
🔋 **Why Lithium Phosphate?**
Unlike lithium-ion batteries, which typically last only **2-3 years**, lithium phosphate batteries are known for their longevity, boasting a lifespan of **5-6 years** or more, along with exceptional performance. This makes them an excellent choice for reliable power sources.
🛠️ **Battery Specifications:**
- **Voltage:** 12V
- **Total Capacity:** 30Ah
- **Cell Specs:** 3.2V, 15A per battery
- **Total Batteries Used:** 8 cells (2 in parallel for each battery)
In this project, I’ll be using **8 lithium phosphate batteries** to construct a robust 30Ah system. By connecting two batteries in parallel, we’re effectively doubling the amp capacity, ensuring robust performance for all your needs.
💡 **Battery Management System (BMS):**
To keep everything safe and efficient, I’m incorporating a **Battery Management System (BMS)**. This system is crucial for monitoring battery performance, managing charge/discharge cycles, and providing protection against potential issues.
🔧 **Assembly Process:**
- I’ll be using **battery holders** to keep everything organized and facilitate easier soldering.
- To connect the batteries, I’ll be using **nickel strips** instead of traditional wire soldering. Nickel strips can handle more load, ensuring a reliable connection.
- Although I’m using standard soldering methods due to limited resources, I’ll explain the best practices for achieving durable connections.
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