Model	3.5kW+5kWh		6.6kW+10kWh	6.6kW+16kWh		12.5kW+30kWh	25kW+60kWh		37.5kW+90kWh	50kW+120kWh
Inverted Output
Rated Output Power(W)	3500		6600	6600		12500	25000		37500	50000
Max. Peak Power(W)	6000		10000	10000		19000	38000		57000	76000
Inverter to Bypass Switch Time(ms)	10（（Typical）
Battery
Battery Capacity(kWh)	5		10	16		30	50		80	100
Charge/Discharge Rate(C)	0.5		1	0.5		0.5	0.5		0.5	0.5
PV Charging
Number of MPPT Trackers	1		1	1		2	4		6	8
Max. PV Array Power(W)	4000		6600	6600		6600*2	6600*4		6600*6	6600*8
Max. PV Input Current(A)	13		22	22		22*2	22*4		22*6	22*8
Max. Open Circuit Voltage(VDC)	500		500	500		500*2	500*4		500*6	500*8
MPPT Operating Voltage Range(VDC)	120~450（single-phase）/200~650（three-phase）
Grid Input
Input Voltage Range(VAC)	90~280/170~280
Frequency Range(Hz)	50/60±0.3
Protection&General Parameters
Protection level	IP20
Dimensions (W × D × H, mm)mm	210*640*791		410*610*811	245*800*883		470*800*881	1090*635*1950		1090*1240*1530	1090*1240*2040
Weight(kg)	70		140	170		290	625		960	1180
Note: 12.5kW+32kWh optional three-phase inverter, 25kW+50kWh/37.5kW+80kWh/50kW+100kWh are all three-phase inverters;

Product Introduction :This light storage lithium battery all-in-one machine is a mobile clean energy power supply equipment that integrates photovoltaics, energy storage, inverters, and power distribution. It is equipped with a wheeled body, flexible in mobile deployment, and does not require complex splicing, greatly simplifying the installation and operation process. The integrated compact structure has high space utilization and can be adapted to various scenarios such as household use, industrial and commercial use, and temporary emergency situations. The product is equipped with an intelligent light storage system that supports multiple operating modes such as photovoltaic priority, load priority, and grid connection priority. It is paired with a dedicated light storage collaborative algorithm to maximize the proportion of self use and self use; Equipped with peak shaving and valley filling functions, it can store electricity during low periods and discharge electricity during high periods, effectively reducing electricity costs.