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Sector Agricultural
End-use Process Loads
Project Number ET23SWE0019
2023 - 2024
SWE (Statewide Electric ETP)
ACTIVE
The proposed study will evaluate emerging technologies designed to remove a majority of containments in dairy wastewater efficiently, allowing facilities to expand their reuse of wastewater in other areas such as drip irrigation, drinking water, facility maintenance, etc. The technologies help...
Sector Residential
End-use Water Heating/DHW/HPWH
Project Number ET22SWE0056
2022 - 2024
SWE (Statewide Electric ETP)
ACTIVE
The 120V heat pump water heater (HPWH) has the potential to vastly increase customer adoption of heat pump water heaters by reducing installation costs. The 120V units plug directly into existing shared or dedicated circuits at the WH location, eliminating additional electrical wiring and/or...
Sector Commercial
End-use Whole Building
Project Number ET22SWE0034
2022 - 2024
SWE (Statewide Electric ETP)
ACTIVE
Indirect evaporative cooling can provide cooling at much higher efficiency in California climates compared to the vapor compression cooling systems currently used in most buildings. In the past, these indirect evaporative cooling systems have been add-ons to roof top packaged units, have required...
Sector Residential
End-use Whole Building
Project Number ET22SWE0037
2022 - 2024
SWE (Statewide Electric ETP)
ACTIVE
This project will evaluate new applications of aerosol sealing, a product used to seal buildings primiarily in new construction, to sealing in existing homes. Previous studies have shown that half of the leakage in new California homes occurs through the attic so addressing leakage at the attic...
Sector Commercial
End-use HVAC
Project Number ET22SWE0043
2022 - 2024
SWE (Statewide Electric ETP)
PDF Available
COMPLETE
One of the greatest underutilized opportunities for energy savings in buildings through retrofits and retro-commissioning is optimized HVAC system sequence of operations (SOO). A recent EPIC Best In Class research project funded by the California Energy Commission showed that implementation of...
Sector Commercial
End-use Whole Building
Project Number ET22SWE0044
2022 - 2024
SWE (Statewide Electric ETP)
ACTIVE
The laboratory evaluation of a commercial, whole-building, integrated control system project aims to achieve whole-building energy and demand reduction, load flexibility, improved occupant comfort, and reductions in control system installation costs by integrating control of multiple building...
Sector Commercial
End-use Water Heating/DHW/HPWH
Project Number ET22SWE0047
2022 - 2024
SWE (Statewide Electric ETP)
ACTIVE
The California Plumbing and Energy Codes do not mandate master mixing valves (MMV) for temperature control of domestic hot water (DHW) recirculation systems. Prior lab or field studies has not investigated the energy savings potential of MMV in recirculation systems. While some applications such as...
Sector Residential
End-use Water Heating/DHW/HPWH
Project Number ET22SWE0048
2022 - 2024
SWE (Statewide Electric ETP)
PDF Available
COMPLETE
Water heating for food service applications represents 340M therms of gas consumption in California, and thus presents a significant opportunity for electrification, as well as significant efficiency improvements in retrofits and new construction applications. Public-facing design guides specific...
Sector Residential
End-use Whole Building
Project Number ET22SWE0049
2022 - 2024
SWE (Statewide Electric ETP)
COMPLETE
The proposed project evaluates the current state and anticipated future of Residential Energy and Automation (REA) systems. REA systems are a new category of residential appliances that combine the features of Home Energy Management Systems (HEMS). HEMS energy savings potential have been estimated...
Sector Residential
End-use HVAC
Project Number ET22SWE0050
2022 - 2024
SWE (Statewide Electric ETP)
ACTIVE
Home space heating, space cooling, and domestic hot water heating loads can be served efficiently by contemporary air to water heat pump technology. Higher operating efficiencies and a shift of loads from peak to non-peak demand periods can be achieved through a shared network of hydronic piping...
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Copyright © 2024 Energy Transition Coordinating Council. Trademarks are the property of their respective owners. All rights reserved.

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.