AW-MOD-16V-33F

The AW-MOD-16V-33F module is designed for a service life of 10+ years in typical automotive and industrial applications. The underlying cells are rated for 500,000 cycles, and the active balancing system ensures even wear across all cells. At 25°C ambient temperature and typical duty cycles (10-20% daily depth of discharge), calendar life exceeds 10 years. The module's life is primarily determined by the cells, with the balancing and protection electronics designed for 15+ year reliability. High-temperature operation accelerates aging according to the Arrhenius relationship - operating at 45°C reduces calendar life to approximately 5 years, while 65°C operation may yield 2-3 years. Voltage derating (operating at 14V instead of 16V) can significantly extend lifetime. The module includes end-of-life prediction algorithms that monitor capacitance degradation and provide early warning when replacement is recommended.

For maximum module lifetime, operate below 45°C and consider voltage derating to 14V nominal.

Installation of the AW-MOD-16V-33F requires attention to mechanical mounting, electrical connections, and thermal management. Mount the module using the integrated flanges with M6 hardware, applying vibration isolation washers in automotive applications. Torque mounting bolts to 6-8 Nm. Ensure adequate airflow around the module; if mounted in an enclosed space, provide ventilation or forced air cooling for high-duty applications. Electrical connections use M8 brass terminals - use 4AWG or larger cable with ring terminals for main power connections. Torque terminal nuts to 8-10 Nm. Connect positive to (+) terminal, negative to (-) terminal. The module has no polarity protection - reverse connection will damage the unit. No external balancing or protection circuitry is required - these functions are integrated. For systems with multiple modules, connect in parallel for increased capacitance, not in series. Always install appropriate fusing external to the module.

Review the installation manual for detailed mounting and wiring instructions. Contact our FAE team for application-specific installation guidance.

The AW-MOD-16V-33F can be charged using any current-limited DC power source capable of providing up to 17V. Recommended charging parameters: Maximum charge voltage: 16.2V (6 × 2.7V), Charge current: Up to 25A continuous, 50A peak. The module accepts charge at any rate up to maximum current - no complex charging algorithm is required. Simple voltage-limited charging works well; current naturally tapers as the module approaches full charge. For automotive applications, the module can connect directly to the 14.5V vehicle charging system with appropriate current limiting. For energy harvesting applications, a DC-DC converter with voltage limiting is recommended. The integrated balancing circuit handles charge distribution automatically. Charge time from empty to 90% is approximately (C × V) / I = (33F × 16V) / 25A = 21 seconds at maximum current. Always include overvoltage protection set to 17V maximum to prevent damage.

Standard automotive charging systems work well. For custom applications, use a current-limited supply set to 16.2V maximum.

Yes, multiple AW-MOD-16V-33F modules can be connected in parallel to increase total capacitance and current capability. Parallel connection sums capacitance (two modules provide 66F) while reducing effective ESR (two modules provide 60mΩ). This configuration is ideal for applications requiring more energy storage or higher continuous current than a single module can provide. When connecting modules in parallel: ensure all modules are at similar voltage before connection to prevent high equalization currents, use equal length cables from each module to the common connection point for current sharing, and fuse each module individually for protection. No special balancing is required between parallel modules as they self-equalize. Up to 4 modules can typically be paralleled without additional considerations; larger arrays may require contactors for staged connection during startup. Parallel modules operate independently - if one module fails, the others continue operating.

For applications requiring more than 25A continuous or 4.3Wh energy, parallel multiple modules.

The AW-MOD-16V-33F module is designed for maintenance-free operation throughout its service life. Unlike batteries, supercapacitor modules require no periodic watering, equalization charging, or capacity testing. Recommended maintenance consists of: Annual visual inspection for physical damage, corrosion, or loose connections; verification of mounting hardware torque; cleaning of enclosure and terminals if operating in dusty environments; and monitoring of module performance indicators if equipped with communication interface. The LED status indicators provide basic health status - green indicates normal operation, red indicates a fault condition requiring investigation. If the module includes CAN/Modbus communication, periodic monitoring of cell voltages can detect developing issues before they affect performance. No preventive replacement of components is required. At end of life (typically 10+ years or when capacitance drops below 80% of rated), the entire module should be replaced. The module is not user-serviceable - do not attempt to disassemble.

Include annual visual inspection in your system maintenance schedule. No other maintenance is required.

The AW-MOD-16V-33F module carries multiple safety certifications for global market acceptance. The module is UL 1973 recognized for use in stationary and vehicle auxiliary power applications. It meets UN 38.3 transportation requirements for lithium batteries (applicable to supercapacitor modules for shipping classification). The module complies with RoHS Directive 2011/65/EU for restriction of hazardous substances. CE marking indicates compliance with European Low Voltage Directive (2014/35/EU) and EMC Directive (2014/30/EU). The cells within the module are UL 810A recognized. For automotive applications, the module is tested to applicable portions of SAE J2464 and ISO 12405. Custom certification packages including CB Scheme, PSE (Japan), and KC (Korea) are available for volume orders. Complete certification documentation including test reports and certificates is available upon request. The module is designed and manufactured in an IATF 16949 certified facility for automotive quality standards.

Request certification documentation package for your quality records and regulatory compliance requirements.