This study aims to provide additional system performance testing for a prototype dual fuel hybrid heat pump for the residential sector. Developed by a major OEM, this 120 V heat pump is equipped with a gas combustion burner to maximize efficiency and performance. This eliminates the need for...

There is a behavioral water and energy efficiency solution that will help reduce household carbon emissions and water use at scale. The device is an easy at home DIY retrofit to promote water conservation and improve shower habits. The technology automatically detects when a shower starts, and...

Wireless steam trap monitoring technology specifically focuses on steam trap systems within the commercial and industrial sectors. This field study aims to monitor steam traps at a site, demonstrating their significant impact on energy savings and efficiency improvements. The primary objectives of...

This project is a field study of a Gas Absorption Heat Pump (GAHP) water heater. The GAHP is a gas-fired technology with a technology readiness level (TRL) of 9. This project falls into phase 2F (field study phase) of a multi-phase field study pilot project for GAHP water heaters & combination...

The scope of this project is to interview five (5) subject matter experts (SMEs) to gain early feedback on CFS measures without incentives or measure packages and barriers to their implementation. Barriers could include: not enough difference between efficient an non-efficient equipment, high...

The main objective of this project is to install a CarbinX unit at a pool heater boiler at a hotel in Los Angeles and test and quantify the carbon dioxide emissions reduction, fuel savings, waste heat recovered, and energy savings. The CarbinX unit will also operate as a Direct Air Capture (DAC)...

AGILE: There is a push for electrification of most gas end uses including commercial cooking. The results from GET Study ET23SWG005: Dual Fuel Single Family Modeling indicated that running an electric heat pump to heat a single-family home would cost anywhere from 68% - 144% more than a gas furnace...

This is a field study which is the second phase of a market and technology study for natural gas efficiency technologies for controlled environment agriculture (CEA). The CEA and Greenhouse HVAC Market and Technology Study (ET23SWG0003) and completed in 2024 characterized California's CEA market...

This study aims to characterize the hydrogen fuel blending performance (up to 30% blend) of a second Gas Absorption Heat Pump (GAHP) to sufficiently populate model inputs in EnergyPlus. Gas Technology Institute (GTI) Energy will serve as a contractor for this study. They will develop a test plan...

AGILE: The GET program recently completed project ET23SWG009 to test and quantity the emissions and efficiency improvements of an emerging burner technology as a boiler burner retrofit. The ClearSign Core™ technology is an innovative gaseous fuel combustion technology designed to significantly...