Boost your solar system’s performance with the Hoymiles HMS-1000-2T-NA, a next-generation 2-in-1 microinverter built for modern high-powered solar modules ranging from 400 to 670W+. Each microinverter supports two independent panels, featuring dual MPPT tracking and individual monitoring, ensuring maximum energy harvest from every module in your system.
Engineered with advanced safety and reliability, the HMS-1000-2T-NA complies fully with NEC-2017 / NEC-2020 and CEC-2021 standards for PV Rapid Shutdown Equipment, keeping your installation secure and code-compliant. The innovative Sub-1G wireless communication system guarantees a strong, stable connection to the Hoymiles DTU gateway, enabling real-time performance tracking and seamless integration.
Compact, powerful, and designed for long-term use — the Hoymiles HMS-1000-2T-NA is the best choice for residential and commercial solar applications seeking performance and safety without compromise.
Key Features of Hoymiles HMS-1000-2T-NA Grid-Tie Microinverter
Dual MPPT with Independent Monitoring – Maximize solar harvest from two panels with independent MPPT tracking and real-time performance monitoring.
High-Efficiency 2-in-1 Design – One compact unit connects two modules, reducing installation time and increasing system flexibility.
Enhanced Safety & Compliance – Fully compliant with U.S. NEC-2017 / NEC-2020 690.12 and CEC-2021 Sec 64-218 PV rapid shutdown standards.
Reactive Power Control & Grid Compatibility – Meets UL1741, IEEE 1547, UL1741 SA, and California Rule 21 requirements for safe, reliable grid operation.
Sub-1G Stable Wireless Communication – Ensures consistent, interference-free data transmission with the Hoymiles DTU gateway for precise monitoring.
Ideal for Residential & Commercial Solar Systems – Delivers strong performance for rooftop, balcony, and small commercial solar setups.
Durable IP67 Enclosure – Built to withstand harsh environments, providing long-term protection against dust and water ingress.
Superior Power Output – Supports high-powered solar modules (400–670W+) with up to 1000W peak AC output for optimal energy generation.












