The Jump From One Cabinet to a Site-Wide Storage Plant A single MC-L430-2H3 cabinet delivers 430.08...
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An all‑in‑one, high‑voltage commercial & industrial energy storage cabinet designed to solve real C&I problems: peak‑shaving, PV self‑consumption, demand charge reduction, and resilient backup power for businesses. The MC‑L430‑2H3 integrates key subsystems (PCS/BMS/EMS) and supports intelligent cloud operation and maintenance.
Differentiators that matter in tenders:
• Safety first: built‑in fire protection and multi‑level electrical safeguards with high‑voltage interlocking.
• Fast switching (10 ms) supports critical loads and microgrid scenarios.
• Modular scaling: parallel up to 8 cabinets enables staged investments and future expansion as site load grows.
• Digital operations: cloud connectivity supports alerts, fleet management, and remote O&M to reduce service cost.
Designed for: industrial parks, commercial buildings, logistics hubs, EV charging expansions, virtual power plant (VPP) participation, and off‑grid / islanded applications where energy density and reliability are essential.
| Item | Specification |
| Battery Chemistry | LiFePO₄ |
| Nominal Capacity | 280 Ah |
| Nominal DC Voltage | 768 Vdc |
| DC Voltage Range | 648–876 Vdc |
| Nominal Energy | 430.08 kWh |
| Communication | RS485, Modbus TCP, DI/DO |
| Cabinet Dimensions | 2000 × 1300 × 2480 mm |
| Weight | ≤ 5000 kg |
| Expansion Capacity | Up to 8 cabinets in parallel; supports 2–4h storage configurations |
| Safety & Operation Features | Built-in fire protection, explosion-proof measures, 5-level electrical safeguards, HV interlocking; 10 ms grid switching; cloud O&M |
Recommend suitable products and configuration plans based on customers' power demand, application scenarios and budget.

Provide system-level combination suggestions for inverters, energy storage, batteries and supporting products.

All products undergo factory inspection and necessary testing before shipment.

Recommend suitable products and configuration plans based on customers' power demand, application scenarios and budget.

Offer product and system operation training for installers and project parties.
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