A 6.2kW rated output covers the simultaneous power demands of the vast majority of small-to-medium-sized homes. The total power of typical household loads running concurrently (lighting, refrigerators, air conditioners, TVs, routers, etc.) generally falls within the 3–5kW range, meaning a 6.2kW inverter provides ample headroom. For users with high-power appliances such as central air conditioning or tankless water heaters, we recommend assessing actual peak loads before finalizing your model selection.

For a family of three with an average daily consumption of 10–15kWh (the European average), a 15kWh battery paired with a 5–8kW PV array can achieve a PV self-consumption rate of over 80%. Excess solar energy generated during the day is stored, and the battery discharges to power the home during the evening and night. If the household has high electricity consumption or requires frequent full charging of an electric vehicle, we recommend considering the 30kWh model for greater capacity headroom.

The system features a modular, stackable design, with all modules pre-assembled and pre-commissioned at the factory. On-site installation requires only three external connections: PV array DC input, grid AC connection, and home load connection. It supports both wall-mounted and floor-standing installation, and its IP65 protection rating makes it suitable for indoor and semi-outdoor environments. Typical installation takes less than 2 hours and requires minimal technical expertise from installers.

Yes. The hybrid inverter supports dual-mode operation: grid-tied and off-grid. In grid-tied mode, the system operates in parallel with the grid, enabling PV self-consumption and storage of excess energy. During a grid outage, the inverter automatically switches to off-grid mode within milliseconds, with the battery independently powering critical household loads to ensure uninterrupted operation of essentials like refrigerators, lighting, and network equipment. It automatically switches back to grid-tied mode once grid power is restored.

The LiFePO4 battery module has a cycle life exceeding 8,000 cycles (at 80% DOD); based on one full cycle per day, the service life exceeds 20 years. The inverter module has a design life of 10–15 years, while the charging pile module can last over 15 years. Specific warranty terms are determined by purchase volume and the cooperation model; customized warranty plans can be negotiated for key accounts and OEM partners.

We offer comprehensive OEM and white-label services across three levels: (1) Appearance and branding customization—logo silk-screening, color schemes, and nameplates; (2) Packaging and documentation customization—branded packaging, multilingual manuals, and installation guides; (3) Software platform customization—monitoring app interfaces, cloud platform branding, and white-labeled management backends. Our team possesses years of ODM/OEM experience and can support the entire process from prototyping to mass production orders.

The Minimum Order Quantity (MOQ) and pricing structure vary depending on the cooperation model (standard product procurement, OEM customization, or project-based collaboration). We support small-batch trial orders, allowing distributors to validate market feedback during the initial stages. Please contact our sales team for specific quotes; we will provide detailed proposals based on purchase volume, customization requirements, and target markets.