5-30KWH Stacked Lithium Batteries
48V Efficiency & 300AH Capacity for Heavy-Duty Loads
Operating at 48V with 300AH capacity, this battery delivers 14.4kWh of energy-enough to power a large commercial building's lighting, HVAC, and POS systems for 12+ hours, an industrial facility's control panels and conveyor belts for 8+ hours, or a luxury home's full suite of appliances (including AC) for 24+ hours. The 48V design reduces energy loss in 30+ meter cable runs (common in factories or large campuses) by 40% compared to 12V/24V systems, ensuring stable voltage for sensitive equipment like servers or medical devices. Its 300A continuous discharge rate (600A surge for 15 seconds) handles sudden high-load spikes-such as a warehouse's forklifts powering up or a data center's cooling systems activating-without voltage drops that could disrupt operations.
Stacked Modularity for Scalable Growth
The battery's stacked design lets users start with 14.4kWh and expand incrementally to meet growing needs:
Add 100AH modules to reach 400AH/19.2kWh or 500AH/24kWh for larger industrial lines or multi-building campuses.
Stack units in parallel/series to hit 600AH/28.8kWh+ for microgrids or event venues, with no need to rewire the core system.
Each module (60cm×45cm×25cm) fits into standard 19-inch industrial racks or custom enclosures, saving 50% of floor space vs. non-stacked batteries. Quick-connect busbars simplify expansion-even novice technicians can add capacity in under an hour-making it ideal for systems that scale with business growth.
Integrated BMS: Smart Control for System Reliability
The built-in Battery Management System (BMS) acts as the "brain" of the setup, with features tailored to high-demand environments:
Multi-Layer Protection: Guards against overcharging, over-discharging, short circuits, and thermal runaway-critical for stacked systems where one faulty module could compromise the entire bank. It isolates problematic units automatically, preventing cascading failures.
Cell & Module Balancing: Ensures uniform charge/discharge across all cells and stacked modules, extending overall lifespan by 30% compared to unmanaged systems, which suffer from uneven wear.
Adaptive Performance: Adjusts to extreme temperatures (-20°C to 65°C), slowing charging in freezing conditions (e.g., winter industrial warehouses) to prevent lithium plating and optimizing efficiency in high heat (e.g., desert solar farms).
Industrial-Grade Connectivity: Integrates with SCADA systems, solar inverters, and grid meters via RS485/Ethernet, providing real-time data (state of charge, module health, discharge rates) for remote monitoring-ideal for facility managers overseeing off-site warehouses or factories.
