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Invite colleaguesFinding the ‘next big thing’: US Department of Energy’s high impact technologies
Abstract
This paper highlights the US Department of Energy’s commercial building technology impact framework, the High Impact Technology (HIT) Catalyst, which enables building owners and operators to readily find and take advantage of energy and cost savings available by using emerging or underutilised efficiency solutions – ie the ‘next big thing’. Currently, existing buildings are being upgraded at a rate of 2.2 per cent per year, while upgrades in newly constructed buildings are on average 17 per cent greater.7 The HIT Catalyst prioritises technologies with the highest potential impact while creating pathways for two-way transfer of information, continuous improvement and flexible ‘on and off ramps’ for new, or emerging, scientific advances and evolving market conditions. The HIT approach focuses on the development of the most effective and valuable efficiency information and the dissemination of that information through proven deployment pathways. Core requirements-based activities create access points to technical expertise, ensure year-to-year consistency and address targeted audiences and sectors. Most importantly, the HIT Catalyst collects important data on market conditions and produces measurable results that show the value of the ‘next big thing’ as it propagates into adoption. Key to this data collection are adoption campaigns, which support and recognise early adopters in growing exemplary practices, from small pilots to large procurements that drive down costs and provide the foundation for participation by others. The HIT Catalyst is meant to be a one-stop shop for the information, resources and access to expertise necessary to support organisational energy savings and sustainability goals.
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Author's Biography
Amy Jiron manages the High Impact Technology (HIT) Catalyst programme with the Commercial Buildings Integration team at the US Department of Energy. The HIT Catalyst programme accelerates the voluntary adoption of cost-effective high impact technologies into the commercial buildings market based on strategic analysis of commercial buildings markets and technologies. Prior to her work with the Department of Energy, Amy served as the executive director of the US Green Building Council Colorado Chapter, and evaluated, commissioned and verified high performance building design and retrofit strategies as an architectural engineer. Amy received her Juris Doctor from the American University – Washington College of Law in Washington, DC and earned a Bachelor of Science in Architectural Engineering from the University of Colorado in Boulder.
Collin Weber is an associate director in Navigant Consulting’s energy practice. He assisted clients in the development and implementation of emerging energy technologies and policies and supported several Federal programmes including DOE Commercial Buildings Integration and Appliance Standards, and advised utility clients and trade organisations. He was involved with the CBI HIT programme since its inception, and provided strategic assistance to the programme throughout summer 2016. He holds Bachelor of Science and Masters of Engineering degrees in mechanical engineering from Cornell University, and is currently an MBA candidate at the University of Virginia Darden School of Business.