409.6V Series
  • 409.6V Series
  • 409.6V Series
  • 409.6V Series
  • 409.6V Series

409.6V High Voltage LiFePO4 Battery Energy Storage System

Brand: LINGRUI Delivery Date: 5-10 days Place of Origin: CHINA CHINA Transport To: Whole WorldFeature:  
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Model No
Module Model
    Battery Type
      Rated Voltage
        Rated Capacity
          Rated Energy
            Cycle Times
              Display Screen
                Cabinet Size
                  Model No
                  Module Model
                    Battery Type
                      Rated Voltage
                        Rated Capacity
                          Rated Energy
                            Cycle Times
                              Display Screen
                                Cabinet Size
                                  LHV-410-5051.2V 50AhLiFePO4409.6V50Ah20.48KWh≥6000 Cycles @80%DOD,0.5C/0.5C,25℃LCD Touch Screen(600*600*1109mm)*2
                                  LHV-410-8051.2V 80AhLiFePO4409.6V80Ah32.76KWh≥6000 Cycles @80%DOD,0.5C/0.5C,25℃LCD Touch Screen(600*600*1287mm)*2
                                  LHV-410-10551.2V 105AhLiFePO4409.6V105Ah43KWh≥6000 Cycles @80%DOD,0.5C/0.5C,25℃LCD Touch Screen(600*600*1287mm)*2
                                  LHV-410-16051.2V 160AhLiFePO4409.6V160Ah65.53KWh≥6000 Cycles @80%DOD,0.5C/0.5C,25℃LCD Touch Screen(600*600*1465mm)*2
                                  LHV-410-23051.2V 230AhLiFePO4409.6V230Ah94.2KWh≥6000 Cycles @80%DOD,0.5C/0.5C,25℃LCD Touch Screen600*660*1643mm
                                  LHV-410-28051.2V 280AhLiFePO4409.6V280Ah114.68KWh≥6000 Cycles @80%DOD,0.5C/0.5C,25℃LCD Touch Screen600*800*1643mm

                                  Why choose
                                  high voltage energy storage?

                                  Taking the field of solar lithium storage systems as an instance, picture that when an 10kW hybrid solar inverter is utilized with a lithium battery as a low-voltage storage system, the DC voltage of the battery for house solar applications is commonly 48V or 51.2 V. Even if we utilize a relatively large nominal present, claim 200A, the optimal power that the battery can provide is 10kW (51.2 V x 200A = 10.24 kW), a value that does not meet the optimal result power of the inverter.

                                  On top of that, there are lots of commercial power storage applications with power system results of 30kW, 60kW, 100kW or even 500kW power ability. In these application scenarios, we need to utilize high-voltage lithium battery systems to lower the discharge existing.

                                  High Voltage Advantage

                                  • Higher Conversion Efficiency
                                  • Increased Independence from the Grid
                                  • Provides Greater Flexibility
                                  • Lower Cost, Larger System
                                  • Faster Charging and Discharging
                                  • Better Suited for Peaking Applications
                                  • Can Save Energy
                                  • Lifespan

                                    25 Years

                                  • Stacking

                                    3-7 Module

                                  • 80% DOD

                                    ≥7000 Cycle

                                  • High Power

                                    204.8-512V

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