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Tensorpack TSeries

  • LFP Battery

  • Turnkey Solution

  • 15 Years Extendable Warranties

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Core Advantages of Tensorpack T

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  • Comprehensive Certification

    Rigorously certified for global compliance, the system features IEC, RoHS, and UN38.3 standards for DC components, alongside extensive AC grid-connection certifications for multiple countries. This complete regulatory adherence ensures safety, quality, and seamless market entry worldwide.




  • Versatile Applications

    Engineered for maximum flexibility, Tensorpack T adapts perfectly to on-grid, off-grid, and microgrid scenarios. Its configurable architecture allows for tailored solutions that precisely meet diverse user demands and complex energy environments.

  • Reliable Operation

    Validated by extensive real-world projects, our system maintains a proven uptime of over 99%. This exceptional stability secures your investment by guaranteeing consistent, system-level performance and reliable ROI throughout the project lifecycle.

  • Worry-Free Assurance

    From cloud-based monitoring platforms to edge devices, our end-to-end fault management mechanism ensures total asset safety. We provide comprehensive protection and rapid response protocols to minimize risks and guarantee secure, continuous operation.

Tensorpack TEnergy Storage System

The Tensorpack T energy storage product is composed with a battery system and an AC control system. The battery system highly integrates LFP cells, BMS, high-voltage control box, an environmental control system, and a FFS as its core components.The AC control system highly integrates a Power Conversion System (PCS), AC power distribution, and a local controller as its core components.

The Tensorpack T series energy storage products feature flexible configuration, high integration, safety, efficiency, and plug-and-play capabilities. Through the flexible configuration and combination of systems, they can meet the energy storage application needs of commercial and industrial scenarios, including TOU(Time of Use), DCM(Demand Charge Management), PV consumption, emergency backup power, and other core applications.

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    91
    %

    Efficiency

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    8,000

    Cycles

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    20
    y

    Lifespan

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    2
    ㎡

    Footprint

Certification
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IEC 62619、IEC 63056、IEC 62477、IEC 61000、IEC 60730

Grid Compliance
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    Australia

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    Brazil

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    China

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    EU

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    UK

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Specification

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AC Parameters
Power Rating 100 kW
Maximum Power 110 kVA
Grid Type 3W + N + PE
Rated Grid Voltage 400 V
Grid Voltage Range 352V ~ 440V
Maximum Current 167 A
Grid Frequency 50/60 Hz
Power Factor Range -1~1
DC Parameters
Battery Type LFP 314Ah
Energy 217kWh ~ 265kWh
Voltage Range 604.8V ~ 950.4V
Cycles expected @ 100% DoD | 70% EoL | 25°C +/-5°C 0.5C/0.5C 8000 Times
System Parameters
Highest Round-trip Efficiency 91%
Operating Temperature -30 ~ +55 ℃
Relative Humidity 0 ~ 100% RH, No Condensation
Operating Altitude ≤2000 m
Communication Interface Ethernet / RS485
Communication Protocol Modbus TCP/ Modbus RTU / MQTT / IEC104
Ingress Protection IP55
Thermal Management Forced Air Cooling
Noise Rating ≤70dB
Battery System Dimension(W×D×H) 1500 x 1300 x 2200mm
AC Control System Dimension (W×D×H) 800 x 1300 x 2200mm
Battery System Weight 2380kg ~ 2720kg
AC Control System Weight 390kg ~ 575kg