Residential Solar Storage System Cabinet (Wall-mounted Inverter – Internal Installation)
The Residential Solar Storage System Cabinet (Wall-mounted Inverter - Internal Installation) is an integrated home energy solution, where the wall-mounted inverter is installed within the system cabinet and works in coordination with energy storage batteries, photovoltaic modules, and other components.
Product Features
Highly Integrated: The wall-mounted inverter is installed within the system cabinet and closely integrated with other key components such as energy storage batteries. This significantly reduces system installation time and costs, while enhancing the overall stability and compatibility of the system, making installation, commissioning, and maintenance easier.
Intelligent Control Strategy: The system can automatically switch working modes, such as switching to off-grid power supply mode during a power outage. It can also intelligently optimize charging and discharging strategies based on peak-valley electricity pricing and user consumption habits, helping to reduce electricity costs.
Multiple Operating Modes: Supports various operating modes, including self-consumption, grid-connected power generation, off-grid power generation, and peak-valley price optimization. Users can flexibly choose the mode that best suits their needs and local electricity pricing policies.
Strong Compatibility: The system is compatible with different brands and types of photovoltaic modules and energy storage batteries, and is adaptable to both lead-acid and lithium batteries, meeting the needs of various users.
Flexible Configuration and Expansion: Based on actual electricity needs, users can choose from a range of system configurations with different capacities and power outputs. The system also offers good expandability, allowing users to upgrade and expand the system in the future.
Intelligent Monitoring and Management: Equipped with an EMS (Energy Management System), the system supports multiple communication modes such as Wi-Fi, Ethernet, GPRS, and RS485. Users can remotely monitor and manage the system's operational status using a smartphone or computer, with real-time information on power generation, electricity consumption, battery charge, and more.
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