Temperature Control System | Transporting perishables (fruits/vegetables) | Industry: 0–25°C | Our Base: -20°C to 25°C (▲5°C expansion) | Our Advanced: Adds humidity control (▲) (ISO 8308 compliant) |
| | | Broader temp range for frozen/fresh goods | Higher energy demand at extreme temps; Advanced model requires specialized sensors |
Insulation Material | Long-haul temperature-sensitive cargo | Industry: Polyurethane (R-value 15) | Our Base: Stainless steel + polyurethane (R20 ▲5) | Our Advanced: Vacuum panels (R25 ▲5) (ASTM C518 tested) |
| | | Reduces heat transfer by 30% vs industry standards | Base: 15% heavier; Advanced: 25% cost premium |
Dimensions | High-volume produce/shipping | Industry: 40ft HC (86m³) | Our Base: 45ft HC (137m³ ▲60%) | Our Advanced: Same as Base (IMO 141-143 certified) |
| | | 30% more storage space for bulk cargo | Requires specialized transport vehicles; higher loading/unloading time |
Locking Mechanisms | High-security cargo (pharmaceuticals) | Industry: Padlock + seal | Our Base: Electronic GPS seals (▲ tamper alerts) | Our Advanced: Biometric access + blockchain tracking (▲) (ISO 17712 compliant) |
| | | 50% lower theft risk vs industry standards | Advanced: Requires training for biometric systems; tech maintenance costs |
Material Durability | Marine/corrosive environments | Industry: Galvanized steel (ASTM A36) | Our Base: Stainless steel (ASTM A240 ▲ corrosion resistance) | Our Advanced: Aluminum alloy + stainless (▲2x lifespan) (ASTM B209 tested) |
| | | Withstands saltwater exposure for 1,000+ hours | Base: 20% heavier; Advanced: 30% cost increase |
Energy Efficiency | Long voyages (e.g., transoceanic shipping) | Industry: 21kW/h (non-inverter) | Our Base: Inverter tech (17kW/h ▲20%) | Our Advanced: Solar-assisted (14.5kW/h ▲15%) (IEC 61000-3-2 compliant) |
| | | 30% lower operational costs over 5 years | Base: Higher upfront cost; Advanced: Requires sunny climates for full efficiency |