Seplos V3.0 Stacked DIY Kits with Active Balancer – Assembling Instruction скачать в хорошем качестве

Seplos V3.0 Stacked DIY Kits with Active Balancer – Assembling Instruction

Building your own home battery system has never been easier! In this video, we’ll walk you through the entire assembly process for the Seplos V3.0 Stacked DIY Kit — now with an integrated Active Balancer for superior cell management and long-term performance. Whether you’re a first-time builder or a seasoned battery enthusiast, this guide will help you safely and confidently assemble your kit from start to finish. 🔧 Step-by-Step Assembly Covered in This Video: 1️⃣ Unboxing & Components Overview What’s included in the V3.0 kit: prismatic cell enclosure, stacking frame, aluminum or copper busbars, active balancer, Seplos BMS bracket. Recommended battery cells: EVE LF280K, LF304, LF314, or similar 280–320Ah LiFePO4 cells. CATL CALB HITHIUM, CORNEX 2️⃣ Tools You’ll Need: Insulated screwdriver set Multimeter for voltage verification Torque wrench (suggested 6–8 Nm for terminal bolts) Cable ties, gloves, and safety glasses Thermal paste or foam pads for balancer/BMS 3️⃣ Stacking & Securing the Cells Vertical cell arrangement inside the stackable enclosure EVA foam or epoxy panels for vibration damping and insulation Aligning terminals for optimal connection and reduced resistance 4️⃣ Busbar & Terminal Installation Clean connection with copper/aluminum busbars Terminal bolt torqueing tips Applying insulating pads between layers 5️⃣ Balance Wire & BMS Setup How to correctly attach balance wires from each cell Connecting wires to Seplos plug in the correct sequence Testing each cell’s voltage before final BMS connection 6️⃣ Installing the Active Balancer Mounting location inside the enclosure Connection between balancer and BMS via dry contact cable Powering on and confirming LED activity on balancer board How active balancing works (real-time transfer of charge between cells) 7️⃣ Display, Switches & Enclosure Sealing Installing the LCD screen and power button on the front panel Routing the display cable and securing it safely Final cover installation and enclosure sealing 8️⃣ First Power-On & Test Step-by-step checklist before powering on Verifying voltages, checking display readings Observing balancing behavior on the active balancer Confirming CAN/RS485 communication with inverter if needed 🧠 Why Choose the Seplos V3.0 Kit with Active Balancer? Safer build: Pre-designed structure minimizes wiring risk and ensures consistent stacking pressure Improved lifespan: Active balancing keeps cell voltages equal and reduces degradation Modular & scalable: Connect multiple units in parallel or series for larger systems Inverter-friendly: Compatible with most hybrid inverters (Deye, Growatt, Solis, Victron) via CAN or RS485 ⚠️ Pro Tips Before You Start: Never mix old and new cells in a pack Label each balance wire and check polarity before plugging Always test each cell’s voltage before connecting BMS Ensure all bolts are properly torqued — loose connections cause heat If your BMS doesn’t control the balancer automatically, consider manual switching 🛠️ Common Use Cases: Home solar battery bank Off-grid cabin or RV storage Workshop UPS Smart grid battery buffer ❤️ Like What You See? If you found this tutorial helpful, please support us by: 👍 Giving the video a Like 💬 Dropping a Comment with your questions or feedback 📌 Subscribing for more hands-on battery kit tutorials 🔁 Sharing with other solar or battery DIY enthusiasts 🔗 Helpful Links: Our Store (EU/US Warehouses): https://deligreencharger.com/products/pola...