Learn how industrial vehicle lithium battery ODM/OEM projects work, from defining vehicle requirements, selecting LiFePO4 cells, BMS and CAN integration, to prototype testing and mass production. A professional guide for forklift, AGV, AWP, and other electric industrial vehicles.

Discover how LiFePO4 batteries are transforming agricultural equipment with long cycle life, fast charging, and low maintenance, enabling smarter, more efficient farming.

Comparing one lithium battery to two lead-acid batteries per forklift requires analyzing energy balance, charging windows, and total cost, not just battery count. This article provides a fleet-level framework for making the right decision.

Discover how upgrading your John Deere Gator TE 4×2 from lead-acid to a LiFePO₄ lithium battery, like the SPIDERWAY SP512230-710, can extend runtime, reduce maintenance, and improve performance.

Long-term storage can leave a LiFePO4 battery apparently unresponsive, but this is usually preventable. As a product engineer at SPIDERWAY, I explain what battery dormancy means, how to recognize it, why it happens, how to reactivate a battery safely, and which storage and maintenance habits help preserve capacity, safety, and service life.

Airport ground support equipment needs reliable battery systems for cold weather, long shifts, and intensive daily use. SPIDERWAY develops sodium battery solutions for GSE applications, including 400Ah and 270Ah series options.