🚀 Industrial-Grade Solar + Storage Solutions | Turnkey Delivery, 50%+ Cost Savings, 3–5 Year ROI
🔍 Is This Right for You?
✅ High-Electricity Factories: Spend >$10,000/month on power? Lock in long-term low-cost energy.
✅ Diesel-Dependent Sites: Mines, islands, or farms—cut diesel use by 50%+ (saving >$0.3/kWh).
✅ Critical Facilities: Hospitals, data centers, or governments needing 24/7 reliable power + green transition.
✅ Energy Operators: Licensed players leveraging peak-valley arbitrage or PPAs for profit.
👉 Not sure? 📞 Consult an Expert Now
🏆 Why Global Clients Choose Us
✨ Proven Turnkey Solutions
- End-to-End Integration: Single-supplier accountability—no coordination headaches.
- Pre-Tested Systems: Factory-commissioned equipment reduces on-site installation time by 40%.
- Lifetime Support: 10-year performance guarantee + remote monitoring for peak efficiency.
💰 Transparent & Flexible Terms
- 30% Deposit + 70% Milestone Payments .
- No Surprises: Contract-locked pricing shields you from market fluctuations.
Product Description
The UEI-1.2MW/2.5MWh system is a high-performance, containerized solar + storage solution engineered for grid-tied and off-grid industrial applications. Designed as a fully pre-integrated package, it includes 1.2MW of PV inverter capacity and 2.5MWh of lithium-ion battery storage organized in six modular 418kWh clusters.
The system is housed in a 20-foot container equipped with a liquid cooling system, fire extinguishing module, lighting, power supply, and ventilation. Integrated PCS (200kW × 6) supports bidirectional energy flow for peak shaving, backup, and time-of-use optimization. The EMS cabinet enables centralized monitoring, load control, and automatic dispatching.
With CE, UL, and UN38.3 certifications, the UEI-1.2MW/2.5MWh solution is ideal for energy-intensive sites seeking to lower energy costs, increase solar self-consumption, and achieve power resilience through battery backup and islanding functionality.
⚡ 1.2MW PV capacity + 2.5MWh LiFePO₄ battery storage
🔋 6x 418kWh battery clusters, 875–1500VDC input range
🔁 PCS inverters: 6 x 200kW bidirectional units, grid-off support
☀️ PV inverter: 1 x 275kW, 12 MPPTs, 1500VDC PV input, CEC 98.5%
❄️ 20ft containerized design with 40kW liquid cooling, fire system, ventilation
🧠 EMS cabinet with monitoring, control, and SCADA compatibility
📦 Prefabricated, plug-and-play system, factory-tested before delivery
✅ UL1741 / IEEE1547 / CSA / CE / IEC / UN38.3 / IEC62619 certified
System Component Overview
| Component | Specification |
|---|---|
| Battery Bank | 2.508MWh (6 x 418kWh clusters, 1331.2V, 314Ah, 52 modules per cluster) |
| Battery Type | LFP (LiFePO₄), three-level BMS (ESMU/BCMU/BMU), IEC62619, UN38.3 certified |
| Battery Cooling | 40kW liquid cooling system (20GP container), with fire protection |
| PCS (Inverter) | 6 x 200kW bidirectional, 875–1500VDC input, 800V L-L output, ηmax 98% |
| PV Inverter | 1 x 275kW, 1500VDC, 12 MPPTs, 24 inputs, ηCEC 98.5%, ηmax 99% |
| Solar Modules | 1664 x 720W bifacial TOPCon (UE720 T-66HBD), total 1.2MW, 23.18% efficiency |
| PV Mounting | Ground-mounted, 26 pcs/string, 64 strings |
| EMS Cabinet | With controller, software, UPS, 8-port GE switch, SCADA ready |
| Grid Interface | 800V L-L 3-phase output, transformer and skid-mounted option available |
| Installation | Pre-tested, plug & play; optional diesel generator compatibility |
| Daily Output | ~4,800–7,200kWh PV + 2,500kWh battery capacity |