All-in-One Solar Energy Storage System

Our All-in-One Solar Energy Storage System integrates a LiFePO4 battery module, hybrid inverter, Battery Management System (BMS), and Energy Management System (EMS) into a single cabinet. Built for solar distributors, EPC contractors, and installers, this pre-wired architecture eliminates component compatibility issues, slashes installation labor on site, and provides reliable power for both grid-tied and off-grid projects.

We offer flexible OEM/ODM manufacturing, including custom battery capacities (5kWh to 50kWh+), inverter power ratings, and private-label branding.

Pre-Integrated Architecture
Traditional installations require sourcing inverters, battery racks, and protection boxes from different vendors, frequently leading to communication mismatches and wiring errors on site.

Factory Pre-Wired: Internal DC/AC wiring, communication buses, and safety breakers are pre-tested at the factory.

Deployment Speed: Reduces on-site installation time to under two hours, lowering labor expenses for installers.

SKU Simplification: Wholesalers manage a single unified product code rather than tracking separate battery modules and inverter inventories.

Prismatic LiFePO4 Cells & BMS Protection
Thermal Stability: Utilizes grade-A LiFePO4 prismatic cells capable of maintaining stable electrochemistry under high ambient temperatures.

Active Cell Balancing: The integrated BMS monitors individual cell voltages down to millivolt levels, preventing overcharge, deep discharge, and cell drift over long-term cycling.

Performance Metrics: Delivers up to 95% round-trip efficiency and retains over 80% initial capacity after 6,000 operational cycles.

Multi-Mode Hybrid Inverter
The built-in inverter automatically switches between power sources based on grid availability and tariff schedules:

Self-Consumption: Stores daytime solar generation to power loads during evening peak rate periods.

Backup Power: Automatically transitions to off-grid backup mode within 10 milliseconds during utility grid failures.

Grid Shaving: Programmable peak-load shifting to optimize commercial demand charges.

Smart Fleet & Remote Monitoring
Local & Cloud Access: Real-time data streaming via Wi-Fi or Ethernet to mobile apps and web portals.

Diagnostics: Installers can remotely check State of Charge (SOC), historical load profiles, error logs, and firmware updates without visiting the site, reducing after-sales service overhead.

Residential (5kWh – 20kWh): Ideal for homes and residential complexes looking to maximize solar self-consumption, protect against grid blackouts, and lower utility bills.

Commercial (20kWh – 50kWh+): Deployed in retail shops, offices, and small industrial facilities for peak shaving and emergency backup.

Off-Grid & Remote: Functions as the primary power hub for farms, telecom towers, and rural electrification projects independent of utility lines.

Backed by our 10,000+ m² state-of-the-art facility and an annual production capacity exceeding 1GWh, every unit passes a strict multi-stage testing protocol before packaging:

Cell Sorting: Cells are matched by internal resistance and resting voltage within a <= 5mV tolerance to ensure balanced pack aging.

Functional Board Testing: BMS control boards undergo thermal stress screening and communication handshaking tests.

Full-Load Aging Inspection: Completed systems undergo automated charge-discharge cycling under simulated load conditions to verify inverter efficiency, thermal management, and safety breaker tripping thresholds.

As a direct manufacturer, we support global partners with tailored solutions:

Hardware: Custom battery capacity increments, inverter AC output ratings, and cabinet physical dimensions.

Software: Integration with proprietary cloud platforms or custom UI branding on mobile applications.

Compliance: Adaptation to regional grid codes and safety certifications (e.g., UL, IEC standards).

Private Labeling: Custom logo printing, user manuals, and export-grade reinforced packaging.