Tensorpack S430kW/836kWh

Utility Scale
AC Coupled

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Core Advantages of Tensorpack S

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 REnergy Storage System

Tensorpack R is an UL9540-certified 0.5C energy storage system with a specification of 125kW/279kWh. Suitable for factories, commercial parks, charging stations and other application scenarios, to meet , demand charge management, TOU, PV consumptions and other applications. Combined with the self-developed load forecasting and demand control algorithm, the stability of investment return is greatly imporved, and considerable benefits are brought to customers.