This project will conduct an analysis of a backcasting analysis tool targeted at the Residential Direct Install program which offers a focused package of measures for residential energy efficiency. The tool presents a unique opportunity to directly gauge the combined benefits that could be achieved...

This is a follow up of an assessment of a web-based, energy efficiency recommendation engine providing a customized “path to zero-net energy” for any existing home. This tool uses current technologies in building energy simulation and combines it in a novel way with other recent developments in 3D...

This a technical demonstration for“Grid-Interactive Efficient Buildings (GEBS)” within the SCE’s territory supporting General Services Administration’s (GSA) and DOE High Impact Technology Innovation Catalyst (HIT Catalyst) programs. The project will initiate a software application gateway to...

Create comprehensive matrix of available space and water heating product offerings. The matrix will be utilized for energy efficiency program design and SCE's building electrification efforts. This effort will support SCE's Pathway 2045 goals to electrify...

The objective of this advanced water heating initiative is to overcome market barriers and challenges associated with HWPHs through the development of a coordinated, statewide effort and alignment of existing and new programs, policies and technologies. The initiative will increase the adoption of...

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...

Market research and characterization of smart electrical panels to assess industry with the objectives of energy efficiency, GHG/Decarb reduction, DSM flexibility, building and transportation...

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...