RUiXU | Lithi2-16 | 51.2V314Ah | 16kWh Battery | UL1973,9540A,9540,CEC,SGIP

Important Notice :

• Join RUiXU  Facebook Group to get technical support 
• RX9MP & RX5600 & RX8600 Busbar Wiring Difference
• The RS485 cable is used for monitoring the battery and firmware updates. If you need this cable, please add it to your cart and check out with batteries together. 

Standard Included:

(1) RUiXU Lithi2-16
(1) RJ45/CAT5e Patch Cable

(1) Ground Cable 

(1) Set of  parallel 1/0 AWG  OP140 or PP140 cable 

Accessories that require an additional purchase:

• Inverter Communications Cables for RUiXU 48V Battery Bank
• RUiXU quick-connect Terminal Busbar |  RX9MP
• RX5600 / RX8600 busbar 

Lithi2-16

Nominal voltage ：51.2V

Nominal capacity@0.2C ：314 Ah

Min. capacity@0.2C：314 Ah

Nominal energy :16.07kWh

Dimesion(H*W*D):924(with wheels)*543*250mm | 36.3(with wheels)*21.3*10inch

Weight: ~137kg （302.01lb) 

COMMUNICATIONS:

Canbus : Victron,SMA,Studer Innotec,Sofar,Solark,Solis,Goodwe,Deye,

Growatt,SAJ,LUXPOWER,Megarevo,INVT,Sermatec,TBB,

MUST,Sunsynk,Schneider
RS485 : MPP,Voltronic,RCT,Alpha outback

EXPANDABLE

Support 32pcs in parallel

expandable from 16kWh to 257kWh for both residential and commercial buildings.

IP55
Perfect for outdoor applications
This product is for both indoor or outdoor use. If installed outdoors, it is recommended to add arain shelter and a sunshade.

Quick plugs provide 250A (continuous) overcurrent capacity, easy tool-less connection, long-term anti-loosening and heating protection.

Four concealed heavy-duty Fuma wheels facilitate movement of the battery without detracting from the elegant design. An anti-tipping mount on the back anchors the battery to the wall.

An inspection port on the side of the battery provides access to the BMS and fuse for ease of maintenance.

All-pole, dual protection through fuse (negative terminal) and micro circuit breaker (positive terminal).

A double equilibrium approach achieves efficient cell balancing by calculating capacity differences between battery cells from charging-process data and by extending the balancing time, improving the efficiency and reliability compared to general passive and active balancing modes.

Keeping your battery charged in cold temperatures .