EMPIRE STATE REALTY TRUST: 2021 SUSTAINABILITY REPORT
VERSION 2.0 TEAM
Engineering and technical lead for the development and implementation of the 2.0 work. As a global leader in whole building systems engineering and decarbonization, they led analysis, design, innovation, technical knowledge management, and reporting.
Energy modeling lead, iterative and integrated analysis of potential impact of emissions and energy conservation measures on whole building system performance, potential utility, and financial savings.
Provided cost estimates and constructability expertise for energy and emissions conservation measures as well as partnering for evaluation of technology pilots in their space to ensure accurate representation in models and decision-making.
Provided expertise on current and potential future grid scenarios, projecting trends, utility rates, tariffs, and projected performance instrumental in modeling the static, projected, and CLCPA grid scenarios, to demonstrate the vital role the grid and building owners play in decarbonization.
STEPHEN DOIG
Empire Building Challenge and RTEM+ incentives and support for the innovation and analysis of potential decarbonization strategies. NYSERDA convenes suppliers and experts and will partner with us to amplify
World class wireless Building Management System, advanced
Expert guidance on program architecture, outcomes, amplification, and innovative solutions for decarbonization. Stephen’s role as RMI lead on the 1.0 work provided expertise to challenge the status quo.
Reos Partners assisted with process design, management and facilitation of workshops.
controls development, and performance optimization support as well as advanced development of FDD and analytics.
the replicable roadmap developed by this team.
VERSION 2.0 WORKSTREAM
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Evaluate the technical and
Define technical and economic needs to meet and exceed state and city targets and plans for 2024, 2030, 2035 and 2050 • LL97 sets emissions reductions caps for the above years
Conduct a thorough technology review via pilots, building tests, energy modeling, site visits and vendor evaluations
Evaluate the effects of changes to the grid
economic potential to achieve carbon neutrality
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Analyze whole system approach based on energy models, economic assessment and supply side opportunities
Utilize private know- how, leadership and public funding
Utilize multi-stakeholder engagement which thoroughly explores the role of tenants to meet targets
Identify the achievable results based upon a five-year payback on investment
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