Starting in the summer of 2016, PG&E partnered with three technology firms to develop the third-party bring your own thermostat (BYOT) pilot designed to leverage already installed smart thermostat technologies as a demand response (DR) resource that could be ramped up in a relatively short...

The objective of this study is to determine energy and cost savings as a result of replacing conventional broilers with best-in-class broilers. The project will characterize the technological improvements that contribute to energy reductions in broilers across the market; monitor energy...

The typical existing inventory of high mast fixtures is made up of either high pressure sodium fixtures or legacy MH fixtures. This project will evaluate the energy efficiency and demand reduction potential of retrofitting the high masts with the new generation LED fixtures. To accomplish this the...

This project would leverage stationary batteries (existing and new installations) and communication infrastructure for testing DR opportunities at commercial and industrial customer...

In 2013 PG&E engaged Honeywell Smart Grid Solutions (HSGS) to implement and administer a technology assessment project with Demand Response Emerging Markets & Technology funding.  The objective of the project was to test a variety of program features combined (e.g. emerging technology...

The solution selected for study in this report is a connected LED lighting system with embedded sensors and wireless controls integrated into the luminaire. The luminaires can connect wirelessly to wireless access controls (WACs) that are connected to the EMS. This smart luminaire with...

Project SummaryThe purpose of the Study is to understand the effect of this emerging technology in residential homes within certain hot and cold climate zones in PG&E’s service territory. The two focus areas for the study are an estimation of the energy savings for participating...

Project SummaryThis report explores the potential role utilities may play in the emerging home energy management (HEM) marketplace and develops a roadmap to leverage, promote, and enable the use of these technologies for energy savings and grid load reduction. It takes a comprehensive view of...

Project SummaryThe primary project goal was to field evaluate radiant panel performance, and to compare performance to that of conventional HVAC systems. A detailed study of field performance would help define best practices and identify opportunities for improving and optimizing these systems....

Project SummaryThis ET project would validate the energy savings associated with Ultra Low Temperature (ULT) freezer systems.  ULT freezer systems which normally operate at either -40°C or -85°C range; are a large or often the largest energy consuming equipment in university,...