To demonstrate and assess improved energy efficiency with continuous performance monitoring, flexible demand response and certified ADR capabilities for both low and high temp refrigeration. Project will utilize an ultra-low charge, zero GWP, flexible tonnage packaged system, continuous monitoring...

"Indoor Horticulture utilizes electric (also known as artificial) lighting systems that have the ability to generate specific and tunable wavelengths to generate plant growth and development. The baseline and measure horticultural lighting systems shall provide a comparable level of service and the...

Innovation & Instruction Building in construction at the campus was originally specified with gas ovens, cooktops, combi ovens, and fryers. Project is to specify and replace gas equipment, modify design for all electric equipment that will replace the gas counterparts. Adjust ventilation...

Field demonstration of Indoor Horticulture Lighting system (HID to...

As part of EPIC GFO 16-304/EPC-17-008 Center for Sustainable Energy along with their project partners will design and demonstrate the impact of an integrated suite of energy efficiency technologies in an existing Big Box retail store. The technologies include lighting upgrades, HVAC/refrigeration...

120V HPWH products are completing lab (UL) testing at this time and are expected to be available for field testing in Q1 2021. A field study of 8 units in SCE service area using 120V products will enhance the understanding of how the products perform and how they can be deployed. This field study...

The project will consist of an assessment of energy and non-energy impacts of moderate-low GWP refrigeration design on three newly constructed supermarkets. Each of the supermarkets will be newly opened and operating as of August 2020 with low-GWP (less than 150) and moderate-GWP systems (less than...

The project will consist of an assessment of energy and non-energy impacts of low-GWP retrofits on three supermarkets. Each of the three supermarkets are scheduled to upgrade their existing systems, replacing traditional HFC refrigerants with low-GWP (less than 150)  and reduced charge moderate-GWP...

The proposed project is an extension of an existing SCE EP project being implemented that is designed to enhance grid reliability, replace high GWP refrigerants with ammonia and/or carbon dioxide, improve efficiency, process optimization, and achieve decarbonization goals at a large bakery site....

This project evaluates the performance of a production prototype residential three-function heat pump (TFHP) system. TFHPs are called “three function” systems as they utilize a single compressor to serve indoor heating, indoor cooling, and domestic hot water loads. The system evaluated in this...