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Sector Commercial
End-use Whole Building
Project Number ET17SCE7050
2017 - 2022
SCE
PDF Available
COMPLETE
In response to AB 802, the objective of this study is to develop a viable meter-based program offering for large commercial customers. The legislation and subsequent proceedings and decisions from the CPUC enable Program Administrators to design and implement energy efficiency programs that provide...
Sector Commercial
End-use Whole Building
Project Number ET17SCE8040
2017 - 2020
SCE
COMPLETE
Manually controlling Demand of HVAC and other associated loads is labor and time intensive, involving the manual adjustment of several controls spread out of these facilities. Furthermore, participation in, “day ahead”, demand response programs provides challenges in this type of facility and...
Sector Commercial
End-use Whole Building
Project Number ET15SCE1130
2017 - 2018
SCE
PDF Available
COMPLETE
The goal of this project is to establish a whole building M&V approach based on the short-time interval energy use data (collectively known as “M&V 2.0”) for the University and possibly Public Sector environment that is simple to apply but accurately captures real savings from existing conditions...
Sector Commercial
End-use Whole Building
Project Number ET16SCE1110
2017 - 2021
SCE
PDF Available
COMPLETE
Predictive Energy Optimization acts as an automated supervisory control system for HVAC systems in commercial buildings, designed to reduce energy consumption, operating costs and CO2 emissions. It connects to most existing building management and control systems (BMCS) using industry standard...
Sector Commercial
End-use HVAC
Project Number ET17SCE1110
2017 - 2022
SCE
ACTIVE
The HVAC retrofit controller uses dual temperature sensors (supply air and return air) and a proprietary control algorithm with predictive analytics to improve operation of an HVAC system. This laboratory test project will explore energy efficiency potential of the HVAC retrofit controller, on a...
Sector Residential
End-use Whole Building
Project Number ET17SCE7020
2017 - 2023
SCE
ACTIVE
The project's primary goal will be to demonstrate technical and economic feasibility of ZNE homes by scaling the neighborhood level experiment in Fontana. It will also look at integrating ZNE homes into the electric grid. This project will demonstrate ZNE solutions within the multifamily category....
Sector Commercial
End-use HVAC
Project Number ET17SCE1070
2017 - 2021
SCE
COMPLETE
Project involves lab assessment of HVAC device on 5-ton RTU heat pump currently installed in TTC laboratories. The device varies the speed of the compressor as needed. Assessment will involve AHRI-style tests. All testing will be in cooling...
Sector Residential
End-use Whole Building
Project Number ET17SCE1080
2017 - 2019
SCE
COMPLETE
Cloud-based software incorporates historical customer energy usage and demand data, in any interval available (i.e., bi-monthly, monthly, hourly or sub-hourly), and combines this with weather data, to create predictive models of weather-normalized energy usage for every premise. These models can...
Sector Residential
End-use HVAC
Project Number ET17SCE7070
2017 - 2021
SCE
PDF Available
COMPLETE
This project seeks to evaluate a DIY heat pump system with a typical window AC unit. The goal is to determine for a given cooling load if this technology can provide higher efficiencies with comparable installation costs to window AC...
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The ETCC is funded in part by ratepayer dollars and the California Statewide Emerging Technologies Program 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.