The Hoymiles HMS-1800-4T-NA Grid-Tie Microinverter delivers exceptional efficiency and reliability for modern high-powered solar panels. This advanced solar microinverter supports up to four PV modules, each with its own independent MPPT, ensuring maximum energy yield and precise module-level monitoring for simplified maintenance and performance tracking.
With a peak AC output of 1800W and a maximum DC input voltage of 65V, the HMS-1800-4T-NA provides robust performance while maintaining top-tier safety. It is fully compliant with PV Rapid Shutdown standards, meeting NEC 2017 & 2020 (Article 690.12) and CEC 2021 (Section 64-218) requirements—making it an ideal choice for residential and commercial rooftop solar systems .
Compact, efficient, and engineered for durability, the Hoymiles HMS-1800-4T-NA series set a new standard for cost-effective solar microinverters, combining safety, reliability, and superior power conversion in one streamlined design.
Key Features of the Hoymiles HMS-1800-4T-NA Single Phase Microinverter
Quick Plug-and-Play Setup – Simplifies installation with a seamless connection process.
Advanced 4-Input Architecture – Optimized layout design delivers balanced energy distribution for multi-module arrays.
High-Efficiency Power Conversion – Provides superior performance and consistent AC output even in partial shading conditions.
Integrated Rapid Shutdown Functionality – Designed for enhanced rooftop safety and easy system compliance with U.S. standards.
Smart MPPT Control System – Dynamic tracking improves real-time energy yield and simplifies ongoing system maintenance.
Reliable Sub-1G Communication – Ensures uninterrupted data transmission in residential, commercial, and industrial environments.
Reactive Power Management – Fully compatible with modern grid standards and supports voltage stabilization features.
Enhanced Signal Connectivity – External antenna ensures stronger, long-range wireless performance with the DTU gateway.
Rugged IP67 Weatherproof Design – Dust-tight and waterproof enclosure for lasting durability in extreme outdoor conditions.














