Overcharge Protection | High-current systems (e-bikes, power tools) | Industry: 42V/cell (IEC 62133) Our Base: 42V/cell Our Advanced: 42.5V/cell (▲1), 50ms response time (▲2) | Prevents battery damage; meets global safety standards. Advanced: Faster response reduces thermal stress. | Advanced version may limit maximum charge voltage for niche applications. |
Efficiency | Portable devices (drones, wearables) | Industry: 95% efficiency at 10A Our Base: 96% (▲1) Our Advanced: 98% (▲2) | Reduces power loss for longer runtime. Advanced: 3% efficiency gain over industry. | Advanced PCB design increases cost by ~20%. |
Cell Balancing | Multi-cell battery packs (electric vehicles) | Industry: Passive balancing Our Base: Active balancing (▲1) Our Advanced: Adaptive active balancing (▲2) | Ensures even cell charging/discharging. Advanced: Auto-adjusts balancing frequency for optimal longevity. | Active balancing adds complexity to firmware. |
Short-Circuit Protection | Industrial equipment (motors, inverters) | Industry: 10ms response time Our Base: 5ms (▲1) Our Advanced: 2ms (▲2) | Cuts off current rapidly to prevent fire risks. Advanced: 80% faster than industry. | Faster response may trigger false positives in noisy environments. |
Weight & Portability | Wearable tech, handheld devices | Industry: 300g for similar PCBs Our Base: 285g (▲1) Our Advanced: 260g (▲2) | Lighter than competitors (e.g., 260g vs. 300g). Advanced: 14% weight reduction. | Thinner PCBs may require additional reinforcement for rugged use. |
Compliance & Safety | Exported products (global markets) | Industry: IEC 62133 Our Base: IEC + UN 38.3 (▲1) Our Advanced: Adds UL 2054 (▲2) | Meets UN transport safety standards. Advanced: Full compliance for North American markets. | Advanced certifications add 15% to testing costs. |