Envia Systems is a lithium-ion battery materials leader working to fuel the electric and hybrid car revolution.

Envia Systems was founded in July 2007, and its headquarters are located in Newark, CA, which houses its materials innovation lab and a pilot production facility for fabrication of battery materials. Its cell prototyping and manufacturing plant is located in Jiaxing, China. The company’s management team has decades of experience in lithium battery development and manufacturing, which it has leveraged to develop its patented nanocomposite technology that enables its batteries to deliver previously unattainable levels of energy capacity, safety and life.

Rooted in materials innovation, Envia has quickly built an R&D team and an IP portfolio that is a cornerstone to future energy storage products. A Lux Research article titled: “Ranking Li-ion battery developers on Lux Innovation Grid“, September 2011, ranks Li-ion industry participants on a scale of technical value and business execution. Envia Systems fared quite well in that ranking.

The company continues to quickly innovate new materials with the goal of building energy storage systems with the highest energy density and the lowest cost materials. This enables Envia to deliver its value proposition – lowest weight, lowest cost, long cycle life and extremely safe energy storage products. The company has a strong IP portfolio, with over 20 patents filed, and many more in the pipeline.

• Top-notch inter-disciplinary team of researchers and scientists (13 PhD’s in Material Science and Electrochemistry)
• Extensive IP portfolio around high energy density Lithium-ion battery technologies
• Executed several Joint Development programs with Automotive OEMs and DOE Research Institutions – proven track record in automotive
• Advanced materials R&D and pilot processing capabilities including: Co-precipitation reactors, ceramic powder processing equipment, high temperature furnaces
• Cell design and engineering capability to supply prototype 18650, 26700 cylindrical cells and 20Ah, 40Ah and 55Ah automotive grade pouch cells
• Advanced analytical capabilities including: X-Ray diffraction, differential scanning calorimetry, thermogravimetric analysis, tap density and electrochemical cyclers
• Prototyping capabilities include: electrode coating, coin cell manufacturing and small and large format pouch cells
• Partners include DOE, ARPA-E, General Motors, Asahi Glass, Asahi Kasei