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Sector Residential
End-use Whole Building
Project Number ET14PGE8916
2014 - 2019
PG&E
PDF Available
COMPLETE
Under the auspices of PG&E’s Zero Net Energy (ZNE) Production Builder Demonstration, De Young Properties built a 2,019 square foot ZNE home in Clovis, CA. This report describes the results from monitoring the occupied home for a full year.The ZNE definition used for the design was based...
Sector Residential
End-use Whole Building
Project Number ET13PGE1041
2013 - 2019
PG&E
PDF Available
COMPLETE
As part of PG&E’s Zero Net Energy (ZNE) Pilot Program, De Young Properties designed and built a single story 2,064 square foot single family home located in Clovis, CA. It was built in 2013 and used as a model home until 2018 when it became occupied. All loads were monitored for the first...
Sector Commercial
End-use Process Loads
Project Number ET17SCE1200
2018 - 2019
SCE
PDF Available
COMPLETE
Laboratory refrigeration has not been extensively studied, with the exception of ULT freezers. The largest insight into the energy savings potential comes from the ENERGY STAR Product Specification for Laboratory Grade Refrigerators and Freezers, published in 2016. Data from 14 different freezer...
Sector Residential
End-use Plug Loads and Appliances
Project Number ET17SCE1190
2017 - 2019
SCE
PDF Available
COMPLETE
The first phase of the SIM Home project discussed the potential effects of variations in user behavior on estimates of energy consumption for plug load devices. Three types of variations were explored: (1) the duration or number of times per day the device is used, (2) the frequency or periodicity...
Sector Commercial, Industrial, Residential
End-use HVAC, Water Heating/DHW/HPWH
Project Number ET17SCG0016
2017 - 2019
SoCalGas
PDF Available
COMPLETE
A compact, Bluetooth enabled, inline digital natural gas flow meter has entered the market, with two models anticipated for 2018 market entry (Table 1.)  Both models can be installed in tight spaces and do not require venting.  The submeters are represented as being pressure independent...
Sector Residential
End-use Plug Load
Project Number DRET19PGE02
2018 - 2019
PG&E
PDF Available
COMPLETE
The purpose of this Demand Response Emerging Technology (DRET) Assessment is to confirm that, in a laboratory setting, end-use energy consumption by certain appliances can be automatically controlled by a combination of: (1) a frequently changing (every 5 minutes) GHG intensity signal based on...
Sector Commercial
End-use HVAC, Lighting, Plug Load
Project Number ET13PGE1361
2013 - 2019
PG&E
PDF Available
COMPLETE
The primary objective of this project was to demonstrate energy savings in the small and medium sized business sector by means of low-cost technology retrofits that leverage advances in intelligent advices and lower-cost networked controls. The primary project learnings showed:Recruiting SMB...
Sector Residential
End-use Plug Load
Project Number ET18PGE8241
2018 - 2019
PG&E
PDF Available
COMPLETE
This report details findings from the evaluation of a remotely controllable, Wi-Fi-connected plug load controller. This is a case study of the deployment of 100 devices at one office building. The plug load controllers are remotely programmed to turn off power based on a pre-determined...
Sector Industrial
End-use HVAC
Project Number ET17SCG0004
2017 - 2019
SoCalGas
PDF Available
COMPLETE
GTI independently and objectively conducted laboratory testing to compare the efficacy of venturi steam traps by three manufacturers against comparably-sized mechanical steam traps at different pipe sizes, pressures, and condensate loads. Venturi steam traps provided by Thermal Energy International...
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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.