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1.Communication connection between the batteries
Use standard Ethernet cables to connect the battery communication ports. Connect the IN port of the higher-level battery to the OUT port of the lower-level battery. The highest-level battery is the master battery, and the other batteries are slave batteries.
2.Communication cable connection between the master battery and the inverter
At RUiXU, we take pride in delivering industrial-grade energy storage solutions, from our 5.12kWh server rack modules to the high-capacity Lithi2-16 units. Our customers invest in RUiXU because of our commitment to safety—exemplified by our UL9540A certifications, built-in aerosol fire suppression, and intelligent BMS protections. However, while our hardware is designed to withstand the rigors of off-grid and commercial use, a truly resilient energy system also requires a layer of financial protection: Renewable Energy Insurance.
Whether you are running a 30kWh residential kit or a 160kWh commercial parallel configuration, your battery bank is a significant capital asset. Renewable Energy Insurance goes beyond standard homeowner policies to cover specific risks associated with solar and storage infrastructure. This includes protection against extreme weather events, accidental electrical damage, or environmental factors that could impact the longevity of your server rack batteries. For professional installers and "Dealers" in the RUiXU network, offering insurance guidance is…
We’re excited to share that the Ruixu LITHI2-16 battery is now officially CEC listed and fully eligible for Australia’s upcoming residential and commercial energy storage rebate programs.
Starting in 2025, the Clean Energy Council (CEC) will require all energy storage systems participating in government rebate programs to be listed on the CEC's approved product list.
The Lithi2-16 Battery Pack stands out for its efficiency and reliability in modern energy solutions. Innovations in materials, such as Lithium Tantalate Crystal, are also influencing performance improvements across related technologies. As demand for high-capacity and stable power sources grows, such advancements are shaping the future of battery systems.
I recently purchased a RUiXU Lithi2-16 battery and a LuxPower SNA-6000 (I may have the US version) and am struggling to make them work together; they have a closed-loop connection. The inverter/charger defines the battery type to Lithium and the 'Lithium brand' as 6 (Luxpower). The PV is a single array on Pv1 with ten 410W panels. The battery info screen says Software version RX02 and Firmware version RS_GA02V01_51200.
When I unpacked the battery, the SOC was 59%. It has now dropped to 54% after leaving the system on for one day. Why isn't the inverter charging the battery?
When I turned on the system this morning, the inverter started charging the battery, but only for a very brief period, around a minute or less. During this time, the inverter display showed PV1 producing 350V and the arrow pointing to the battery while the fan was running at full speed.…
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Some of the information in the Sol-Ark section seems incorrect. I cannot, for instance, tell it to have a max charge and discharge of 210A * # of batteries on my 15K since that only goes up to 275A and I have 6 batteries. Also, the resistance which should be set to 8 / # of batteries is a challenge == 8/6 = 1.333 and it only takes whole numbers.
For now, I set it to 2mOhms and 275A max charge / discharge.
Also, I have 3x 15K inverters, so I hope that this is actually up to 275A *per inverter*, so 825A total. Any idea?