A retrofit device for HVAC rooftop units that can respond to DR signals. The controller can either shut off the unit or it can limit or vary the speed of the indoor fan and...

After identifying a suitable data center test site, this sub-project Da will test that site’s DR capability and scale up to implementing DR in a real data center running real workloads. Tests will focus on three measures: 1) Software that reduces computer server demand (kW) in an automated DR...

This projects is a first phase of a proof of concept to identify partners to then further study the first/last mile opportunities for an EV bus with smart charging capabilities at business host...

This project aims to develop a roadmap for enabling technologies and customer outreach efforts that will effectively migrate existing and new automated DR capabilities to meet the new performance requirements identified in LBNL's Phase 2 DR Potential Study...

This project will evaluate automated demand response (ADR) solutions for use with lighting in small commercial applications (less than 10,000 square feet)to identify solutions for both retrofit and new construction applications and space types. Focus will be on historically underserved commercial...

DR Residential Pool...

An occupancy-based guestroom energy management system senses when a hotel room is occupied and adjusts the energy systems—such as HVAC, lighting, and outlets—accordingly to save...

The cement plants produce significant amount of high grade (> 1,000 deg. F) waste heat as part of cement making process. This waste heat can be captured to produce electric or mechanical power to permanently offset plant electric energy/demand with the application of certain technologies/systems....

Small walk-in coolers and freezers are used by many commercial retailers including supermarkets, mass merchants, c-stores, drug stores and dollar stores. The use of HFOs has a potential for energy and demand savings, and allows the use of existing of...

This devices refrigeration technology utilizes water in an ionic, time delayed, freeze-point suppression cycle to provide -35C cooling to freezer environments while consuming 45% less electricity than conventional vapor compression systems. Incorporating embedded energy storage tailored...