Ice Energy’s flagship Ice Bear system enables a powerful change in how – and more importantly when – energy is consumed for air conditioning. The Ice Bear system is an intelligent distributed energy storage solution that works in conjunction with commercial direct-expansion (DX) air-conditioning systems, specifically the refrigerant-based, 4-20-ton packaged rooftop systems common to most small to mid-sized commercial buildings. The system stores energy at night, when electricity generation is cleaner, more efficient and less expensive, and delivers that energy during the peak of the day to provide cooling to the building. Daytime energy demand from air conditioning – typically 40-50% of a building’s electricity use during peak daytime hours – can be reduced significantly. In kilowatts, each Ice Bear delivers an average reduction of 12 kW of source equivalent peak demand for a minimum of 6 hours daily, shifting 72 kW-hours of on-peak energy to off-peak hours. Ice Bear units are typically owned by utilities and installed at distributed locations behind the customer meter on commercial and industrial sites. When aggregated and deployed at scale, a typical utility deployment will shift the operation of thousands of commercial AC condensing units from on-peak periods to off-peak periods, reducing electric system demand, improving electric system load factor, reducing electric system costs, and improving overall electric system efficiency and power quality.
This data has been validated by project staff through a review of publicly available information about the project, and verified by the project owner. Information is accurate as of 2016-04-29.
Project Includes Multiple Systems
2143 Hilltop Dr Redding, California 96002 United States
Thank you for using the Global Energy Storage Database. Please provide your e-mail address to download the data. Upon filling out the form you will receive an email with a link to the full data set you requested.
Thank you for using the Global Energy Storage Database. Please provide the following information to help us research your update to this content.