Solar Energy and JuiceBox Battery Back Up System at the Charlotte Hobbs Library
JuiceBox Energy, a privately-held Silicon Valley company committed to providing safe, reliable, intelligent, and connected energy storage, and ReVision Energy have embarked upon a unique installation of an 8.1 KW solar panel array and an innovative energy storage system at the Charlotte Hobbs Memorial Library in Lovell, Maine.
The 115-year-old library has been outfitted with the latest in high-tech energy storage that supports the board of trustees’ mission statement to combine the traditional role of the institution with a commitment to reducing the building’s carbon footprint. Funded by an anonymous donor, this project provides the library with integrated solar and energy storage to reduce grid reliance, lower costs, and ensure emergency standby electricity. The combined system consists of 27 high-efficiency solar panels and the intelligent JuiceBox Energy Storage solution that can be controlled over a cellular, cloud-based network.
“Rooftop solar energy installations have accelerated rapidly in northern New England,” stated Geoff Sparrow, Director of Engineering of ReVision Energy. “While many of our 4,000 installations have been on residential homes and small commercial buildings, we’ve seen a growing commitment by municipalities to install solar, and now energy storage, as a means of reducing their fossil fuel consumption and costs.”
“The installation at the Charlotte Hobbs Memorial Library is a truly unique opportunity for us,” added Neil Maguire, CEO of JuiceBox Energy. “Blending the latest energy storage technology with a historic institution demonstrates that sustainability has a role in protecting our important community resources for generations to come.”
The JuiceBox Energy storage system is an intelligent, 8.6kWh, 5.5kW lithium-ion battery system designed for safe, reliable, long lasting power management. It is designed, engineered, and manufactured by JuiceBox Energy based on their years of automotive lithium ion control systems engineering. The systems can be linked together and they can support utility demand response programs, where available. The system is designed to support grid-tied, grid isolated in the event of grid failure, and off-grid configurations.
Each system delivers more than 10 years or 4,000 cycles of dedicated peak shifting, back-up power, energy efficiency, as well as enables participation in emerging transactive energy exchanges. A cellular gateway linked to a secure cloud-based repository enables remote monitoring, updates, and control. The JuiceBox Energy storage system is housed in an indoor/outdoor UL-rated enclosure.