Luzz Solar
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We are committed to making the safest lithium iron phosphate batteries. All of our batteries have undergone rigorous testing and are certified safe for use in applications around the world. All lithium batteries in our sales comply with CE, UN38.3, MSDS and other transportation regulations, quick delivery from spot!
* If you need product related certificates, please contact us to receive them.
The wall-mounted design saves floor space and reduces installation costs and time.
Voltage is usually above 200V, featuring high energy density, fast charging/discharging, and support for higher power demands.
Adopting the LiFePO4 chemical system for maximum safety, low thermal runaway risk, and environmentally friendly attributes.
Cycle life exceeds 8000 times. Combined with intelligent peak-valley electricity price management, it offers superior long-term economics.
Supports remote monitoring and control. Compatible with multiple brands of inverters and solar systems for light-storage-charging integration.
Significantly reduces electricity bills through a "storage during the day, use at night" model, maximizing solar self-consumption and shortening system payback period.
Secures essential household operations during unexpected power outages. Essential for home offices, medical equipment, and vulnerable family members.
Enhances self-sufficiency rate, optimizes clean energy usage, and reduces dependence on the utility grid.
Safety is our top design principle. This product uses the most stable lithium iron phosphate (LiFePO4) cells, whose thermal stability far exceeds that of other lithium chemistries. This significantly reduces the risk of thermal runaway. Additionally, the built-in intelligent BMS provides multiple hardware-level protections against overcharging, over-discharging, overcurrent, short circuit, and high temperature. The battery pack complies with CE, RoHS, MSDS, and UN38.3 standards to ensure safety during transport and operation.
The total energy capacity is approximately 15.36 kWh (48V × 300Ah). For example: Refrigerator (~150W) can run continuously for ~100 hours; LED lighting (~50W) for ~300 hours; Laptop (~60W) for ~250 hours; 1-ton air conditioner (~1000W) for ~15 hours. You can estimate usage time using the formula: Appliance Power (W) × Usage Time (h) = Energy Consumption (Wh).
One of the major advantages of the wall-mounted design is its ease of installation. You need to prepare a suitable load-bearing wall, basic tools (electric drills, screwdrivers), and compatible connection cables. Steps: Fix bracket -> Hang battery -> Connect DC output cables -> Connect communication cables (if necessary) -> Power on. Detailed instructions are provided, and remote online technical assistance is available.
Our intelligent BMS acts as the brain and guardian of the battery pack, providing comprehensive protections: Overcharge protection (prevents cell damage), Over-discharge protection (prevents deep discharge failures), Overcurrent protection (prevents circuit overheating), Short circuit protection (instantaneous cutoff), Temperature protection (automatic intervention outside safe limits like 0°C - 45°C for charging), and Cell balancing (extends overall lifespan).
Yes, compatibility is excellent. The battery supports CAN/RS485 communication protocols and features preset compatibility configurations with mainstream brands in the market (including but not limited to Victron, SMA, Deye, Growatt, and Goodwe). Before purchasing, please inform us of your inverter's brand and model so we can assist in confirming compatibility and completing preset configurations.
Certainly. Just communicate your requirements, and our professional team of engineers will design an optimized solution tailored to your operational specifications.
