The SCE’s Technology Test Centers (TTC) evaluate a variety of technologies in controlled environments that mirror real-world conditions and customer experiences. This generates comprehensive performance data and innovative test methods which are used by SCE customers, policymakers, and utility...

This project will develop high efficiency air-to-water heat pump technologies, and further develop low-cost, polymer water-to-air heat exchangers that have improved performance (effectiveness/pressure drop) at lower cost.  System will have a primary loop consisting of flammable low GWP refrigerants...

Develop, test and demonstrate an open-source, add-on, advanced heat pump load control system for both water heating and space conditioning that does all of the following: 1. Responds to hourly or sub-hourly price and demand response signals to minimize cost and grid impacts 2. Optimizes energy use...

The agricultural sector in CA represents a substantial portion of peak load : about 1.6 GW during summer peak hours (4 to 9pm). However, this sector is also characterized by uniquely intermittent load patterns associated with seasonal irrigation pumping and process loads that may or may not be...

The SCE’s Technology Test Centers (TTC) evaluate a variety of technologies in controlled environments that mirror real-world conditions and customer experiences. This generates comprehensive performance data and innovative test methods which are used by SCE customers, policymakers, and utility...

A large majority of industrial facilities in California generate heat as part of their manufacturing processes. Much of this heat is rejected into the environment at varying temperatures above the ambient levels.   This project will demonstrate and evaluate the integration of waste heat...

Evaluation of solar thermal system integrated with campus central plant hot water loop.  Target temperature for the supplemental solar thermal array is 160'F and will eliminate most of the existing heat provided by the boilers and the central plant. CSUDH is part of the CEOP pilot to minimize GHG...

Solar Chimney Design as part of the SBVC Automotive TEC Project. A solar chimney is a passive solar ventilation system. It is a way of improving natural ventilation within a building as well as providing heating or cooling by utilizing heat from the sun to enhance natural stack effect ventilation...

The SBVC Automotive TEC project is a Net Zero Pilot project.  The project is intended to be a model for future Community College capital projects and also serve as living laboratory.  The project includes several sustainability innovations.  These include: 1. Air Handling Unit Condensate Recovery...