The proposed project is a field demonstration of an electric clothes dryer controller that can be added onto an existing electric dryer. Previous studies have shown that clothes dryers operate longer than needed even in automatic termination mode, wasting energy and drying time. The proposed...

This project will explore market potential and assess how Fault Managed Power Systems (FMPS) can reduce the barriers to electrification efforts by reducing the complexity and cost of electrical infrastructure upgrades across non-residential (commercial, industrial, and agricultural) customer...

Air source heat pumps for replacing gas-powered water and space heating are a keystone technology in efforts to decarbonize buildings.[1] Heat pumps have the potential to save approximately 60% of total residential heating energy consumption and reduce GHG emissions by 13.1 MMTCO2e if installed in...

Mechanical ventilation is becoming more prevalent due to Indoor Air quality (IAQ) concerns, particularly as construction trends move towards tighter envelopes to increase efficiency. Yet there is a tension between providing ventilation to ensure good IAQ and reducing the energy and demand impacts...

120-volt plug-in heat pump water heaters (HPWHs) are a proven, market-ready technology offering significant decarbonization potential as emergency replacements in the small medium business market. It is estimated that 90% of water heating replacements occur on an emergency basis. Without an easy,...

The proposed project will evaluate patent-pending compressor controller technology through a field demonstration. The field demonstration entails installing the technology onto an existing VRF system with inverter-driven compressor to understand its potential energy savings. Technology is...

Lawrence Berkeley National Laboratory (LBNL) submitted a proposal to the CEC in response to Electric Program Investment Charge (EPIC) solicitation GFO-19-309.  Southern California Edison (SCE) provided a Letter of Commitment in support of LBNL’s proposal for the EPIC solicitation. The proposal was...

The intent of this Focus Pilot is to break down barriers to residential heat pump water heater (HPWH) adoption in the marketplace. We target four of the most significant barriers to test for scalable solutions that will result in faster time to market for HPWH. Those barriers are 1) Higher first...

The proposed project involves field demonstration and evaluation of an emerging technology, which is micro-zone control for ducted variable air volume (VAV) systems in medium to large commercial buildings. The technology is the only commercially available product in the U.S. today that can be added...

This focused pilot aims to increase the adoption of Commercial Packaged Unitary Heat Pump systems (Commercial HP RTUs) ≥ 5.4 tons through a streamlined midstream pilot program. While Commercial HP RTUs have been on the market for decades, adoption in CA is lower than expected given the generally...