Tensorpack M120

Hybrid System
DC Coupled
Seamless Back Up

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Core Advantages of Tensorpack M

Ultimate Integration

Combining high-performance batteries and a hybrid inverter into a single, compact cabinet, this all-in-one architecture minimizes footprint and complexity. The streamlined design reduces external cabling and compatibility issues, offering a sleek, space-saving solution for small commercial premises.
Flexible Scalability

Designed with a modular architecture, Tensorpack M supports seamless capacity expansion. Users can easily stack battery modules or parallel systems to match growing business energy demands, allowing for a "pay-as-you-grow" investment strategy that prevents over-provisioning.
Resilient Energy Hub

Featuring direct PV input and UPS-level switching capabilities, the system acts as a robust energy hub. It ensures continuous power during grid outages and intelligently manages solar self-consumption, maximizing energy independence and security for critical business loads.
Simplified Deployment

Pre-wired and pre-tested at the factory, the system enables rapid, plug-and-play installation. This low-barrier deployment significantly reduces on-site labor costs and commissioning time, making professional energy storage accessible to businesses without specialized engineering teams.

Tensorpack M120Energy Storage System

The Tensorpack M120 energy storage product integrates a 50kW Hybrid inverter and a 120kWh battery system, engineered specifically for micro-grid applications. The Hybrid inverter integrates a hybrid inverter which is capable for grid-forming, and enabling seamless interaction with distributed energy resources. The battery system features cutting-edge 306 LFP cells, a multi-layered BMS, high-voltage controls, and an adaptive environmental management system, ensuring reliability across diverse operating conditions. Designed for high integration, safety, and efficiency, the Tensorpack M series offers plug-and-play deployment and modular scalability, allowing flexible power and energy configurations to match micro-grid demands.

It excels in core applications such as renewable energy integration (e.g., solar/wind hybridization), off-grid operation, peak shaving, island mode resilience, and dynamic load balancing, empowering energy independence and stability for remote, commercial, or industrial micro-grid ecosystems.