Viking Cold Solutions' Thermal Energy Storage System Demonstrates Over 30% Energy Savings In A 3rd Party Study And Is Recommended For Adoption By Utilities In California
An innovative thermal energy storage system using phase change material and intelligent controls provides significant cost savings, enhanced product monitoring, and protection for cold storage operators and supermarkets.
HOUSTON, Nov. 15, 2016 /PRNewswire/ -- Viking Cold Solutions, a leader in thermal energy storage systems, today announced that a Southern California Utility, along with an independent 3 rd party energy management firm, ASWB Engineering, completed a Field Demonstration Study of the Viking Cold Thermal Energy Storage (TES) system. The study verified a reduction in electricity consumption of 30% and 39% in two separate low temperature cold storage facilities in the San Diego area. Based on the results of this study, the Utility and ASWB recommended that California utilities adopt the technology into their Energy Efficiency incentive programs. The purpose of the independent study was to determine the effectiveness of Viking Cold's patented TES system in cold storage freezer applications and to qualify the system for California utility inventive programs as part of the California Energy Commission Emerging Technologies initiative. "The benefits of the technology include reduced refrigeration equipment run time and increased product safety during power emergencies due to the thermal storage capabilities of the solution," said John Baffa, Professional Engineer at ASWB Engineering. "It is exciting to see our technology recognized by a leading utility energy efficiency program and I'm pleased that the study validates the results that Viking Cold customers already experience daily," said James Bell, CEO of Viking Cold Solutions. "Our passive, non-mechanical system is a cost-effective way to reduce energy consumption across the cold chain, from walk-in freezers to large distribution warehouses, which can be used stand-alone, or to boost the return with solar PV."