As intelligent hardware applications continue to expand, battery systems have become a critical factor in product performance, reliability, and user experience. From service robots and robotic vacuum cleaners to AGVs, robotic lawn mowers, portable energy storage systems, and other intelligent devices, manufacturers face increasingly diverse power requirements. Different products demand unique voltage platforms, form factors, discharge characteristics, communication protocols, and safety standard

Whether it's a robot vacuum navigating through a home, a commercial floor scrubber operating in shopping malls and warehouses, a robotic lawn mower working outdoors, or a pool cleaning robot running underwater, all cleaning robots rely on one critical component: the battery.

Gushine’s standardized lithium battery pack solution for POS terminals delivers reliable, maintenance-free power through high‑capacity design (2600‑3350mAh, 500+ cycles), hardware‑based safety protection, and embedded encryption for anti‑counterfeiting. Supported by fully automated production, rigorous testing, the solution ensures secure, durable, and scalable energy for global POS applications

“How long do lithium batteries last?” is one of the first questions customers ask when evaluating battery-powered products.The answer, however, is not a fixed number. Lithium battery cycle life is the result of multiple interacting factors, including cell chemistry, battery management system (BMS) design, and real-world operating conditions. As a professional lithium battery pack solution provider, Gushine explains what truly determines lithium-ion battery lifespan—and how customized system desi

In hazardous industries such as oil & gas, chemical processing, and mining, batteries are no longer simple energy sources.They must function as certified safety-critical systems, capable of operating reliably in explosive atmospheres, high humidity, and severe mechanical stress.This article outlines how Gushine engineers explosion-proof lithium battery solutions through a system-level integration of standards, materials, and intelligent control.

In explosion-proof environments, “almost safe” is never safe enough. Absolute reliability is the only standard. With a strong foundation in Intrinsic Safety Design, Multi-Layer Protection, and Proven Field performance, this article follows our previous deep dive into Gushine’s potting technology for explosion-proof batteries and unpacks the core of every safe battery system—the Battery Management System (BMS).

Lithium-ion battery safety requires navigating a multi-layered compliance system spanning production to transportation. This includes three key certification tiers: IEC 62133-2 as the international foundation, local manufacturing standards like China's AQ7017, and target market approvals (UL/CE/CCC). Transportation mandates UN38.3 certification with specific packaging and labeling. Gushine helps partners master this complex framework to ensure global market access and build trusted, compliant

This article is prepared by the Gushine Technical Team and explains the working principle of safety potting materials, key steps in automated dispensing, and Gushine’s dual-stage potting process for safe battery packs.

Gushine’s explosion-protected lithium batteries deliver safe, reliable power in hazardous environments. This guide explains Ex markings, protection types, and key certification standards like ATEX and IECEx.