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Intelligent IntegratedEnergy Storage Cabinet
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Intelligent IntegratedEnergy Storage Cabinet

The Intelligent Integrated Energy Storage Cabinet provides small commercial users with an outdoor energy storage solution Store electricity when the electricity price is low and use the stored power when the electricity price is high,reduce electricity costs,support green  power  continuity,feature  plug-and-play  battery  packs,and  automatically  switch  to  battery  power  mode  during  utility outages. The system is highly efficient,improves power quality,saves electricity costs,and ensures uninterrupted commercial power supply.The cabinet   consists of the enclosure,solid-state battery packs,Battery Management Unit(BMU),control unit,inverter modules,and  environmental management unit.The cabinet also reserves space for aditional battery packs.All components are factory- prefabricated,pre-installed,and  pre-commissioned,making the system suitable for rapid on-site deployment and  installation.

    Product Features

    Battery features self-protection against high temperature and water ingress,with no fire risk.
    Reliable
    ● Power Management System: Battery charging and discharging,separate   monitoring of AC and DC voltage and current,electricity billing and statistics (for reference only).
    ● Temperature Management System: When the  temperature exceeds 40°℃,the  exhaust  and  supply circulation  fans  start  to  operate, maintaining a synchronized internal cabinet   temperature.
    ● Intelligent Management SystemReal-time  status updates and remote diagnostics,battery group-level  management.
    ● Energy Saving Management System: Features peak shaving, valley filling, and uninterruptible power supply functions.
    ● Environmental Control System: Environmental monitoring system: smoke detection, water leakage, temperature, and humidity.

    Scope of Application

    This integrated energy storage cabinet is designed for small commercial scenarios, outdoor sites, and backup power applications.It supports peak shaving and valley filling to reduce electricity costs, provides uninterrupted backup power (UPS), and ensures continuous power supply when the mains fails.It is suitable for rapid on-site deployment in commercial outlets, small industrial stations, mobile communication sites, and other scenarios requiring reliable, energy-saving, and integrated energy storage & power supply.Agricultural & Rural Infrastructure: Farm buildings, grain storage facilities, and rural power distribution systems

     Technical Specifications

    Model

    THJG1525-380/THJG1525-220

    AC Parameters

    Rated Output Power (kW)

    18

    Maximum Apparent Output Power(KVA)

    20

    Rated Voltage(Vac)

    220/380

    Rated Frequency (Hz)

    60

    Maximum Output Curent(A)

    Maximum 63A per phase

    Battery  Power  Supply  Power  Factor Range

    Maximum 63A per phase

    Battery  Output  Waveform Distortion(THD)

    0.9(up to 1.0 at 0-40°℃)

    Battery Parameters

     

    Operating Voltage Range (V)

    ±192V(8×series connection)

    Rated Discharge Current(A)

    10A

    Rated Charge Current(A)

    50A

    Single Battery Pack Capacity (kWh)

    2.5

    Series Rated Capacity (kWh)

    25

    UPS Parameters

     

    AC Input

    3W+N+PE,AC380/400/415V,50/60Hz,3*24.8A

    AC Output

    3W+N+PE,AC380/400/415V,50/60Hz,3*22.8A,15KVA/13.5kw

    DC Input

    ±192V,37.5A

    Voltage Range (V)

    176Vac-280Vac:100%load;80Vac-176 Vac:linear derating

    Frequency Range (Hz)

    40~70

    Input Power Factor

    ≥0.99

    Input THDI

    Resistive Full Load:≤3%;Non-linear Full Load:≤5%

    Charging Current(A)

    Adjustable 1-10A(Default:4A)

    Voltage (V)

    L-N:220/230/240V(Factory Default:220V);L-L:380/400/415V(Factory Default:380V)

    Frequency (Hz)

    Whenutilit is normal,tracks bypassinput;whenuit is abnormal,the unit operates at 50±0.1Hz or 60±0.1HzZ(Factory Default:50Hz)

    Waveform

    Sine Wave

    Voltage Distortion

    Resistive FullLoad≤1%;Non-inear Full Load ≤4%

    Power Factor

    0.9(PF=1.0 can sustain full load continuously)

    Overload Capacity

    Inverter:≤115%:No Protection,115%-130%:15min,130%-155%:1min,>155%:200ms

    Bypass:≤130%:No Protecion,130%-155%:1min,>155%:200ms

    DC Start Function

    Equipped with

    Panel Display

    UPS Operating Status Displayed on LCD

    Communication Interface

    RS485

    Alarm Function

    Battery Low,Utility Abnormal,UPS Fault,Output Overload,etc.

