b1_bannerpc01 .jpg banph.png

Tensorpack A 130kW/261kWh

  • Utility Scale

  • AC Coupled

Contact Us

Download
  • 1.png
  • 2.png

SCROLL TO EXPLORE

Core Advantages of Tensorpack A

b1_img02.jpg b1_imgph01.jpg
  • Optimized LCOS

    Leveraging a 1500Vdc high-voltage architecture and high-density 836kWh cabinets, the system significantly reduces Balance of System (BOS) costs and cable losses. This compact design maximizes energy density per square meter, delivering a superior Levelized Cost of Storage (LCOS) for utility-scale investments.

  • Resilient String Architecture

    Utilizing a granular string architecture, the system achieves effective fault decoupling. This design ensures that a single unit failure has minimal impact on overall capacity, significantly reducing generation loss and safeguarding project yield during maintenance or unexpected outages.

  • Versatile Grid Integration

    Supporting both string and centralized PCS architectures (690Vac/800Vac), the system offers unmatched adaptability for diverse grid topologies. This flexibility facilitates seamless connection to utility networks, enabling robust services such as frequency regulation, peak shaving, and voltage stabilization.

  • Utility-Grade Scalability

    Designed for the Gigawatt-hour era, the modular pre-integrated system simplifies transportation and on-site installation. Tensorpack S enables rapid expansion from Megawatt to Gigawatt scales, streamlining project delivery and reducing commissioning time for critical infrastructure projects.

Tensorpack AEnergy Storage System

Targeted for the North American market, Tensorpack A comes with standard output ports that allow direct connection to customer loads. Through slow charging and fast discharging, it facilitates flexible expansion of transformers and effectively reduces demand charges.

  • b1_icon02.svg
    90
    %

    Efficiency

  • b1_icon03.svg
    8000

    Cycles

  • b1_icon04.svg
    15
    y

    Lifespan

  • b1_icon05.svg
    1.6
    ㎡

    Footprint

Certification
  • ul.jpg
  • ul1.jpg
  • ICE.jpg

UL1973、UL9540A、UL9540、NFPA68、NFPA69、UN38.3
IEC62619、IEC63056、IEC61000、IEC62477、IEC62040、CEC list

Grid Compliance
  • Canada.jpg

    Canada

  • 美国.png

    USA

  • EU欧盟.jpg

  • 中国.jpg

  • 南非.png

  • Australiav.jpg

  • Brazil.jpg

正视图1.png

Specification

Download
AC Parameters
Rated Power 250 kW
Wiring Configuration 3P3W
Rated Grid Voltage 480 V
Grid Voltage Range 422.4 - 528 V
Max. Continuous AC Current 302 A
Rated Grid Frequency 60 Hz
Power Factor -1~1
DC Parameters
Cell Type LFP 280Ah CATL
Rated Energy 279 kWh
Voltage Range 873 ~ 1123 V
Cycles expected @ 100% DoD | 70% EoL | 25°C +/-5°C 8000 Times
System Parameters
Maximum Efficiency 90 %
Operating Temperature -30~50 ℃
Relative Humidity 0 to 95% RH, non - condensing
Altitude ≤2000 m
Communication Interface LAN / RS485 / CAN
Communication Protocol Ethernet / Modbus TCP / RS-485 / Modbus RTU
IP Level Type 3R
Cooling Method Liquid Cool
Noise Rating ≤72dB
Battery Rack Dimension (W*D*H) 1300x1300x2280 mm
Control Cabinet Dimension (W*D*H) 1600x1200x2280 mm
Battery Rack Weight 3040 kg