Powin Energy Selected for 2MW/8MWh Energy Storage Project in Irvine, CA

Project to alleviate power loss concerns stemming from Aliso Canyon natural gas leak

TUALATIN, Ore. - September 12, 2016 - Powin Energy, a leading manufacturer and developer of scalable energy storage systems for commercial and utility customers, announced today that Southern California Edison (SCE) has selected Powin Energy to build a 2 MW/8 MWh energy storage system to provide critical grid support and capacity services. The selection resulted from a process started in response to the California Public Utilities Commission's (CPUC) Aliso Canyon Energy Storage (ACES) request for energy storage projects that could be operational by the beginning of 2017. Powin's project will be powered by over 8 MWh of LFP Li-ion battery cells and controlled by their patented Battery Pack Operating System (bp-OS). It is being installed at Powin Energy's 5,000 square-foot facility in the Irvine Business District. The business district location was specifically chosen to help mitigate the threat of electricity service interruptions to that critical load area.


Powin Energy's project will be able to provide 2.0 MW of power for over four continuous hours, thus providing a reliable and continuous source of energy to serve peak demand events. In addition, the project will supply regulation and flexible capacity support as needed and depending upon the market. The project will consist of over 2500 Li-ion battery packs each holding 3.7 kWh of LFP Li-ion prismatic modules. Powin is working with Eaton to supply the power conversion, transformer and switch gear equipment.

"Powin Energy is honored to have the opportunity to work closely with the city of Irvine, CAISO and SCE to bring this critical infrastructure project online by the end of the year. In addition to the immediate system benefits, this project will provide a valuable demonstration of the transformative potential of energy storage systems like ours to quickly bring clean, quiet, safe and firm energy service to areas where they are most needed," said Geoff Brown, President of Powin Energy. "We are particularly eager to demonstrate how our bp-OS software and cell-level control will provide unparalleled insight into the system's performance and maximize the system's life."


About Powin Energy Corporation
Powin Energy, a subsidiary of Powin Corporation (stock symbol: PWON), is a leading designer and developer of safe and scalable battery energy storage solutions, based on its patented Battery Pack Operating System (bp-OS), for utility, microgrid and EV fast-charging applications. Over 100 years of collective energy and engineering experience goes into every Powin Energy battery storage system. Earlier this year, Powin Energy announced that its unique bp-OS - including the industry-exclusive Battery Odometer and Warranty Tracker™ - had received a United States patent. Powin Energy's patented bp-OS helps extend the life of batteries by actively and reactively balancing battery functions down to the cell level. It also provides critical insight into battery system functions and lifespan via its proprietary Battery Odometer and Warranty Tracker™. For more information, visit http://PowinEnergy.com/.

###

Media Contact:
Mercom Communications www.mercomcapital.com
Wendy Prabhu media@powinenergy.com
1.512.215.4452

Featured Product

Kipp & Zonen - DustIQ the novel soiling monitoring solution for solar panels

Kipp & Zonen - DustIQ the novel soiling monitoring solution for solar panels

Soiling of the panel glass is one of the major problems in the rapidly expanding solar energy market, with the attendant loss of efficiency and reduction in performance ratios. Now, there's a new, simple and very cost-effective alternative. Based on Kipp & Zonen's unique Optical Soiling Measurement (OSM) technology, DustIQ can be easily added to new or existing solar arrays and integrated into plant management systems. The unit is mounted to the frame of a PV panel and does not need sunlight to operate. It continuously measures the transmission loss through glass caused by soiling, so that the reduction in light reaching the solar cells can be calculated.