Air Conditioning Units | Compact vehicles/RVs, Commercial vehicles | Cooling Capacity: 15,000 BTU/h (▲1) vs Industry Standard 12,000 BTU/h; Advanced: 20,000 BTU/h (▲▲) Noise Level: 55 dBA (Base) vs 48 dBA (Advanced) | Base: 25% higher cooling than standard; Advanced: 66% boost for heavy-duty use | Base: Louder at 55 dBA (quieter than a lawnmower at 90 dBA) Advanced: Requires more installation space |
Evaporator Coils | General vehicle cooling systems | Material: Aluminum (Industry Standard) vs Copper (Our Advanced ▲▲) Thermal Conductivity: 205 W/m·K (Copper) vs 167 W/m·K (Aluminum) | Advanced: 20% better heat absorption (ASTM E1461) Lightweight design (Base) | Copper adds 20% more weight; costlier than aluminum variants |
Condensers | High-temperature environments | Heat Dissipation: 35,000 BTU/h (Advanced ▲▲) vs Industry Standard 28,000 BTU/h Material: Aluminum (All tiers) | Advanced: 25% faster heat rejection; CE-certified durability | Higher cost for advanced models; bulky design may limit space in compact vehicles |
Fans | Air circulation in AC systems | Airflow: 1,200 CFM (Base) vs 1,500 CFM (Advanced ▲) Noise Level: 45 dBA (Radial fans) vs 52 dBA (Axial fans) | Radial fans: Quieter for passenger comfort; Axial fans: Higher airflow for industrial use | Radial fans cost 30% more; Axial fans may require frequent maintenance |
Compressors | Core cooling function | Lifespan: 20,000 hours (Advanced ▲▲) vs Industry Standard 15,000 hours Compression Efficiency: 85% (Base) vs 92% (Advanced) | Advanced: 33% longer lifespan (ISO 13374); Energy-efficient operation | Advanced models require specialized installation tools; Base may underperform in extreme heat |
Valves/Connectors | Refrigerant flow control | Leak Resistance: 300 PSI (Advanced ▲) vs Industry Standard 200 PSI Material: Stainless Steel (All tiers) | Advanced: 50% lower leakage risk (ASTM F1618); Universal fitment (ISO 3833) | Higher upfront cost for advanced seals; Requires precise installation to avoid misalignment |