    Protection Functions

    Batey Under-voltage Protection,Oveload Protection,Shot-circuit rotection,Overtemperature Protection,Input Over-voltage P  ion Fault,e

    Acoustic Noise(dB)

    <55°℃(Ambient Temperature)

    Temperature Control System

    Temperature Control System

    Equipped with Over-temperature /Under-temperature Protection

    Fire Protection System

    Passive Fire Protection

    Equipped with Fire Alarm (Smoke Detector)

    Passive Fire Protection

    Equipped with Water Leakage Detection

    Environmental Parameters

    Operating Temperature Range(°C)

    -20℃~+50°℃

    Operating Altitude (m)

    2000

    Protection Level

    IP54

    Relative Humidity Range (%)

    0%-95%Non-condensing


    Cabinet Introduction

    Intelligent IntegratedEnergy Storage Cabinet

    Basic Circuit Diagram

    VD10 Modular Type 3AC Surge Protective Device for Main Distribution detail (2)

    Dimensions

    Overall Dimensions (mm)
    ● Main cabinet outline: 658 × 624 × 1460 mm
    ● Alternative cabinet size: 844 × 760 × 1567 mm
    Battery Module Dimensions (mm)
    ● Single battery pack: 540 × 200 × 150 mm
    Height Definition
    ● Cabinet height (Type A): 1.8 meters (1800 mm)
    VD10 Modular Type 3AC Surge Protective Device for Main Distribution detail (1)

    Installation Instructions

    Low Voltage SPD Specific Disconnector(SSD) detial (3)

    Certificate

    • certificate01
    • certificate02

    Quality Inspection(Test reference)

    1 Inspection Reference
    IEC61643.11 Surge Protective Devices (SPD) for Low-Voltage Distribution Systems
    Part 1: Performance Requirements and Test Methods
    GB/T 2828.1-2012 Sampling Inspection Procedures
    Part 1: Sampling Plans for Inspection by Acceptance Quality Limit (AQL)
    2 Incoming Inspection
    Incoming material inspection is conducted based on the "Metal Parts Inspection Standard," "Plastic Parts Inspection Standard," "Electronic Parts Inspection Standard," "Auxiliary Materials Inspection Standard," and the GB/T 2828.1-2012 Sampling Inspection Procedure.
    3 Finished Products Inspection
    1) Routine test
    Routine inspection is a 100% inspection conducted at the final stage of production on products from the production line. After inspection, no further processing is done, except for packaging and labeling.
    2) Sampling test
    Sampling inspection is performed according to the GB/T 2828.1 sampling standard.
    3) Acceptance test
    Verification inspection is a sampling inspection conducted to ensure that the product continues to meet the standard requirements. Verification inspection should be carried out according to the procedures and frequency specified by the standard.
    Inspection Table

    Inspection Items

    Routine test

    Sampling test

    Acceptance test

    Packaging

     

    √

     

    Appearance Quality

    √

    √

    √

    Structure and Shape

    √

    Remote Signal Alarm Function

    √

    √

    √

    U1mA Value Test

    √

    √

    Markings and Labels

    √

    √

    √

    Direct Contact Protection Test

    √

    Standby Power Consumption and Residual Current

    √

    Protection Level

    √

    Action Load Test

    √

    Thermal Stability Test

    √

    √

    Temporary Overvoltage (TOV) Test

    √

    Mechanical Strength

    √

    Insulation Resistance

    √

    Dielectric Strength

    √

    Environment, IP Code

    √

    Electrical Clearance and Creepage Distance

    √

    Resistance to Abnormal Heat and Flammability

    √

    Status Indicator Operation

    √

    √

    √

    Isolation Between Separate Circuits

    √

    Transportation Vibration Test

    √

    Free Fall Test

    √

    Insertion and Withdrawal Force Test Before Surge Impulse (for Pluggable Modules)

    √

    √

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