZEB balance Balance: ZEB-OM + 7,600 km Electrical car km, 2400 kwh 0,132 kg CO 2 eq/kwh 6.9 kg CO2 eq/m2 201,5 m2 ZEB-OM 7142 kwh 0,132 kg CO 2 eq/kwh
47 ZEB Pilot house Larvik (Multikomfort) ECONOMY
48 Economy A building following A future building similar Difference the TEK10 standard to the pilot building Investment, inclusive tax 4.8 million NOK 5.8 million NOK * 1 million NOK Delivered energy to kwh + 2,400 7,142 kwh + 2,400 kwh building and el. car kwh Annual energy cost, if 1 NOK/kWh kr 0 kr ** 24,150 NOK/year Income from plus-energy house, if 0.5 NOK/kWh 4,829 NOK (kwh: 19,200 -(7,142+2,400)) 4,829 NOK/year Savings during 60 years Simple payback time 35 Years * Ambitious buildings and technology choices may qualify for support from Enova. Such support varies, and is not included in the cost efficiency calculation. ** Assume 100 % self-consumption or similar energy price for selling and buying electricity.
49 Summary ZEB Pilot house Larvik An interdisciplinary project team has been involved in the design and construction process A number of untraditional passive energy measures are demonstrated The demonstration house has gained a lot of attention Calculated ZEB balance: ZEB-OM ambition + 7,600 km el car Approach is sensitive to material emission accounting and electricity emission factors for import and export of electricity
50 Takk for meg! Photo: Snøhetta
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