Stackable Battery Cells with Individual Cell Management

The technology operates in the field of energy storage, a sector that is increasingly critical as renewable energy sources like solar and wind gain prevalence. Efficient and reliable battery systems are necessary to store and dispense energy on demand, thus ensuring stability in the electrical grid and in applications requiring high-density energy storage. Current battery technologies often fall short in adaptability and precise control across large arrays of battery cells. Issues can arise from the inability to effectively manage cell degradation, unbalanced charging and discharging rates among cells, and thermal management challenges. These problems can lead to reduced battery life, efficiency loss, and potential safety hazards, highlighting the need for improved battery management systems.

Technology Description

This invention features an array of high-capacity batteries, each constructed from a series of stacked cells with variable properties for optimized performance. The cells include integral anode and cathode layers, an ion conducting membrane, and distinct top and bottom layers that house complex circuitry for battery monitoring and control. This technology integrates individual battery control circuits to facilitate direct electrical interfacing, enabling precise manipulation of battery cell operations. The distinctiveness of this battery array lies in its advanced control system, which permits fine-tuning of battery function to meet specific energy needs. An overarching battery array control circuit interfaces with each individual battery's control circuit, crafting a network that offers unparalleled command over the entire array's performance. This system fosters enhanced efficiency, reliability, and safety, making it a standout in the realm of energy storage solutions.