LiFePO₄
Residential battery technology
Store solar energy, reduce dependence on the grid, and keep selected home loads available when utility power is interrupted.
Residential battery technology
Solar, grid and battery coordination
Intelligent battery management
Configuration and branding support
The Residential All-in-One BESS integrates advanced power conversion and energy storage technologies to deliver a smart home solar-storage solution. Featuring a modular, plug-and-play design, the system combines a hybrid inverter, LiFePO₄ batteries, and an intelligent energy management system for easy installation and operation. It supports self-consumption of solar power, peak-valley electricity arbitrage, and emergency backup power, making home energy more economical and reliable.
Choose the architecture according to grid conditions, solar resources, household loads, backup priorities, installation space, and budget.
Combines solar generation, battery storage, and utility power for self-consumption and backup operation.
Uses solar panels, batteries, and an inverter to supply homes where the public grid is unavailable or unsuitable.
Integrates the hybrid inverter, LiFePO₄ battery, and management functions in a compact architecture.
Stores available energy for selected household circuits during utility interruptions.
Each installation should be sized from measured consumption, essential-load requirements, solar production, grid behavior, and future plans.
Use more of the electricity generated on your roof by charging the battery during the day and supplying selected household loads later.
Define priority circuits such as lighting, refrigeration, communications, selected sockets, and other essential household equipment.
Coordinate solar generation, battery capacity, inverter power, seasonal conditions, and optional generator input for reliable remote-home operation.
Manage charging around solar generation, household demand, battery state, and the electrical limits of the property.
Final specifications, certificates, warranty, compatibility, and installation requirements should be confirmed for the selected model and destination market.
A compact plug-and-play architecture combining a hybrid inverter, LiFePO₄ battery, and intelligent management functions.
Battery solutions with intelligent BMS and multi-unit configuration support according to the selected model.
Power conversion and operating-mode coordination for solar, battery, grid, and approved backup configurations.
A reliable proposal starts with real site information rather than a generic capacity recommendation.
Electricity bills, load list, outage history, solar information, and installation location.
Review daily energy, peak power, motor starting, backup duration, and operating strategy.
Check voltage, inverter, battery, communications, protection, and expansion requirements.
Confirm product model, documentation, delivery scope, installation responsibilities, and support plan.
Editable answers for homeowners, installers, distributors, and project partners.
That depends on the inverter rating, battery capacity, switching design, and priority-load plan. Common priority loads may include lighting, refrigeration, communications, selected sockets, and other essential circuits.
The calculation should consider daily consumption, peak power, solar production, tariff periods, backup duration, seasonal conditions, and future load growth.
Often yes, but the inverter topology, battery voltage, communications, protection design, and existing equipment must be checked for compatibility.
A hybrid system normally coordinates solar, battery, and the utility grid. An off-grid system operates without relying on the public grid and must be sized for local generation, storage, and backup conditions.
Expansion depends on the product architecture, inverter limits, communication method, electrical design, installation space, and the approved system configuration.
Current company information lists OEM and ODM support. Configuration options may include voltage, capacity, interfaces, enclosure, branding, packaging, and project-specific requirements.
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