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Stackable Home Lithium Ion Battery 24V 200Ah For Off Grid Solar System

    Buy cheap Stackable Home Lithium Ion Battery 24V 200Ah For Off Grid Solar System from wholesalers
     
    Buy cheap Stackable Home Lithium Ion Battery 24V 200Ah For Off Grid Solar System from wholesalers
    • Buy cheap Stackable Home Lithium Ion Battery 24V 200Ah For Off Grid Solar System from wholesalers
    • Buy cheap Stackable Home Lithium Ion Battery 24V 200Ah For Off Grid Solar System from wholesalers
    • Buy cheap Stackable Home Lithium Ion Battery 24V 200Ah For Off Grid Solar System from wholesalers
    • Buy cheap Stackable Home Lithium Ion Battery 24V 200Ah For Off Grid Solar System from wholesalers

    Stackable Home Lithium Ion Battery 24V 200Ah For Off Grid Solar System

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    Brand Name : KVOU
    Model Number : 3.5KW/5.12KWh
    Certification : CE/TUV
    Price : Negotiable
    Payment Terms : T/T, D/P, D/A
    Supply Ability : 5000 unit per month
    Delivery Time : 7-15working days
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    Stackable Home Lithium Ion Battery 24V 200Ah For Off Grid Solar System

    Stackable Lithium Ion Battery 24V 200Ah With Inverter For Off Grid Solar System


    The energy storage battery cabinet is a system that completes energy storage and power supply. It has functions such as smooth transition, peak shaving and valley filling, frequency regulation and voltage regulation, etc. It can smooth the output of solar and wind power generation, and reduce its randomness, gap, and volatility to the power grid. The impact brought by users, through charging during the valley price period and discharging during the peak price period can reduce the user's electricity bill, and can operate in an island when the large power grid is out of power, ensuring uninterrupted power supply to users. Compared with other energy storage technologies, electrochemical energy storage has the advantages of convenient use, low environmental pollution, no geographical restrictions, high conversion efficiency, high energy density and power density, etc.


    However, traditional energy storage battery cabinets generally adopt an integrated configuration, and all energy storage batteries and battery management systems are installed inside the same cabinet for integrated configuration and management, which also reduces the volume of traditional energy storage battery cabinets. Larger, it takes up a lot of installation space, and it is not suitable for home use. Moreover, when there are specific needs in the usage scenario, the versatility and installation flexibility of traditional energy storage battery cabinets are low, which is likely to cause cost waste.


    Model
    SYA 3.5KW/5.12KWh
    INVERTER / CHARGER
    Inverter Type
    3.5KW/24V Hybrid
    Rated Output Power
    3.5KW
    Output Voltage Waveform
    Pure Sine Wave
    Output Voltage
    230VAC 50HZ
    Low DC Warning Voltage
    23.4Vdc
    Low DC Cut-off Voltage
    23Vdc
    Low DC Warning Return Voltage
    23.4Vdc
    Total Charging Current(Grid+solar)
    100A Max.
    Bulk Charging Voltage
    28.8Vdc
    Float Charging Voltage
    28.0Vdc
    LiFePO4 BATTERY
    Nominal Battery Voltage
    25.6Vdc
    Nominal Capacity
    200AH
    Max.Charge Current
    100A
    Max.Discharge Current
    150A
    Operation Voltage Range
    22.4Vdc ~ 29.2Vdc
    Operation Temperature
    -10℃~ +50℃
    AC INPUT
    Nominal Input Voltage
    230Vac
    Low Loss Voltage
    170Vac ± 7(UPS),90Vac ± 7(Appliances)
    Low Loss Returm Voltage
    180Vac ± 7(UPS),100Vac ± 7(Appliances)
    High Loss Voltage
    280Vac ± 7
    High Loss Returm Voltage
    270Vac ± 7
    Max. AC Input Voltage
    300Vac
    Nominal Input Frequency
    50HZ / 60HZ(Auto detection)
    AC Charging Current
    100A Max.
    SOLAR INPUT
    Nominal PV Voltage
    240Vdc
    PV Array MPPT Voltage Range
    120Vdc~450Vdc
    Max. PV Array Open Circuit Voltage
    500Vdc
    Solar Charging Current
    100A Max.
    AMBIENT
    Working Temperatur
    -10℃~ +50℃
    Product Dimension(D*W*H)
    659*300*803 mm
    Weight(kgs)
    91kg

    Stackable Home Lithium Ion Battery 24V 200Ah For Off Grid Solar System


    FQA:


    1. Can you leave battery pack on charger?
    Leaving the battery on charge You can leave a battery/radio in the charger once charging is complete. Leaving a battery in the charger will not overcharge or damage it. You can remove a battery/radio from the charger at any time without harming the battery, the radio, or the charger.


    2. How often do you have to charge a battery pack?
    A general rule of thumb is that the more you charge your power bank, the shorter the lifespan of the device. You should charge your power bank only as often as is necessary. If you use your power bank sparingly, at least charge it once every 3 months to keep the battery active.


    3. Is charging faster when 80% of the battery is charged?
    Most of the time you should only charge an EV to 80% because charging rates slow down dramatically past the 80% mark. And two, the long-term health of your vehicle's battery pack is improved when kept below 100%.

    4. What happens if you leave a battery pack charging?
    Overcharging: If you leave your device plugged in after it's fully charged, the battery will slowly wear down. This is because a regular charger continues to send power to the battery even after it's reached its maximum capacity. The battery will start charging slowly and its lifespan will decrease.


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