Elisa Wood, Microgrid Knowledge Summary A 10-MW military microgrid in the California city Twentynine Palms is set to undergo a $7.8 million expansion as part of long-term plan to achieve energy independence. Solar installation at MCAGCC Marine Corps Air Ground Combat Center’s (MCAGCC)...
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 Project Description (George) Overview of the Team Project Challenges & Constraints Project Overall Scope Terminal Pump Room Upgrades Project (Steve) General Approach 2011 Trended Data (pre-upgrade) Current Trends with Upgrades Results Speakers Steve...
5B.2_Tredinnick.pdf
Summary This presentation will summarize a district energy feasibility study for a potential mixed-use district in San Francisco. The team developed and assessed a variety of generation and distribution configurations for a district system serving new commercial, retail, residential and...
3A.2_Naqvi, Weld.pdf
Civic Center Campus Central Utility Facility, Orange County, CA. 1. Plant History 2. Background Planning Process 3. Findings (CHW, Steam, CHP) 4. Results / Recommendations 5. Next Steps Speakers Kevin Fox, Jacobs Engineering #AnnualConference #ConferenceProceeding #2014 ...
4B.2_Fox.pdf
Press Release, DCO Energy Plants Provide Electricity, and Process Steam to Industries in California, Massachusetts and New Jersey Mays Landing, NJ - Atlantic County based DCO Energy, LLC, a member of IDEA, announced that it has acquired three combined heat and power (CHP) plants from...
Summary Los Angeles International Airport (LAX) is in the midst of a multi-billion dollar modernization and growth program. Its aged Central Utility Plant and infrastructure has been replaced with a state of the art facility, doubling the capacity of their district cooling system to address...
5A.1_Kirby.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% from...
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
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