Address
304 North Cardinal St.
Dorchester Center, MA 02124
Work Hours
Monday to Friday: 7AM - 7PM
Weekend: 10AM - 5PM
Our ENCAP Micromodules are built for high-performance power delivery in space-constrained environments. Housed in a rack-compatible format, they deliver unmatched cycle life and safety with no thermal runaway, no toxic materials, and zero required cooling.




Designed for ultra-small use cases, the 1kWh ENLIGHT module delivers long-lasting, compact energy for smart infrastructure. Whether powering an off-grid streetlight or integrated into smart poles and IoT devices, ENLIGHT brings clean, reliable power where traditional batteries fall short.


This form factor is designed specifically for our ENPACK containerized systems. Its slender design allows for maximum capacity in ISO containers, while our high energy density and 100% depth of discharge provides more power in a smaller footprint.
ENPACK modules are hot-swappable to allow for continuity of operations and zero downtime. Anderson-clips allow easy removal and replacement of single modules which the system is live. Once replaced, our ENSERVER recognizes the change to balance and distribute power as needed.
*not available for individual sale

ENVAULT provides high-capacity power at ~99% efficiency and full depth of discharge with no auxiliary loads. With 1C charging capability and controlled release for instant power or 12+ hour long duration discharge, ENVAULT is optimal for peak shaving, AI and Data center resilience, renewable microgrids and more.


An inverter-integrated, utility-scale storage solution engineered for extended runtimes. Operating at 0.25C, the Cube is optimal for large-scale renewables integration, grid balancing, and long-duration energy assurance.
On sites where safety is critical and every square foot counts, the Cube is a smarter, safer and scalable solution to the energy demands of today and tomorrow.
U.S. availability of ENVAULT Cube is projected for late 2026.

Cubes can be stacked four-high to maximize space.
A single stack of four cubes delivers 2.34MWh in ~64ft²


