LG E-paper Display Launches with Ultra-Low Power and 32-inch QHD Screen

LG Electronics has unveiled a new commercial display that uses e-ink technology to mimic paper while consuming significantly less power than traditional digital signage. The 32-inch QHD panel maintains images without continuous power and features a slim design with integrated battery support for flexible deployment in B2B environments.

Ultra-low power commercial display features integrated battery and webOS for flexible B2B deployments.

The LG E-paper Display targets commercial spaces requiring ultra-low energy consumption and high visual clarity. It runs on webOS optimized for business signage, enabling remote content management through LG's SuperSign CMS platform. The display supports 16:9 aspect ratio viewing and offers wide 180×180 degree viewing angles to accommodate diverse installation setups.

Specifications

• Size: 32-inch
• Resolution: QHD (2,560×1,440)
• Aspect Ratio: 16:9
• Viewing Angle: 180×180 degrees
• Thickness (max): 17.8mm

Key specifications include a QHD resolution of 2560 by 1440 pixels, a maximum thickness of 17.8mm, and a minimum thickness of 8.6mm at the thinnest point. The unit weighs 3.1kg with its internal battery included and houses a 72Wh capacity cell that fully charges in approximately three hours when powered off.

LG claims the display consumes significantly lower energy compared to existing digital signage solutions while maintaining screen images without power supply. The device won the Red Dot Design Award 2026 Grand Prize for its innovative approach to ultra-low power commercial displays. It is scheduled for release starting early next month in South Korea, followed by sequential rollout to Europe and other international markets.

The product represents a shift toward sustainable B2B display solutions that prioritize energy efficiency without compromising on image retention or operational flexibility. Its integrated battery and webOS integration allow businesses to deploy signage in locations with limited power infrastructure while maintaining centralized content control.