The Company also disclosed a current solar-hybrid backlog of approximately $670,000 in the Solomon Islands, following a recent repeat order from a regional telecommunications customer.

The reorders are the clearest signal of Polar’s progress. Telecom operators generally place repeat orders only after a system has proven its reliability and operating-cost savings in the field. Polar’s expanding footprint reflects a repeatable business model — an initial field trial, followed by a successful deployment, followed by rising volume as operators standardize on Polar’s technology across their networks.

"We’ve now shipped 333 systems and generated $7.9 million of revenue across five Pacific markets, and the reorders tell us the technology is proving itself where it matters most — in the field," said Arthur D. Sams, President and Chief Executive Officer of Polar Power. "Each successful deployment becomes a reference for the next, and it is pulling us toward a much larger opportunity beyond telecom — in microgrids, water pumping, cooling, and EV charging."

Having completed the multi-year trial-to-volume adoption cycle with several Pacific Island carriers, Polar believes it is now entering the ramp phase of the region’s build-out, where reference installations convert into recurring, higher-volume orders. The Company views the Pacific Islands as one of the world’s most underserved markets for reliable, low-cost power — and, increasingly, as a proving ground for applications well beyond telecom.

As carriers install Polar’s hybrid systems, the same reliable, low-cost power is drawing demand from adjacent local applications — microgrids, uninterruptible power supplies (UPS), water pumping, air conditioning, and electric-vehicle charging. Polar believes the combined market for these applications is larger than telecommunications alone, and that its growing base of installed, field-proven systems positions the Company to capture it.

Polar’s systems are engineered for the Pacific’s dispersed geography and harsh marine environments. The Company’s DC generators connect directly to battery storage, eliminating AC-to-DC conversion losses and reducing installed cost, while variable-speed engines and rare-earth permanent-magnet alternators cut fuel consumption — a decisive advantage where fuel must be transported to remote sites at high cost.