AllinOne Power Management System Overview A single, integrated unit that combines power conversion, battery charging, and system control to simplify installation and operation. Designed for residential backup, remote sites, mobile applications, and light commercial use, this system reduces component count and centralizes monitoring and control. Key benefits Simplified installation and reduced wiring: Combines inverter, charger, transfer switch, and charge controller into one enclosure to shorten setup time and lower installation complexity. Reliable backup and seamless transfer: Automatic switching between energy sources preserves power to critical loads during outages or source changes. Flexible compatibility: Supports common battery chemistries and accepts multiple AC and DC inputs for grid, generator, and solar integration. Scalable and configurable: Configurable operating modes and scalable battery capacity allow the system to match different load profiles and expansion plans. Space saving and durable design: Compact footprint and robust construction fit confined spaces while resisting common environmental wear. What it does Converts DC battery power to AC for household and commercial loads using an efficient inverter stage. Manages battery charging from AC sources and solar arrays through an integrated charger and MPPT charge controller. Provides automatic transfer switching to prioritize available energy sources and maintain continuous power to connected loads. Monitors system status and performance with onboard controls and communication ports for remote monitoring or integration with building management systems. Protects connected devices from irregular voltage and frequency with builtin regulation and softstart features. Compatibility and connectivity Battery compatibility: Designed to work with leadacid, AGM, gel, and lithiumion battery banks. Charge profiles and settings are adjustable to match battery chemistry. Input and output: Accepts standard AC mains and generator inputs and accepts DC solar inputs through an MPPT controller. AC outputs are suitable for typical residential and light commercial loads. Communication: Supports common interfaces for remote monitoring and control, enabling integration with external controllers and telemetry systems. Size and materials Compact enclosure suitable for wallmount or rack installation to save floor space. Constructed with corrosionresistant metal housing and durable electrical connectors to withstand regular use in indoor and sheltered outdoor installations. Internal layout optimized for airflow and thermal management to maintain performance under continuous load. Performance and features Efficient power conversion to maximize usable energy from batteries and solar inputs while minimizing losses. Multiple operating modes including backup, UPS, inverteronly, and generator support to suit varying application needs. Surge capacity to handle short inrush currents from motors and compressors. Programmable charge and discharge parameters to extend battery life and match system design requirements. Local display and controls for status, configuration, and diagnostics; optional remote monitoring for realtime performance data. Applications and scenarios Home backup with solar: Provide uninterrupted home power during outages by combining grid, generator, and rooftop solar with a single battery bank. System automatically charges batteries from solar by day and from AC when needed. Remote telecom or edge site: Power critical communications equipment where grid access is unreliable. Integrated inverter, charger, and controller reduce footprint and simplify maintenance visits. Mobile and marine power: Deliver AC power aboard RVs or boats using a compact, vibrationresistant solution that charges the house battery from shore power, generator, or solar while providing stable AC output for appliances. What customers should expect A unified power management solution that reduces component count and simplifies system design. Flexible configuration options to match specific battery types, load sizes, and source priorities. Clear status information and remote access options to support ongoing monitoring and maintenance. Note on selection and installation Choose battery capacity and inverter rating based on the required continuous load and expected peak demands. Professional installation recommended to ensure correct wiring, grounding, and integration with existing electrical systems. Configure charge parameters to match the chosen battery chemistry and to follow manufacturer recommendations for battery care.