Aqara Curtain Driver E1 Track – Zigbee Curtain Automation Motor

Curtain automation is becoming a standard requirement in offices, hospitality properties and managed residential buildings, where daylight control and energy efficiency are handled at the building-infrastructure level. Aqara's Curtain Driver E1 (Track Version) addresses this need as a Zigbee-based curtain motor that mounts directly onto existing U- or I-rail tracks without structural modification to the window. It is commonly searched under terms such as "smart curtain motor" or "office curtain automation", in the context of smart-building and property-management projects.

A 6000 mAh rechargeable battery supports up to one year of operation between charges, reducing maintenance visits across installations with dozens or hundreds of control points. The USB-C port supports either fast charging or continuous power where an outlet is accessible. The motor handles a maximum load of 12 kg, covering most curtain types, and the built-in light sensor allows the curtain position to adjust automatically based on ambient brightness, with a direct effect on comfort and cooling costs.

Connectivity runs on the Zigbee 3.0 protocol, which requires a compatible Aqara hub for local network integration and remote automation. The device works with Apple Home, Amazon Alexa, Google Assistant, SmartThings and Home Assistant, with Matter support planned through an OTA hub update. The Aqara Home app configures sunrise/sunset scenarios, time-based schedules, geofencing, and triggers from other Aqara sensors, enabling layered automations without additional wiring.

The solution fits building managers, hospitality operators and property developers deploying automation at scale — from hotel rooms and open-plan offices to centrally managed residential complexes. Installing two units on the same window allows either synchronized control of both curtain sides or independent operation, useful for wide openings. Broad compatibility with automation platforms simplifies integration into existing building-management systems without replacing current infrastructure.