3DFS Technology improves energy storage system stability, efficiency, power density, charge rates, cycle life and power delivery
Real time chemistry modeling of energy storage systems is the only way to maximize all of the performance characteristics and achieve stability. Improvements with the 3DFS BMS will be noticed in the following ways:
Maximum power density per gallon / cubic inch / weight
Real time optimization increases and establishes uniformity in the power density
The power density of the battery pack will be optimized to perform the absolute best that the design and chemistry will support. This precise knowledge and control allows battery pack designs to decrease in weight/volume/configuration with more control over the output performance.
Significant decrease in the operation temperature
Real time chemistry modeling ensures control over runaway temperatures
Indirectly controlling the chemistry by real time monitoring and adjustment prevents the possibility of out of control chemistry resulting in damage and heat. Battery pack designs can confidently reduce weight/volume/configuration constraints because there is less need for ventilation.
Decrease the time required to charge / discharge
Expect to double the charging/discharging rates of a battery pack
Charge / Discharge rates can only be maximized when the electricity and chemistry are controlled. Batteries that charge and discharge in the 4C territory will double the pack output to the 8C territory. Precision charging increases the performance characteristics and battery pack power density while maintaining stability.
Universal or custom power Input/Output
Fully control the battery pack Input/Output with digital precision
Any voltage output can be set as required
Any characteristics on-demand – Constant Voltage / Constant Current / Constant Impedance / Functional output
Digital control for AC Input/Output