Summary An energy masterplan determined the lowest life cycle cost to be an electrified district energy system with combined heating and cooling, 110F LTHW, and dual-temperature energy storage. The presentation will explain the energy model, operation of the system, and how this can be applied...
2A.2_Moyer_Lau-Seim_Bove.pdf
Vincent Xia, Stanford News Summary Over the past several years, Stanford transformed its energy infrastructure by electrifying its heating system, replacing its gas-fired power plant with grid power, creating a unique system to recover heat, building massive tanks to store hot and cold...
Summary Stanford University case study showing the results and value of hydraulic modeling for building the business case, design and real-time hydraulic for the operational phase of a new low temperature hot water system and chilled water system. Stanford University invested $500 million in...
6B.2_Arellano_LundHansen.pdf
Ron Nyren, UrbanLand Summary As Elizabeth Diller, principal of New York City–based architecture firm Diller Scofidio + Renfro, once told an interviewer, “Architecture is a technology. . . . Sometimes we have to use technology as a tool to accomplish something, or technology becomes the...
United States Environmental Protection Agency Summary EPA presented the 2017 Green Power Leadership Awards in conjunction with the Center for Resource Solutions (CRS) on Monday, October 23 during the Renewable Energy Markets Conference , (October 22-24, 2017 in New York City). The...
Speakers Nate Cesarz & Bruce McLay, Affiliated Engineers #AnnualConference #ConferenceProceeding #2014 #CampusEnergy #StanfordUniversity #UniversityofCaliforniaDavis #California #AffiliatedEngineers #Sacramento #Seattle #Washington #PaloAlto #CaseStudy #HeatRecovery
4A.2_Cesarz_ McLay.pdf
Summary Stanford University recently completed a major transformation of their campus infrastructure systems switching from a gas fired combined heat and power system to an electrically fueled combined heat and cooling system. The new system is anticipated to reduce carbon emissions by 68%...
1C.4_CESARZ_GAWER.pdf
Summary This presentation discusses all components of the Stanford steam to hot water conversion project - a component of the larger Stanford Energy Systems Innovations (SESI) program - completed in March 2015. Stanford transitioned from a natural-gas cogeneration plant to a heat recovery...
3B.3DELL_ELLIS_KANTOR_KEARNEY.pdf
Summary Summarizes the Stanford Energy System Innovation (SESI) sustainability project. SESI was designed to meet energy needs of the Stanford campus through at least 2050. After four years of planning and three years of construction the facility came online in 2015. This presentation relates...
1C.3KUMMER.pdf
Summary College campuses are beehives of constant activities. When constructing a new campus-wide energy system literally every building and most streets are affected and there is a tremendous risk to the safety of the students, faculty, staff, and visitors. Learn how to minimize and...
8C.2_Beckman_Kantor.pdf
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