Efficiency | EV Power Management Systems | Industry Standard: 85% efficiency (IEC 61000-3-2) ▲ Our Base: 92% (ISO 62305) ▲ Our Advanced: 96% (IEC 61000-3-2) | Reduces heat generation, extends battery range, lowers energy waste. | Lower efficiency models may require external cooling or frequent maintenance. |
Output Current Capacity | High-Power EV Charging Stations | Industry Standard: Up to 50A (IEC 60601) ▲ Our Base: 50A (ISO 16750-4) ▲ Our Advanced: 100A (IEC 61851-23) | Supports heavy-duty applications like rapid charging or industrial EVs. | Higher current models may require thicker wiring or additional thermal safeguards. |
Certification Standards | Global EV Manufacturing Markets | Industry Standard: Basic local certs ▲ Our Base: CE (EN 55032) ▲ Our Advanced: CE + UL 1950 | Advanced models meet stricter international safety and emissions standards. | Lower-certified models limit deployment in regions with stringent regulations. |
Thermal Management | High-Temperature Environments (e.g., Trucks) | Industry Standard: Plastic housing (70°C max) ▲ Our Base: Aluminum + fins (85°C) ▲ Our Advanced: Enhanced fins (105°C) | Operates reliably in extreme heat, reducing downtime. | Lower-tier models may throttle performance in hot climates. |
Design Modularity | Custom EV Builds (e.g., Solar-Powered Vehicles) | Industry Standard: Fixed config ▲ Our Base: 2-terminal modularity ▲ Our Advanced: 4-terminal (IEC 60309) | Easy reconfiguration for tailored power solutions (e.g., solar integration). | Fixed designs require costly replacements for evolving needs. |
Isolation Type | Weight-Sensitive EV Applications | Industry Standard: Isolated (IEC 61000-4-2) ▲ Our Base/Advanced: Non-isolated (IEC 60950-1, 30% lighter) | Cuts weight and cost, ideal for lightweight EVs like e-bikes or drones. | Requires strict grounding to prevent electrical leakage risks. |