/ Six Targeted Markets
One architecture. Six power conversion markets.
SolMOS combines switching, thermal management, and protection within a unified architecture intended to simplify cross-vertical integration and reduce BOM complexity.
Where thermal performance becomes a competitive advantage
Solar Inverters
Grid-Scale Energy Storage
EV Charging Infrastructure
SolMOS targets high-efficiency power conversion while reducing inverter integration complexity through unified gate drive, protection, and thermal architecture.
SolMOS targets thermally efficient bidirectional power operation through subsystem-level co-design of switching and thermal architecture.
Designed for high-cycle power switching, SolMOS integrates protection and thermal architecture within a unified subsystem intended to reduce deployment complexity in DC fast-charge systems.
Aerospace
Defense Systems
Industrial Power Conversion
SolMOS combines wide-input operational flexibility with integrated protection architecture to support high-reliability industrial power applications.
The SolMOS development roadmap includes consideration for ruggedized packaging, environmental reliability, and subsystem-level integration requirements associated with advanced avionics power platforms.
Designed for harsh-environment operation, SolMOS incorporates ruggedized switching and integrated protection architecture intended for high-reliability aerospace and defense power systems.
Market Opportunity
Electrification, renewable energy expansion, and advanced semiconductor adoption are driving increased demand for efficient power electronics worldwide.
Electrification
Engineering efficient power architectures for modern electric systems worldwide.
Renewable Energy
Advancing clean energy infrastructure through efficient power conversion and smart power management architectures.
Semiconductor Tech
Building integrated power technologies designed to improve efficiency, scalability, and reliability across the world’s electrified infrastructure.
Why SolMOS?
SolMOS is being developed with modularity, thermal awareness, scalability, and future semiconductor integration in mind — characteristics increasingly important across next-generation power systems.
This technology could fit multiple large industries.
Helionix is seeking conversations with OEMs, engineers, strategic partners, and investors interested in the future of advanced power electronics.