Wiltson's Revolutionary High-Capacity Lithium Battery

Learn how to slow charge your lithium-ion battery safely and effectively. This expert guide covers all methods: original chargers, low-power options, USB ports, & power banks. Extend battery life and prevent damage.

Discover the advantages of using a larger PCB board for building battery packs. Our guide covers simplified connections, better current handling, and improved heat management. Learn how to assemble your battery pack efficiently while ensuring safety and performance.

Discover how to construct your own lithium-ion phosphate battery packs with our comprehensive guide. Learn about 4S modules, BMS integration, and scaling up your packs for various applications. Join the DIY battery revolution and power your projects with confidence.

Learn how to identify and avoid counterfeit batteries to ensure your safety and device functionality. Stay informed and vigilant with our expert tips and insights.

This document outlines effective strategies for maintaining Lithium Iron Phosphate (LFP) batteries in electric vehicles. Key practices include periodically charging to 100%, maintaining a moderate SOC of 70-80% for daily use, and managing temperature during charging and discharging. For long-term storage, keep the SOC at 50% and store in controlled temperatures between 10°C to 25°C. Understanding charging and discharging rates is crucial to minim

Discover the distinct charging recommendations for LFP batteries by Ford and Tesla, and learn how to maintain your electric vehicle's LFP battery for optimal performance and longevity in both daily use and long-term storage.