Jenson-DeLeeuw NZE House / Paul Lukez Architecture

first_imgManufacturers: AutoDesk, Schöck, Fantech, Jeld-Wen, Mitsubishi Electric, Pella EFCO, Runtal, Simpson Strong Tie, Electro, Sonnen, Timber Tech, Trimble, ZipWall ShareFacebookTwitterPinterestWhatsappMailOrhttps://www.archdaily.com/924727/jenson-deleeuw-nze-house-paul-lukez-architecture Clipboard Photographs:  Greg Premru Manufacturers Brands with products used in this architecture project Projects Photographs Project gallerySee allShow lessXi Xi Yi Hao Building / M.A.O.Selected ProjectsSimmetria Space / Belotto Scopel Tanaka ArquiteturaSelected Projects Share Save this picture!© Greg Premru+ 26Curated by Paula Pintos Share United States ArchDaily Paul Lukez Architects: Paul Lukez Architecture Area Area of this architecture project Contractors: “COPY” 2018 “COPY” Jenson-DeLeeuw NZE House / Paul Lukez ArchitectureSave this projectSaveJenson-DeLeeuw NZE House / Paul Lukez Architecture G. Donahue & Sons Inc, George Donahue, Keith Donahue Products used in this ProjectThermalSchöckInsulation – Isokorb® Steel to SteelDesign Team:Josh McDonald, Craig HinrichsClients:Pat DeLeeuw, Richard JensonEngineering:Sergio Siani, Matthew Bean, Morian/Siani Engineering IncLandscape:Natalie DeNormandieConsultants:Derek Brian, Adam Kibbe, Stuart Lipp, Michael Duclos, HERS EvaluatorCity:HarvardCountry:United StatesMore SpecsLess SpecsSave this picture!© Greg PremruText description provided by the architects. Nature Powered, The Jenson-DeLeeuw House in Harvard, Massachusetts, is a finely crafted 2,200-square-foot home that generates enough renewable energy to service the home’s energy needs as well as fully power an electric car (12,000 miles / year). This is achieved through renewable energy systems with solar batteries and integrating passive design principles. Nestled in a rural landscape, this house demonstrates strategies for achieving energy independence while offering spacious, light-filled contemporary living spaces.Save this picture!© Greg PremruThe investment in the solar and battery system yields a return (IRR) of over 10%. Clean Energy Generation. Completed in 2018, the house is carefully positioned on a gently sloped site, offering optimal solar exposure for its solar panels and interior spaces. The house’s energy network generates 21,000 kilowatt hours annually through 56 photovoltaic solar roof panels manufactured by LG. Excess energy generated through the day is stored in two sets of 16kWh batteries made by Sonnen, a German battery manufacturer.  Save this picture!© Greg PremruSave this picture!Ground level planSave this picture!© Greg PremruThe solar panels and battery serve three mini-splits, providing heating or cooling as required. The battery system, monitored daily, can store surplus energy to be consumed in the evenings and during bleak weather. The house has a certified HERS rating of (–23), meaning it generates 23% more energy than it needs. This leaves plenty of energy on reserve and at lower cost to the owners. Furthermore, the batteries store excess energy to power the occupants’ Chevrolet Bolt EV electric car. Hence, the car is effectively powered by the sun. Passive Solar Design.Save this picture!© Greg PremruSave this picture!SectionSave this picture!© Greg PremruThe south-facing wall’s expansive windows flood the interiors with both natural light and wintertime heat. Deep roof overhangs shield interior spaces from overexposure and overheating during the summer. Open-floor plans and high ceilings enable airflow throughout the house, providing natural ventilation. In winter, triple-glazed windows, insulated walls, and low-infiltration detailing optimize the solar-warmth in the house. A wood stove was installed in the open living-dining-kitchen space for supplemental heating for those extremely cold arctic days. Walls: Insulation and Integration. The walls are insulated with the high-efficiency Zip System by Huber Engineered Woods.Save this picture!© Greg PremruThis sheathing and stretch-tape system of structural panels gives the house superior insulation while creating an integrated barrier to air, water, and moisture. This helps eliminate the possibility of moisture buildup and water seepage. Architecturally, weathered gray cedar siding blends the house with its rocky and wooded context. The exterior deck, patio, steps, and landscape walls visually reinforce the house’s connection to nature. An Energy-Plus Prototype for Reduced Carbon Living.Save this picture!© Greg PremruThis house design goes beyond Net Zero goals, by generating more energy than it needs, so much so that its excess energy powers an electric car. The car and house are bonded in a new sustainability equation, where energy generated, energy stored, energy consumed for the home, and energy consumed for mobility are reconsidered and rebalanced in a manner that reduces our carbon footprint. When considered holistically, this new equation offers new opportunities for design and innovation that benefits users, society, and nature alike. Jenson-DeLeeuw NZE House / Paul Lukez Architecture Products translation missing: en-US.post.svg.material_description CopyAbout this officePaul Lukez ArchitectureOfficeFollow#TagsProjectsBuilt ProjectsSelected ProjectsResidential ArchitectureHousesHarvardOn FacebookUnited StatesPublished on September 18, 2019Cite: “Jenson-DeLeeuw NZE House / Paul Lukez Architecture” 18 Sep 2019. ArchDaily. Accessed 10 Jun 2021. ISSN 0719-8884Browse the CatalogPanels / Prefabricated AssembliesTechnowoodSiding Façade SystemWindowsMitrexSolar WindowMetal PanelsAurubisPatinated Copper: Nordic Green/Blue/Turquoise/SpecialMetal PanelsDri-DesignMetal Panels – CopperIn architectureSikaBuilding Envelope SystemsExterior DeckingLunawoodThermowood DeckingMembranesEffisusFaçade Protection – Breather+Metal PanelsPure + FreeFormCustom Metal Cladding – Legacy Fund 1 BuildingWood Boards / HPL PanelsInvestwoodWood Fiber Partition Walls – ValchromatDoorsLinvisibileLinvisibile FILO 10 Vertical Pivot Door | BrezzaSkylightsFAKROEnergy-efficient roof window FTT ThermoToilets / BidetsBritexToilets – Accessible Centurion PanMore products »Save世界上最受欢迎的建筑网站现已推出你的母语版本!想浏览ArchDaily中国吗?是否翻译成中文现有为你所在地区特制的网站?想浏览ArchDaily中国吗?Take me there »✖You’ve started following your first account!Did you know?You’ll now receive updates based on what you follow! Personalize your stream and start following your favorite authors, offices and users.Go to my stream Lead Architect: Area:  2200 ft² Year Completion year of this architecture project Houses ShareFacebookTwitterPinterestWhatsappMailOrhttps://www.archdaily.com/924727/jenson-deleeuw-nze-house-paul-lukez-architecture Clipboard Year:  CopyHouses•Harvard, United Stateslast_img

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