MoXIE Matrix

Description

Building upon the scalable architecture of the MoXIE Solo System, the MoXIE Matrix further expands the versatility and standalone functionality of MoXIE Cells. Designed for seamless power distribution, it enables MoXIE Cells to operate independently, delivering clean, uninterrupted AC power in cinema, industrial, and emergency applications where traditional generators are impractical.

Equipped with dual Parallel Energy Expansion Ports, the MoXIE Matrix supports hotswapping, allowing two MoXIE Cells to be connected simultaneously. As one cell depletes, it can be replaced without disrupting power delivery, ensuring continuous operation for mission-critical workflows. Available in 120V AC (30A) and 230V AC (15A) outputs, it provides a flexible, scalable power solution adaptable to a wide range of applications.

Engineered for silent, maintenance-free operation, the MoXIE Matrix features a passive cooling system, eliminating the need for fans or active cooling components. This design ensures whisper-quiet performance, making it ideal for sound-sensitive environments such as film sets and live production, while also enhancing durability in industrial and field applications.

For real-time energy management, the MoXIE Matrix is equipped with an integrated high-visibility power monitoring interface, displaying live system diagnostics, power output, and battery status. This allows users to optimize power usage and maintain operational efficiency with instant at-a-glance feedback.

Designed for secure, modular stacking, the MoXIE Matrix and MoXIE Cells interlock, preventing sliding or displacement when stacked. This enhanced stability ensures safe transport, deployment, and operation, even in dynamic production environments or rugged industrial settings.

With its compact, stackable footprint matching the MoXIE Cells, the MoXIE Matrix offers a streamlined, space-efficient energy solution for expanding power capabilities without added bulk. Whether deployed on film sets, industrial job sites, or emergency response operations.