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Sector Commercial
End-use Whole Building
Project Number ET14SCE1090
2015 - 2016
SCE
PDF Available
COMPLETE
This project will assess the performance of different energy efficient technologies such as DC/solid state lighting, high efficiency HVAC, upgraded insulation, and controls for portable classrooms, a market that is currently untapped. An existing classroom will be retrofitted with all EE...
Sector Residential
End-use Whole Building, Lighting, Other, Water Heating/DHW/HPWH, HVAC
Project Number ET12PGE1451
2012 - 2016
PG&E
PDF Available
COMPLETE
Project SummaryThis project examines the site net energy consumption of a sample of units in the West Village community at the University of California Davis (UC Davis). The three primary goals are as follows:Study energy consumption and production in order to determine if this West Village sample...
Sector Industrial
End-use Process
Project Number ET15PGE1821
2015 - 2016
PG&E
PDF Available
COMPLETE
Solar Jack, an energy management system for rod beam pumps, is comprised of three components: a VFD, a regnerative component and a solar array.  To assess the energy savings potential of Solar Jack, it was installed on three wells at three different customer...
Sector Commercial, Public, Other
End-use Whole Building, Process, Lighting, Other, Water Heating/DHW/HPWH, HVAC
Project Number ET13PGE1301
2013 - 2016
PG&E
PDF Available
COMPLETE
This project will field test recently developed tools and associated workflows to determine the viability and efficacy of rapid building physics based building energy models for use in energy efficiency measure identification and energy use...
Sector Commercial, Industrial, Residential
End-use Other
Project Number DRET15PGE01
2015 - 2016
PG&E
PDF Available
COMPLETE
This paper summarizes current CAISO telemetry requirements and analyzes existing technologies that might be able to meet those requirements in a manner that can be scalable for Proxy Demand Resources to participate in the wholesale market. The paper offers various solution architechtures and...
Sector Commercial, Public
End-use HVAC
Project Number ET12PGE3101
2013 - 2016
PG&E
PDF Available
COMPLETE
This project was a field assessment of indirect evaporative cooling for ventilation air for a mall in Fairfield, CA in which a new RTU was retrofitted with a direct evaporative pre-cooler at the condenser inlet, and a water to air heat exchanger at the ventilation air inlet. This study was...
Sector Residential
End-use Other
Project Number ET14PGE1751
2014 - 2016
PG&E
PDF Available
COMPLETE
The purpose of this project was to determine whether heat pump clothes dryers offer non-energy benefits—specifically, reduced clothing wear and tear—that could help consumer adoption. Although the project did not conclusively find that heat pump clothes dryers cause less wear than...
Sector Commercial, Public
End-use Whole Building, Process
Project Number ET15SDG1061
2015 - 2016
SDG&E
PDF Available
COMPLETE
- Updated August 2016 to include additional market data and 3rd party lab testing -In support of California’s strategic plan to accelerate the penetration of energy efficiency technologies, AESC executed a study of a new fan motor technology with funding, guidance, and...
Sector Residential
End-use Whole Building
Project Number DR14SDGE0002
2014 - 2016
SDG&E
PDF Available
COMPLETE
The objective of this pilot was to demonstrate the use of a wide-area wireless control messaging network as a platform for dispatching demand across a utility area. The advantage of such a system is that it can cost effectively and reliable reach devices that are typically not networked, such as...
Sector Commercial
End-use HVAC
Project Number ET13SCE7090
2013 - 2016
SCE
PDF Available
COMPLETE
The purpose of this project is to verify the energy and water performance of packaged hybrid Roof Top Units (RTU) that combine both evaporative cooling technologies (direct and indirect) with standard vapor compression cooling. The field testing will consist of installing and evaluating the...
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The ETCC is funded in part by ratepayer dollars and the California IOU Emerging Technologies Program, the IOU Codes & Standards Planning & Coordination Subprograms, and the Demand Response Emerging Technologies (DRET) Collaborative programs under the auspices of the California Public Utilities Commission. The municipal portion of this program is funded and administered by Sacramento Municipal Utility District and Los Angeles Department of Water and Power.