Why ANB Matters
What Problems We Address
What Problems We Address
The current industry of Li-ion batteries has two options for cathode materials: Ni/Co-based NMC and NCA and LiFePO4. While NMC and NCA offer high energy density, they face safety, cost and sustainability challenges. Conversely, LiFePO4 is more sustainable but suffers from lower energy density.
Our Technology
What Problems We Address
The ANB cathode delivers energy density that rivals Ni/Co-based options while offering low-cost benefits like LiFePO4. Utilizing widely available, low-cost materials reduces the cost per kWh potentially below that of LiFePO4. Additionally, the manufacturing process does not require moisture-controlled environments, further lowering pr
The ANB cathode delivers energy density that rivals Ni/Co-based options while offering low-cost benefits like LiFePO4. Utilizing widely available, low-cost materials reduces the cost per kWh potentially below that of LiFePO4. Additionally, the manufacturing process does not require moisture-controlled environments, further lowering production costs and increasing adaptability, while ensuring excellent cycling stability and safety.
Markets
Markets
Our cathode is of a much higher energy density than LiFePO4 at a similar and potentially lower cost, thus serving as a perfect alternative to LiFePO4 and NMC/NCA for a variety of markets:
Electric vehicles
Electric vertical takeoff and landing (eVTOL)
Energy storage for the grid
Backup Energy for homes