EVE Showcases Comprehensive Robot Battery Solutions at World Robot Conference

2025-08-13 | Calvin

August 8-12, Beijing: EVE Lithium Energy unveiled its full-chain robotic power system solutions at the 2025 World Robot Conference in Beijing, demonstrating end-to-end technological capabilities spanning from battery cells and BMS to complete Pack systems.

Integrated Solutions Addressing Core Industry Demands

The robotics industry is undergoing a qualitative transformation from "functional implementation" to "capability evolution," with accelerating adoption across industrial and service sectors. This progression demands stricter requirements for battery energy density, fast-charging capabilities, and safety. EVE's recent inclusion in Morgan Stanley's Top 100 Robotics Suppliers list reflects its technological alignment with industry advancement.

Responding to increasingly diversified application scenarios and fragmented market needs, EVE conducted in-depth analysis of core challenges to launch its next-generation technical solutions, empowering the robotics industry's leap forward.

Energy Density: Multi-Dimensional Performance Upgrade

The newly released G26P power-optimized cell achieves ultra-fast 9-minute recharging, meeting high-load robotic operations. The G26Q energy-optimized cell delivers industry-leading 310Wh/kg density, providing sustained power for continuous operation.

Shared advantages across new products include:

• Lightweight Design: Aluminum casing replaces traditional steel, achieving 5% weight reduction
• Enhanced Thermal Management: Full-tab design optimizes internal resistance, reducing temperature rise by 20% at equivalent discharge rates
• Wide Temperature Range: Operational capability from -35°C to 65°C ensures stable performance in extreme environments

Dual-Battery Technology: Redefining Reliable Power Systems

Addressing limitations of single-battery systems—short runtime, frequent shutdowns for swaps—EVE innovated its Dual-Battery Technology for commercial applications requiring continuous operation and stable power supply.

This architecture combines dual-battery configuration with hot-swap functionality, delivering:

• Uninterrupted Operation: Hot-swappable design enables continuous power and rapid energy replenishment
• Intelligent Energy Management: High-speed CAN communication between packs enables real-time SOC/SOH monitoring with autonomous pack combining/splitting
• Fail-Safe Protection: Seamless power transition during single-pack cell failure eliminates uncontrolled shutdown risks

System-Level Innovation Driving Commercialization

While G26P and G26Q cells elevate power performance at unit level, the Dual-Battery Technology solves systemic challenges including range anxiety, operational downtime, and single-point failure risks. This dual advancement—cell innovation plus system architecture—forms the critical enabler for robotic commercialization.

EVE concurrently displayed battery solutions for consumer drones, agricultural UAVs, FPV systems, and eVTOL aircrafts. Its full-tab cylindrical cells have achieved mass production, while pack-level thermal runaway prevention technology overcomes safety barriers for high-specific-energy batteries. Pouch cell advancements further bridge liquid-to-solid-state battery evolution, collectively powering the low-altitude economy with safe, efficient, and sustainable energy solutions.

Future-Oriented Innovation

EVE remains committed to technological iteration, continuously enhancing energy density and safety thresholds. Through compact energy solutions that eliminate range limitations, the company aims to accelerate the industry past commercialization tipping points, providing the global smart technology revolution with a reliable "energy heart."