Deye Wifi Stick Logger

The Deye Wifi Stick is an official Deye communication and monitoring device designed to enable reliable wireless data transmission for compatible Deye inverters and systems. It allows users to monitor system performance, energy production, and operational status remotely through a cloud‑based platform using WiFi connectivity.

Designed with a true plug‑and‑play architecture, the Deye Wifi Stick draws power directly from the connected inverter, eliminating the need for external power supplies or complex wiring. Its external, stick‑type design improves stability, simplifies replacement, and reduces the risk of internal inverter component interference.

Built for long‑term use in demanding environments, the Deye Stick features a durable, weather‑resistant enclosure and is optimized for stable communication. Once connected, users gain real‑time visibility into system data, historical performance, and fault information, helping to improve efficiency, reduce downtime, and simplify system management.

Key Features

• Official Deye communication and monitoring device
• Plug‑and‑play installation with inverter‑powered operation
• Stable WiFi connectivity for real‑time data transmission
• External design for improved reliability and easy servicing
• Supports cloud‑based remote monitoring and data logging
• Suitable for residential, commercial, and industrial applications

Technical Information – Deye Wifi Stick

Product Type: Wireless Data Logger / Communication Stick
Brand: Deye
Communication Interface: WiFi
Wireless Frequency: 2.142 GHz – 2.484 GHz
Power Supply: Powered directly from connected inverter (DC 4.7 V – 15 V)
Working Power Consumption: Approx. 1.5 W – 3 W (model dependent)
Data Interfaces: RS485 / RS232 / TTL
Data Acquisition Interval: Default 5 minutes (configurable from 1–15 minutes)
Memory: 2 MB Flash (expandable options available)
Operating Temperature: -40 °C to +85 °C
Operating Humidity: <90% non‑condensing
Installation Type: External, plug‑and‑play
Protection Level: IP65 weather‑resistant design

Applications

• Remote inverter and system monitoring
• Solar and energy management systems
• Performance tracking and data analysis
• Distributed power station management