E-ABLE POWER
COMMERCIAL ENERGY STORAGE SOLUTIONS
COMMERCIAL & INDUSTRIAL 50kW / 100kWh ALL-IN-ONE FULLY CONFIGURABLE
| GCB-E100 SERIES | ALL-IN-ONE C&I BESS CABINET GCB-E100 Commercial & Industrial Energy Storage SystemA factory-integrated 50kW/100kWh all-in-one BESS cabinet combining battery modules, BMS, EMS, HVAC, and fire suppression system in a single IP54 enclosure. Engineered for peak shaving, solar self-consumption, backup power, TOU arbitrage, and microgrid applications. Every system is configured to site requirements — capacity, operating mode, protection design, and integration interfaces are confirmed per project. |  |
Key Specifications at a Glance
• AC Power: 50kW — Three-Phase 380V AC• Nominal Capacity: 100.35kWh (up to 112.53kWh Usable)• Battery Cells: Grade A LFP — 280Ah / 314Ah Options• Cycle Life: 6,000+ at 25°C, 0.5C, 80% DOD• Architecture: All-in-One — BESS + BMS + EMS + HVAC + FSS• Enclosure: IP54 — ~1200×803×2375mm — ~1300kg• Operating Modes: Grid-Tied / Off-Grid / Hybrid (Configurable)• Cell Certification: IEC 62619 / UL 1973• Certifications: CE / RoHS / ISO9001 / ISO14001• Warranty: 5 Years Standard
PROJECT-FOCUSED ENERGY STORAGE DESIGN
Integrated All-in-One Cabinet Factory-assembled enclosure combines battery modules, PCS, BMS, EMS, HVAC and fire suppression — reducing on-site coordination, wiring, and commissioning time vs separate-component systems. | Grid & Backup Planning Choose grid-tied (peak shaving, TOU, demand management), off-grid (islanded backup), or hybrid (solar-plus-storage) mode — configured to your load profile, tariff structure, and utility interconnection rules. | Engineering Before Delivery Confirm installation space, cable routes, local codes, fire strategy, ambient conditions, and commissioning scope before order. E-Able Power provides a complete technical proposal within 2–3 business days. |
REFERENCE CONFIGURATION & TECHNICAL DATA
The following figures are reference information. Final configuration, compliance documents, and installation conditions are confirmed per project. All parameters configurable to site requirements.
| System Reference | Specification |
| AC Power & Capacity | 50kW / 100.35kWh nominal (up to 112.53kWh usable) — AC-coupled reference configuration. |
| Battery Cells | Grade A LFP prismatic cells — 280Ah / 314Ah reference options per project requirement. |
| Cycle Life | 6,000+ cycles at 25°C, 0.5C charge/discharge, 80% DOD reference conditions. |
| AC Interface | 50kW three-phase four-wire 380V AC inverter. On-grid, off-grid, and hybrid operation require project validation. |
| Integrated Subsystems | BMS (cell-level monitoring), EMS (energy management), HVAC (thermal control), FSS (fire suppression) — all factory-integrated. |
| Enclosure | IP54 — approx. 1200×803×2375mm — approx. 1300kg. Verify access, foundation, and lifting before order. |
HOW TO SELECT THE RIGHT C&I ENERGY STORAGE SYSTEM
| Project Input | Why It Matters |
| Load Profile & Tariff | Defines power, usable energy, and expected value of peak reduction or energy shifting. |
| Solar & Utility Connection | Determines AC coupling topology, grid connection conditions, export policy, and operating controls. |
| Backup Loads & Duration | Separates essential from non-critical loads for a realistic resilience design. |
| Site & Compliance Review | Confirms indoor/outdoor placement, ventilation, clearances, local approvals, and safety requirements. |
PROJECT APPLICATIONS
| Factories Peak shaving, load management, and essential-process backup. | Commercial Buildings Demand charge reduction for offices, retail, and campuses. | Solar + Storage Maximize PV self-consumption and dispatch planning. | EV Charging Hubs Buffer charging peaks and reduce grid upgrade costs. |
FREQUENTLY ASKED QUESTIONS
Q: How should we size a commercial energy storage system?
Start with interval load data (15-minute or hourly), the tariff structure (peak/off-peak rates, demand charges), planned solar capacity, required backup loads, and desired operating objective. The GCB-E100 reference configuration (50kW/100kWh) suits sites with peak demand around 40–60kW and 2–4 hours of storage duration. E-Able Power validates sizing against your actual load profile and delivers a complete report within 2–3 business days.
Q: Can this system operate with solar and the grid simultaneously?
Yes. The GCB-E100 supports three operating modes: grid-tied (peak shaving, TOU arbitrage with utility-interactive controls), off-grid (islanded backup with seamless transfer), and hybrid (solar-plus-storage with grid-fallback). The applicable mode, protection coordination, and utility interconnection agreement must be confirmed for the actual project and local grid code. All modes are configurable to site — not locked to a single topology.
Q: What customization options are available for the GCB-E100?
The GCB-E100 is fully configurable to project requirements. Customization options subject to project volume include: cell capacity selection (280Ah or 314Ah LFP), AC output power configuration, cabinet color and OEM branding (logo + housing), integration with third-party inverters and EMS platforms, communication protocol (Modbus TCP/RTU, CAN, IEC 61850), and destination-market certification packages. Contact E-Able Power with your project specification for a customized proposal.
Q: What should be verified before placing an order?
Confirm the final bill of materials, energy capacity, installation location (indoor/outdoor), environmental conditions (ambient temperature, humidity), electrical interface (AC voltage, phase, grid connection), fire-safety clearances per local code, required certificates for the destination market, delivery scope, and commissioning responsibilities. E-Able Power provides a pre-order verification checklist and remote commissioning support via video call. On-site commissioning engineer available for projects above 500 kWh.
QUALITY ASSURANCE & CERTIFICATIONS
Factory: Dongguan, Guangdong, China. Cells IEC 62619 / UL 1973 certified. 5-year standard warranty. Project-specific compliance documentation available on request.
RELATED ENERGY STORAGE RESOURCES
Plan Your Site-Appropriate Energy Storage System
Every GCB-E100 is configured to your site — capacity, operating mode, protection design, and integration interfaces are confirmed per project. Send your load profile, utility requirements, solar plan, and backup target for a complete technical proposal within 2–3 business days.
