Smart WiFi-enabled Meter | Residential IoT systems, commercial buildings | WiFi communication (IEEE 802.11), Class 1 accuracy (IEC 62053-11), LCD display (ISO 13406-1) | Remote monitoring via app, high precision (▲1 over Class 2), DIN rail mounting | Higher cost, requires stable WiFi connectivity, limited compatibility with non-Tuya systems |
Basic Analog Meter | Small households, manual monitoring | Analog dial display, Class 2 accuracy (IEC 62053-11), no communication | Low cost, no power dependency for display | Manual reading required, lower accuracy (▲-1 vs Class 1), no smart features |
Industrial Grade Meter | Factories, high-current applications | 50–60A rating (IEC 61557-12), IP54 protection (IEC 60529), metal housing | Robust durability, high current tolerance (▲+20A over standard 40A), rugged design | Bulky size, higher price, complex installation |
High Accuracy Meter | Utility billing, precision measurement | Class 0.5S accuracy (IEC 62053-11), ±0.5% error margin, pulse output (IEC 62053-31) | Ultra-precise billing (▲0.5% better than Class 1), traceable calibration | Expensive, requires专业 installation, slower response time for real-time data |
DIN Rail Mount Meter | Industrial panels, compact installations | DIN rail compliance (IEC 60794), 230V/50Hz compatibility, transparent casing | Easy panel integration (▲ ease vs standalone meters), visible components | Limited to indoor use, less aesthetic appeal compared to flush-mounted models |
IoT-enabled Smart Meter | Smart cities, grid management | Dual communication (WiFi + RF), real-time data logging (ISO/IEC 11801), cloud sync | Scalable for large networks (▲100+ nodes vs single-device meters), predictive analytics | Requires gateway infrastructure, potential cybersecurity risks, complex setup |