Hoymiles HM-1500NT Microinverter | High-Efficiency & Durable

⚡ Product Overview

The Hoymiles HM-1500NT is a cutting-edge microinverter designed to maximize energy harvest from solar panels while minimizing failures. Its high-efficiency design and robust construction ensure reliable performance in residential and small commercial solar installations.

Built with advanced electronics and IP67-rated weatherproofing, the HM-1500NT microinverter provides superior durability, consistent energy conversion, and independent panel operation, even under shading or low-light conditions.

🔋 Key Features

• High Efficiency: Optimizes energy output from each connected solar panel.
• Low Failure Rate: Premium components and rigorous testing reduce the risk of system downtime.
• Durable Design: IP67-rated weatherproof enclosure withstands harsh environmental conditions.
• Independent Panel Operation: Each panel functions autonomously, maximizing performance under partial shading.
• Easy Installation: Plug-and-play microinverter reduces labor and hardware costs.
• Compliant with Standards: US NEC-2017 & NEC-2020 rapid shutdown, reactive power control, and CA Rule 21 compliant.
• Expandable System: Connect multiple microinverters in parallel for larger arrays.

📊 Technical Specifications

• Max Input Voltage: 60V DC
• Max Input Current: 15A
• Nominal Output Voltage / Range: 240V AC / 211–264V AC
• Compatible Module Power: 250W–450W
• Reactive Power Control: Yes
• Operating Temperature: -40°C to +65°C
• Enclosure Rating: IP67
• Warranty: Up to 25 years

🛠️ Accessories (Sold Separately)

• AC Trunk Cable with Connectors
• End Caps and Port Caps
• Disconnect Tools for Safety
• Engineering and Installation Support

🏠 Applications

• Residential rooftop solar systems
• Small commercial solar installations
• Grid-tied solar arrays with shading challenges
• Optimized solar energy production in low-light conditions

📞 Note: For bulk orders, custom installation packages, or engineering support, contact our team for tailored Hoymiles solutions.