Optimized with proprietary cell architecture, electronics, and assembly methods, the SimpliPhi PHI 3.8 deep-cycle lithium ferro phosphate (LFP) battery provides 3.8 kWh of energy storage for residential, commercial, or agricultural use, seamlessly integrating renewable and traditional energy sources for applications on or off the grid.
A modular, lightweight, and scalable design allows the SimpliPhi PHI 3.8 to be used in installations ranging in size from a single battery to a massive battery bank capable of delivering power by the megawatt.
A cobalt-free, lithium ferrous phosphate (LiFePO4) cell chemistry makes this battery the most environmentally benign lithium ion battery ever devised. The non-toxic, non-hazardous, and recyclable materials eliminate the risk of thermal runaway and fires, while the advanced battery management system (BMS) eliminates the need for ventilation and cooling.
The battery discussed in this video (PHI 3.4) is the older version of this battery (PHI 3.8). The primary difference is that the 3.8 stores 400 more Watt-hours.
It is very important to pay attention to current limitations. Never round down the # of batteries needed or you will undersize your system and void the warranty. Always round up on the number of batteries needed!
SimpliPhi PHI 3.8kWh Lithium LFP Battery spec sheet
SimpliPhi PHI 3.8kWh Lithium LFP Battery installation guide
Click here for the PHI 3.8 spec sheet
Founded as LibertyPak in 2002, SimpliPhi Power has been an industry leader in safe, reliable, and portable energy storage for over a decade. Their batteries are commonly used in movie and television productions, especially when filming on location where the performance and reliability demands are uncompromising. SimpliPhi's technology has been integral in the production of movies like Avatar, Skyfall, No Country for Old Men, True Grit, and Tron: Legacy, and in TV shows like 30 Rock, Mad Men, and Inside Amy Schumer. Despite their success, SimpliPhi has continued to innovate safer, better battery chemistry with their lithium ferrous phosphate cells, which offer greatly increased efficiency and thermal regulation over more traditional lithium ion cobalt cells.
