Efficiency | Power plants, industrial facilities | Industry Standard: 30% thermal efficiency (ISO 50001) Our Base: 35% Our Advanced: 40%▲▲ (ISO 15603) | Reduces operational costs by 15-20%▲▲ for Advanced versions. | Base versions may require higher fuel input for same output. |
Pressure Handling | High-pressure steam systems | Industry Standard: 100 psi max (ASME BPVC) Our Base: 120 psi▲ Our Advanced: 150 psi▲▲ (EN 13445) | Advanced models handle extreme conditions like oil refineries▲▲. | Lower-tier models limited to lighter industrial applications. |
Material Durability | Corrosive environments | Industry Standard: Carbon steel (ASTM A36) Our Base: Corrosion-resistant alloy (ASTM A240) Our Advanced: Stainless steel 316L▲▲ (ASTM A276) | Advanced models withstand harsh chemicals▲▲ (e.g., sulfuric acid exposure). | Higher material costs for Advanced versions. |
Maintenance Intervals | 24/7 operational sites | Industry Standard: Monthly checks Our Base: Bi-monthly▲ Our Advanced: Quarterly + predictive maintenance▲▲ (ISO 13381) | Advanced reduces downtime by 30%▲▲ and minimizes unplanned repairs. | Base models require more frequent labor-intensive maintenance. |
Thermal Efficiency | Combined heat and power (CHP) systems | Industry Standard: 25% (ISO 52748) Our Base: 30%▲ Our Advanced: 35%▲▲ (IEC 62278) | Advanced improves energy recovery for CHP systems▲▲. | Lower-tier models may underperform in multi-output scenarios. |
Scalability | Grid integration, growing industries | Industry Standard: Fixed 1 MW capacity Our Base: Modular up to 2 MW▲ Our Advanced: Scalable up to 5 MW▲▲ (custom ISO 8528) | Advanced supports future expansion without full replacement▲▲. | Base versions require partial redesign for scaling beyond 2 MW. |