Monitoring Solaredge Home Inline Meter MTR-240-1PC1-DW-MW - 5 years warranty

The SolarEdge Home Inline Meter MTR-240-1PC1-DW-MW is a single-phase smart energy meter designed for residential photovoltaic installations. Intended for professional installers and integrators, it provides precise measurement of energy consumption and production, offering a complete view of domestic energy flows. With its 5-year manufacturer warranty, this meter ensures reliable and durable performance for residential systems connected to the SolarEdge ecosystem. The smart meter allows real-time monitoring of household electricity consumption and photovoltaic production, facilitating optimization of self-consumption and management of energy stored in SolarEdge StorEdge batteries. With its Modbus communication protocol, it seamlessly integrates with SolarEdge inverters and the SolarEdge Monitoring platform, enabling precise control and centralized supervision of the energy system. The MTR-240-1PC1-DW-MW features easy installation and a compact design for quick DIN rail mounting, reducing commissioning time for installers. Its robust construction ensures reliable operation in various residential environments while providing accurate and continuous readings of consumption and production. When paired with SolarEdge solutions, it helps maximize self-consumption, secure photovoltaic system efficiency, and improve return on investment for homeowners and B2B integrators. In typical, complex, or storage-equipped residential installations, the SolarEdge Home Inline Meter provides precise real-time monitoring, quickly detects anomalies, and enables proactive maintenance. Integration into the SolarEdge ecosystem provides users with detailed reports and actionable metrics, allowing intelligent and efficient management of home energy. In summary, the SolarEdge Home Inline Meter MTR-240-1PC1-DW-MW is a reliable and accurate measurement and monitoring tool, perfectly suited for residential photovoltaic installers aiming to optimize performance, durability, and profitability of solar installations.