The Hoymiles HMS-1000-2T microinverter combines high power, reliable performance, and advanced monitoring. Ideal for those seeking a flexible photovoltaic solution, it ensures optimal energy yield while enhancing safety. A sure choice to improve and sustain your solar production.
The Hoymiles HMS-1000-2T microinverter offers a 1000VA output power, perfectly suited for solar panels up to 670Wp. The cutting-edge technology used ensures reliable and durable energy conversion for prolonged use of your installation.
The Hoymiles HMS-1000-2T microinverter features 2 independent MPPT inputs to connect 2 solar panels (400Wp to 670Wp), guaranteeing maximum production even with partial shading. Compatible with multiple brands and technologies, it offers total flexibility and allows for easy expansion of your photovoltaic installation.
The safety of the Hoymiles HMS-1000-2T is enhanced by rapid shutdown and an isolated transformer, providing reliable protection against electrical hazards. Compliant with VFR-2019 standards, it avoids the need for a decoupling relay. IP67 certified, it withstands the harshest weather conditions. Its manufacturer's warranty is 12 years, with an option to extend to 25 years.
With Sub-1 GHz wireless technology, the HMS-1000-2T microinverter ensures reliable communication with Hoymiles' DTU gateway. Its long range and increased resistance to interference make it a perfect solution for rooftop photovoltaic installations.
For optimized management of your photovoltaic installation, the Hoymiles HMS-1000-2T microinverter offers the option to add a communication gateway (DTU PRO S). This option allows for individual panel monitoring, real-time energy production tracking, and fault detection for proactive maintenance.
Its compact and lightweight design facilitates the installation of the Hoymiles HMS-1000-2T microinverter. The plug-and-play connection allows for quick commissioning, reducing installation and maintenance costs.
⚠️The AC plug & play cable for connection to a domestic socket is not included.⚠️