Albany Zero-Energy Nanotechnology – Resources and | YKK AP
Modern YKK office building with glass exterior and logo.

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Albany Zero-Energy Nanotechnology

The Z.E.N. building at the time of construction was the largest zero energy-capable, mixed-use building in the United States. This standout development on the campus of the SUNY Polytechnic Institute in Albany, NY serves as a demonstration project to how forward thinking and collaboration with the government research agencies, such as the New York State Energy Research and Development Authority, can target and achieve true “Net-Zero” energy consumption. Erie is proud to have contributed its high-performance ENVIRO|FACADES® curtain wall system to help the project achieve this status. This all-glass facade is made of over 100,000 Sq.Ft. unitized segmented curtain wall, characterized by its openness and transparency. A key feature in achieving the “Net-Zero” status is the inclusion of an enclosed interior atrium encapsulated by curtain wall, creating a “light well” that is designed to harvest daylight, offsetting up to 70% of the building’s electrical consumption.

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Modern YKK office building with glass exterior and logo.
YKK logo on modern glass office building facade.
Modern YKK office building with glass facade and logo.
Modern glass office building of YKK with blue-tinted windows.
Modern glass office building with YKK logo in daytime.
Businessman gazing out of office window with city view.

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Expert Support for ArchItectural Solutions

At YKK AP, we provide expert guidance tailored to meet all your architectural and construction requirements. Whether you’re designing a residential, commercial, or institutional project, our team is here to support you every step of the way. We offer a comprehensive range of high-quality products and professional services designed to streamline your workflow, enhance design efficiency, and meet performance standards. Our goal is to help you bring your vision to life while promoting long-term sustainability and minimizing environmental impact.