50KW/50KWH Commercial & Industrial Energy Storage System GCB-E50
[GCB-E50: ALL-IN-ONE 50KW/50KWH C&I BESS] 50kW hybrid inverter + 50kWh LFP battery + 3-level BMS + EMS + HVAC + FSS in a single IP54 cabinet (780x640x2000mm, ~625kg). Grade A LiFePO4 cells (3.2V/100Ah), 10-module 16S1P, 6,000+ cycles at 90% DOD. Round-trip efficiency >=90%. Three modes: Grid-tied / Off-grid / Hybrid. 380V three-phase, Deye compatible. Factory pre-commissioned. CE, RoHS, ISO9001, IEC 62619, UL 1973. 5-year warranty. Configurable to site. A compact 50kW/50kWh all-in-one BESS cabinet integrating a hybrid inverter, high-voltage LFP battery rack (10 modules, 16S1P), 3-level BMS, EMS, HVAC, and fire suppression system in a single IP54 enclosure (780×640×2000mm, ~625kg). Engineered for peak shaving, backup power, solar self-consumption, TOU arbitrage, and microgrid applications. Every system is configured to site requirements — capacity, operating mode, and protection design confirmed per project. Key Specifications at a Glance • AC Power: 50kW — Three-Phase 380V AC 50/60Hz• Nominal Energy: 50kWh — 10 Modules 16S1P LFP• Battery Cells: Grade A LiFePO4 — 3.2V / 100Ah• Cycle Life: 6,000+ at 25°C, 0.5C, 90% DOD• Architecture: All-in-One — BESS + BMS + EMS + HVAC + FSS• Round-Trip Efficiency: ≥90% System-Level• Enclosure: IP54 — 780×640×2000mm — ~625kg• BMS: 3-Level: Cell / Pack / System• Certifications: CE / RoHS / ISO9001 / ISO14001• Warranty: 5 Years Standard Industrial performance highlights 6,000+ Cycle Longevity:Grade A LiFePO4 cells rated for 6,000+ cycles at 90% DOD — equivalent to 15+ years in daily-cycling applications. LFP chemistry with >270 °C thermal runaway temperature and zero cobalt delivers the lowest total cost of ownership in the C&I storage class. High-Rate Energy Throughput:50kW continuous AC output with ≥90% round-trip efficiency — maximizing revenue per kWh in peak-shaving and TOU arbitrage applications. 0.5C charge/discharge capability ensures rapid response to grid signals and load changes. 3-Level Smart Protection:Comprehensive safety architecture: Level 1 — cell-level voltage/temperature/IR monitoring; Level 2 — pack-level SOC/SOH estimation and fault isolation; Level 3 — system-level EMS coordination, HVAC interlock, and auto-extinguishing FSS. 24/7 protection without external water or gas supply. Category Parameter Specification General System System Configuration 50kW / 50kWh AC-Coupled, Three-Phase All-in-One Cabinet Application C&I Peak Shaving, Backup Power, Microgrid, Solar Self-Consumption, TOU Arbitrage Ingress Protection IP54 — Outdoor-Grade Installation Battery System Cell Specification LiFePO4 (LFP) Grade A — 3.2V / 100Ah Prismatic Nominal Energy 50 kWh — 10 Modules, 16S1P Configuration Cycle Life ≥ 6,000 Cycles at 25°C, 0.5C, 90% DOD Round-Trip Efficiency ≥ 90% System-Level Hybrid Inverter Rated Power 50kW — Deye or Equivalent High-Performance Platform Grid Type Three-Phase 4-Wire (3P+N+PE) — 380V AC Frequency 50 Hz / 60 Hz Safety & Mechanical BMS Architecture 3-Level — Cell / Pack / System with HVAC Interlock & Auto-Extinguishing FSS Dimensions (W×D×H) 780 × 640 × 2000 mm System Weight Approx. 625 kg — Fully Loaded Operating Temperature -20 °C to +55 °C — HVAC-Controlled Internal Environment Table 1.0 — GCB-E50 technical specifications. All parameters reference values; final configuration confirmed per project. IEC 62619 / UL 1973 cell certifications. Customization available subject to project volume. Frequently Asked Questions Q: What is the expected payback period for a GCB-E50 in a peak-shaving application? Payback depends on the local tariff structure — specifically the peak-to-off-peak price spread and demand charge rate. In markets with demand charges above $10/kW/month and peak rates 2–3× off-peak, typical payback is 3–5 years. The 6,000+ cycle life at 90% DOD ensures the system remains economically productive for 15+ years before significant capacity fade. We can model your specific tariff and load profile for a project-specific ROI analysis. Q: Can the GCB-E50 operate fully off-grid with solar? Yes. The GCB-E50's hybrid inverter supports grid-tied, off-grid, and hybrid (solar-plus-storage with grid-fallback) modes. In off-grid configuration, the system powers critical loads with seamless transfer — no interruption during grid outage. Solar PV can be AC-coupled through the inverter. The applicable mode, solar array sizing, and protection coordination must be validated for your specific site and local grid code. All modes are configurable — not locked to a single topology. Q: What customization options are available for the GCB-E50? The GCB-E50 is fully configurable to project requirements. Customization options subject to project volume include: inverter platform selection (Deye or equivalent), cabinet color and OEM branding (logo + housing), communication protocol (Modbus TCP/RTU, CAN, IEC 61850), cell capacity selection, and destination-market certification packages. Contact us with your project specification for a customized proposal — engineering response within 2–3 business days. Q: What site preparations are needed before GCB-E50 installation? Pre-installation requirements: (1) Level concrete pad or indoor floor with adequate load-bearing (~650kg + safety factor), (2) Minimum clearances — 1m front and rear for service access per local electrical code, (3) AC cable routing from the main distribution panel to the cabinet location, (4) Communication — Ethernet cable for remote monitoring (4G optional), (5) Environmental — ambient temperature within -20 to +55 °C, protected from direct flooding. We provides a detailed site preparation guide and remote commissioning support. On-site engineer available for projects above 500 kWh.