Why Your Drone's Flight Time Is Short: The Secret to High-C Rate Batteries

How to Choose the Right Lithium Battery Pack for Your Application How to Choose the Right Lithium Battery Pack for Your Application Choosing the right lithium battery pack is essential for achieving safe and reliable performance. Different applications have different power and safety requirements. 1. Voltage and Capacity The battery voltage must match the device requirements, while capacity determines runtime. Oversizing or undersizing can affect efficiency and lifespan. 2. Battery Chemistry Different lithium chemistries offer different advantages. Some prioritize energy density, while others focus on safety and cycle life. 3. BMS Protection A high-quality BMS is critical for protecting the battery pack and ensuring long-term reliability. This is especially important for mobility and medical equipment. 4. Operating Environment Temperature, vibration, and usage conditions should be considered when selecting a battery pack. Proper design helps ensure...

DIY Lithium Battery Packs vs Custom Battery Solutions DIY Lithium Battery Packs vs Custom Battery Solutions DIY lithium battery packs have become popular among hobbyists and technical enthusiasts. However, when it comes to applications such as electric wheelchairs, medical equipment, and industrial devices, is DIY really the best option? DIY Lithium Battery Packs: Pros and Cons Advantages: Lower initial cost for small projects Flexibility in design and experimentation Educational value for learning battery basics Limitations: Higher safety risks without proper protection Inconsistent cell matching and performance Lack of professional testing and certification Custom Battery Packs: A Safer Alternative Professionally manufactured battery packs are designed with safety, consistency, and long-term use in mind. They include reliable BMS protection, structured assembly, and thorough quality testing. For critical applications, custom batte...

How Lithium Battery Packs Are Manufactured: Step-by-Step Process How Lithium Battery Packs Are Manufactured: Step-by-Step Process Lithium battery packs are widely used in electric wheelchairs, medical equipment, industrial devices, and mobility applications. But how exactly are these battery packs manufactured? This article walks you through the key steps of the lithium battery pack production process. 1. Battery Cell Selection The manufacturing process starts with selecting suitable lithium battery cells. Different applications require different cell types, capacities, discharge rates, and cycle life characteristics. Choosing consistent and reliable cells is critical to ensuring battery safety, performance, and long-term stability. 2. Battery Pack Design Engineers design the battery pack based on voltage, capacity, physical size, and application requirements. This includes cell configuration (series and parallel), mechanical structure, wiring layout, and...

Lithium Battery Price Increase: Market Trends and Cost Impact Lithium Battery Price Increase: Market Trends and Cost Impact Recently, the lithium battery industry has experienced a noticeable increase in production costs. Driven by rising raw material prices, supply chain adjustments, and recovering market demand, lithium battery prices are entering an upward trend , which is gradually impacting battery pack quotations. 1. Rising Raw Material Costs Key materials used in lithium batteries, including lithium compounds, cathode and anode materials, electrolytes, as well as copper and aluminum, have shown price fluctuations in recent months. In some cases, reduced inventories and upstream supply adjustments have led to higher procurement costs. Since raw materials account for a significant portion of total battery manufacturing costs, price increases at the upstream level inevitably affect the final battery pack price. 2. Custom Battery Packs Are More Cost-Sensi...