Brief: Want to know how the STE18-G smart prepaid electricity meter ensures secure and accurate energy management? This video provides a comprehensive walkthrough of its dual-mode connectivity, tamper protection features, and real-time monitoring capabilities. You'll see how its modular design and multi-scenario adaptability make it ideal for residential, commercial, and industrial applications.
Related Product Features:
Dual-mode GPRS and 433MHz RF communication ensures stable data transmission in various network conditions.
Class 1.0 measurement accuracy provides precise energy billing for reliable consumption tracking.
STS-compliant token recharge supports multiple top-up methods including mobile and vending systems.
Comprehensive tamper protection with event logging and flame-retardant shell ensures operational security.
IP54 rating and 8-year battery life guarantee durable performance in diverse environmental conditions.
Real-time remote monitoring enables instant anomaly alerts and electricity data analytics.
Modular plug-and-play design allows cost-effective upgrades without compromising system performance.
What communication options does the STE18-G smart meter support?
The meter features dual-mode connectivity with GPRS and 433MHz RF for stable data transmission, plus compatibility with PLC, GPRS, or 4G LTE networks to match existing infrastructure.
How does the tamper protection system work?
It includes tamper detection, cover opening detection with event logging, a thickened flame-retardant shell, Class II protection, and electromagnetic compatibility resistance for comprehensive security.
What recharge methods are available for the prepaid function?
Users can recharge via on-site recharge points, mobile top-up through third-party platforms like M-PESA and Alipay, or door-to-door service with mobile vending units using 20-digit STS tokens.
Can this meter be used in off-grid or solar-powered systems?
Yes, it supports bidirectional metering and seamlessly integrates with off-grid/hybrid solar-powered systems, making it ideal for renewable energy applications.