All-in-One Hybrid Energy Storage System

Engineering & Procurement Specification for B2B Partners, Installers, and Wholesalers

The All-in-One Hybrid Energy Storage System integrates primary power electronics and energy storage units into a single, streamlined cabinet.

Integrated Core Components:
Hybrid Inverter: Manages DC/AC conversion and bidirectional power flow.

LiFePO4 Battery Pack: Provides modular, scalable energy storage.

Battery Management System (BMS): Monitors cell-level metrics and enforces strict safety thresholds.

Energy Management System (EMS): Coordinates power routing between photovoltaic arrays, the utility grid, battery storage, and auxiliary generators.

Communication Modules: Supports standard industrial protocols for local and remote telemetry.

Unlike component-based installations that require independent sizing, matching, and complex field wiring of inverters, battery banks, and combiner boxes, our factory-integrated architecture reduces physical footprint, mechanical assembly time, and potential wiring fault points.

Standardized Selection Matrix (Reference Models)
To streamline project engineering and system selection, the series is available in benchmark configurations designed for diverse residential and light commercial deployments:

• System Model Inverter Power (kW) Battery Capacity (kWh) Max. Scalability (kWh) Enclosure Rating Dimensions / Weight
• AIO-5K-10 5.0 kW 10.24 kWh Up to 40.96 kWh IP55 / Indoor-Outdoor 600 x 320 x 1100 mm / 135 kg
• AIO-10K-20 10.0 kW 20.48 kWh Up to 81.92 kWh IP55 / Indoor-Outdoor 680 x 420 x 1550 mm / 240 kg

Battery Technology & Safety Integration
Chemistry: Grade A Lithium Iron Phosphate (LiFePO4), selected for superior thermal stability and high chemical resistance against runaway reactions.

Cycle Life: Rated for >= 6,000 charge and discharge cycles at 80% Depth of Discharge (DoD) under standard test conditions (25°C ambient), yielding a certified operational lifespan exceeding 10 years.

BMS Telemetry & Protection: The internal BMS provides continuous, real-time monitoring and automatic cutoff for:

• Individual cell voltage and module current.
• Temperature anomalies (high/low temperature protection during charge and discharge).
• State of Charge (SOC) and State of Health (SOH) calculation.
• Comprehensive fault handling for short circuits, overcharge, over-discharge, and over-current.

Power Conversion & Efficiency

• Grid Interaction: Seamless switching between grid-tied and off-grid modes with an uninterruptible power supply (UPS) response time of <10ms to protect sensitive loads during utility dropouts.
• Source Coordination: The EMS automatically evaluates pricing schedules, load demands, and generation capacity to optimize between four primary operational profiles:
• Self-Consumption: Prioritizes solar generation for immediate loads, storing excess energy in the battery.
• Peak Shaving: Limits maximum grid draw during high-tariff windows by discharging stored energy.
• Time-of-Use (TOU) Scheduling: Charges batteries during low-tariff off-peak hours and discharges during peak demand.
• Backup / Off-Grid Operation: Isolates from the grid during blackouts to supply dedicated critical circuits.

Labor Reduction: Factory pre-wiring and pre-testing decrease on-site installation labor by up to 40% compared to equivalent split-system configurations.

Scalable Capacity: Modular battery blocks allow installers to expand total energy storage capacity incrementally without replacing the base inverter or cabinet infrastructure.

Environmental Tolerance: IP55-rated enclosure designs support indoor or sheltered outdoor installations (garage, utility room, or commercial electrical closet) with low-noise acoustic profiles suitable for residential integration.

Remote Management: Integrated web and mobile monitoring portals deliver historical energy yields, live power flow diagrams, and automated fault diagnostics via CAN/RS485/Wi-Fi/4G channels, minimizing physical service dispatches.

The system is deployed across multiple stationary storage segments globally:

Residential & Villas: Maximizes solar self-consumption, minimizes utility bills, and provides continuous backup for critical loads (refrigeration, medical devices, lighting, and communication hubs).

Small Commercial & Retail: Mitigates peak demand charges for offices and retail stores, keeping POS systems, servers, and surveillance equipment operational during grid interruptions.

Light Industrial & Agricultural: Powers irrigation pumps, monitoring sensors, and remote facilities lacking stable grid infrastructure.

Telecom Infrastructure: Secures uninterrupted uptime for remote base stations and transmission nodes.

As a direct manufacturer, we offer comprehensive customization pathways for private-label distributors, regional EPC contractors, and energy brands:

Hardware Adaptation: Customization of battery capacity configurations, inverter power ratings, cabinet dimensions, and external housing color matching.

Software & Branding: Tailored user interfaces, custom mobile/web application branding, and integration with proprietary communication protocols.

Regulatory Compliance: Manufacturing execution aligned with regional target market certifications, including CE, IEC, UN38.3, and MSDS documentation standards.

Warranty & Logistics Assurance: Backed by a comprehensive 10-year performance and product warranty, with sea-freight compliant ruggedized packaging designed for safe international transit and minimal logistics degradation.