Inhouse product
Upgrade your energy monitoring capabilities with the PZEM-004T V3.0 Single-Phase Energy Meter Module, a powerful and compact wattmeter designed for accurate real-time measurement of voltage, current, power, and energy consumption. Ideal for IoT systems, home automation, smart energy management, and industrial applications, this third-generation module offers significant improvements in performance and stability over earlier versions.
With support for TTL-level Modbus-RTU communication, this module allows seamless integration with microcontrollers (Arduino, ESP32, STM32, Raspberry Pi) and industrial PLCs. Whether you're a DIY hobbyist or a professional engineer, the PZEM-004T V3.0 gives you the tools to track and manage AC power usage precisely.
? Voltage Measurement: Accurately measures AC voltage from 80V to 260V
⚡ Current Monitoring: Measures up to 10A AC (with optional external CT for higher loads)
? Power & Energy Tracking: Displays real-time active power (W) and cumulative energy usage (Wh)
? Modbus-RTU Communication: Built-in TTL serial interface, ideal for integration with monitoring systems and microcontrollers
? Real-Time Data: Monitor voltage, current, power, energy, and frequency live with high sampling accuracy
? Power Factor Measurement: Supports power factor display for efficiency analysis
? Intelligent Reset Functions: Energy data resettable via software commands
⚙️ Easy Integration: Compact design with clear pin labeling, suitable for embedded systems and smart power projects
Parameter | Specification |
---|---|
Model | PZEM-004T V3.0 |
Voltage Range | 80–260V AC |
Current Range | Up to 10A (with included CT) |
Power Measurement | 0–2.3kW (with default CT) |
Energy Meter Range | 0–9999 kWh |
Communication Protocol | TTL Modbus-RTU (9600 bps default) |
Power Supply | AC-powered via voltage input |
Accuracy | ±1% typical |
Dimensions | Compact PCB module design |
? Home energy monitoring systems
? Smart home automation (Node-RED, Home Assistant, etc.)
? Industrial power usage tracking
? Lab and academic projects
⚙️ Microcontroller-based projects (Arduino, ESP8266, ESP32)
? Power efficiency and load analysis
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