2. Core Hardware Composition

1. Safe LFP Battery Clusters

   Equipped with standardized modular lithium iron phosphate (LFP) battery packs arranged on layered racks. Each module is fitted with independent BMS units for real-time monitoring of cell voltage & temperature, active charge-discharge balancing to reduce cell pressure difference and extend overall cycle life. High-voltage quick connectors with insulation protection are adopted; strong & standardized wiring with separated strong/weak current areas avoids electromagnetic interference.

2. Integrated Standard Container Cabin

   Robust industrial container structure with anti-corrosion white coating, anti-seismic & pressure-resistant for long-term outdoor deployment. Built-in intelligent air cooling constant temperature system keeps cells working within optimal temperature range to prevent thermal runaway. An independent power distribution control cabinet integrates main control, relay protection and data acquisition modules for on-site data checking. External ventilation grilles, maintenance doors and inspection windows are reserved for convenient daily inspection and overhaul.

3. Three-level Intelligent Management System

   Hierarchical control system: cell-level BMS, system-level EMS energy management platform and cloud remote operation platform. It automatically executes peak-valley arbitrage, demand charge reduction optimization, on-site PV consumption, fault early warning, remote parameter configuration and data visualization. Supports seamless island-mode switching with comprehensive electrical protections against overload, overvoltage, overcurrent and insulation faults.

3. Key Advantages

1. Factory Pre-integration, Fast Delivery & Commissioning

   Fully assembled and tested in workshop. Only civil work and cable connection are required on site; grid-connected commissioning can be finished within 72 hours without complicated on-site assembly.

2. Multi-layer Comprehensive Safety Protection

   Inherently stable LFP chemistry + closed-loop thermal control + cabin-level fire suppression system + smoke & temperature sensing, insulation monitoring and high-voltage interlock protection. Multi-dimensional safety guarantee for harsh outdoor operating conditions.

3. Multi-scenario Flexible Operation

   Supports grid-tied peak shaving & valley filling, demand charge optimization, PV-storage hybrid system, black-start emergency backup power and independent microgrid power supply. Widely applicable to factories, commercial complexes, data centers, PV power stations and mining areas.

4. Long Service Life & Low OPEX

   High-quality LFP cells with ≥6000 cycles. Intelligent BMS balancing slows capacity degradation. Modular layout facilitates component replacement; cloud remote maintenance minimizes on-site visits to cut long-term operational costs.

5. Strong Environmental Adaptability

   Dustproof, waterproof and anti-corrosion design with wide operating temperature range, ensuring stable year-round operation under outdoor high/low temperature, dusty and rainy industrial environments.

4. Typical Application Scenarios

• Peak-valley arbitrage & demand charge reduction for industrial factories to cut electricity expenditure

• PV-storage integration to boost self-consumption rate of on-site photovoltaic power

• Uninterrupted emergency backup power for critical loads against sudden power failure

• Off-grid microgrid power supply for industrial parks

• Grid auxiliary services including frequency regulation, voltage stabilization and capacity leasing