Supplemental lighting in greenhouses uses significant electricity, and lighting controls that regulate supplemental lighting based on the amount of natural light available should be encouraged in the market. This project would extend a study currently being done by PG&E on the potential for...

AESC proposes a California-focused market study and field demonstration of an all-electric CO2 refrigerant heat pump water heater (HPWH) designed for central systems in commercial and multi-family (MF) buildings. The technology supports electrification strategies, is highly energy efficient,...

VEIC proposes to conduct a market study which will include a product assessment of technologies which can minimize or completely avoid the need for an electric panel upgrade or other electric infrastructure work associated with residential electrification projects. The study will include an...

Electrifying the building sector is a critical step towards meeting California’s decarbonization goals. Water heating for food service applications represents 340M therms of gas consumption and thus presents a significant electrification opportunity through the application of heat pump (HP)...

Building electrification initiatives are resulting in an explosion of electrified heating and cooling (heat pump) systems being installed in residential and commercial buildings. Electrifying the building sector is a critical step toward meeting California’s decarbonization goals; however, the...

The proposed project is to develop an energy modeling framework based on OpenStudio, EnergyPlus, and ancillary analysis tools that solves previously identified shortcomings of existing grocery refrigeration analysis tools. A modeling “framework” is defined as all software packages, files, and...

California’s approximately 500 wastewater treatment plants (WWTP) within the IOU territories offer utilities significant untapped potential for process-based energy savings and load optimization related to both existing operations and planned expansions and capital investments. One key driver of...

With nearly a third of California’s low-income households living in large (5+ unit) multifamily housing, electrifying and deploying advanced electric technologies to this portion of the housing stock is critical to reaching the state’s goals for equitable climate action. Formulating policies and...

VEIC proposes to conduct a market study to assess the market opportunity and technology performance of variable speed, high-efficiency in-unit/window heat pumps in multifamily buildings for use for direct replacement of inefficient window and packaged terminal air conditioning (PTAC) units for...

Heat pump space conditioning and water heating can greatly reduce energy consumption compared to existing electric resistance or natural gas combustion options. Requirements for electrical service upgrades add cost and installation delays for customers considering heat pumps for space conditioning...