HomeProductsSolar Energy SystemLarge-Scale Solar Power Solution500kW PV+ESS System Three-Phase MPPT + EMS + PCS Turnkey Solution

500kW PV+ESS System Three-Phase MPPT + EMS + PCS Turnkey Solution

  • 🔥Why does every 500kW solar system cost require a customized quote?🔥 - 
    Because solar systems are highly customizable—your 500kW solar system cost depends on several key factors:

    📍Site Conditions
    •Roof type / ground space • Shading analysis • Grid connection distance
    •Cost impact: ±15–25%

    🔧Equipment Selection
    •Panel efficiency (21% vs 23%) • Inverter brand • Battery chemistry (LFP vs NMC)
    •Cost impact: ±20–40%

    🔋Storage Configuration
    •500kWh standard • Scalable to 4000kWh • Backup duration options
    •Cost impact: +$20K–$400K

    ✨Curious about your 500kW solar system cost?
    👉Inquire now for a consultation.
500kw solar container system
720watt solar panel
158kwh high voltage lithium battery
500kw hybrid inverter
40HQ container
500kw solar container system
720watt solar panel
158kwh high voltage lithium battery
500kw hybrid inverter
40HQ container

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⚡ Reliable 500kW–1MW Solar + Storage Solutions for Business

Power Scale That Matches Your Needs

Looking for a 500kW solar system or a 1MW PV + ESS solution?
We specialize in large-scale, industrial-grade solar systems, designed for factories, data centers, warehouses, and mining sites. Our systems range from 500kW to multi-MW, ensuring the right fit for every commercial project.

Tailored for Your Industry

  • Factories & Manufacturing → Reduce electricity costs and secure stable power.
  • Mining & Remote Sites → Replace diesel generators with hybrid solar + storage.
  • Cold Storage & Warehouses → Keep critical refrigeration running during outages.
  • Hospitals & Clinics → Ensure backup power for life-saving equipment.
  • Data Centers → Stable, efficient solar + battery for continuous operations.

Your Trusted Solar Supplier

As a direct China solar system supplier, we provide factory-direct pricing and global delivery. With 15+ years of experience and 8,000+ projects across 150+ countries, we are the trusted partner for installers, distributors, and industrial end-users.

Solve Your Energy Challenges

  • Replace Diesel → Cut fuel bills up to 40% with solar + battery.
  • Reduce Energy Costs → Payback in 3–5 years through self-consumption.
  • Ensure Energy Security → Avoid outages with reliable hybrid solar solutions.

Advanced Technology & Full Support

Our systems integrate:

  • LiFePO4 battery storage (1890kWh options)
  • Hybrid inverters with smart EMS
  • Remote monitoring and engineering support

We deliver the technology, products, and support you need — so your local partner or installer can complete the project with confidence.

📩 Get a Custom Quote Today

✔ 500kW–1MW Solar + Storage Packages
✔ Factory Direct Supply & Global Delivery
✔ $5000 Discount + 5% Order Savings

👉 Fill out the form now to secure your custom system design and pricing.

Product Description

The UEI-500kW/1892kWh PV+ESS system is a high-capacity, pre-engineered energy storage solution designed for industrial and commercial facilities. Built inside a 40HQ container, the system integrates solar PV, lithium iron phosphate (LiFePO₄) batteries, hybrid inverter (PCS), EMS, and all auxiliary systems for seamless deployment.

The battery storage section contains 12 high-voltage clusters (563.2V, 280Ah each), totaling 1892kWh. Paired with 720pcs of 720W high-efficiency bifacial TOPCon modules, it can deliver up to 2,000–3,000kWh/day in solar output.

On the inverter side, the hybrid PCS integrates 10 MPPTs for high granularity tracking and achieves up to 550kVA output. The EMS platform allows load dispatch, real-time control, peak shaving, demand response, and black-start functionality. It's a turnkey “grid + battery + solar” solution for reducing electricity costs and ensuring backup power.

⚡ 500kW PV + 1892kWh LFP battery for 24/7 clean energy supply

☀️ 720 x 720W TOPCon solar panels (UE720 T-66HBD), 23.18% efficiency

🔋 12 battery clusters (157.7kWh each), 563.2V @ 280Ah

🔁 Hybrid inverter with MPPT (10 x 250–850V), 500kW rated, 550kVA max

🧠 EMS cabinet with control logic, UPS, 8-port switch, monitoring software

❄️ 40ft container includes air conditioners, lighting, fire extinguishers

🧱 Transformer-integrated PCS, ATS cabinet for grid/off-grid switching

🧰 Pre-assembled, plug-and-play; supports generator, grid, or PV operation

📜 CE / IEC / UN38.3 certified, ready for grid-tied or islanded deployment

System Component Overview

ComponentDescription
PV Capacity500kW – 720pcs x 720W (UE720 T-66HBD)
Module Specs720W, 23.18% efficiency, 2384×1303mm, Vmp 41V, Imp 17.56A, Topcon technology
Battery System12 clusters, 1892kWh total (each: 157.7kWh @ 563.2V, 280Ah)
Battery ChemistryLFP (LiFePO₄), 3-level BMS, UN38.3 + IEC62619 certified
Hybrid Inverter1 unit, 500kW rated, 550kVA peak, 3-phase 400V, 10 MPPTs, 250–850VDC input
EMS CabinetWith UPS (1kVA), controller, software, 8-port switch, touch display
Container40ft HQ container, includes ACs, fire system, lighting, ventilation
Cooling2 x 20kW air conditioners (forced cooling for batteries)
Mounting SystemGround-mount structure for PV panels, CE + IEC certified
Combiner BoxesPV: 10 boxes (5-in-1-out); Battery: 12-in-1-out with SPD
CertificationsCE, IEC, UN38.3, ISO, grid interconnection-ready
Typical Daily Output2,000 – 3,000kWh solar + 1,892kWh battery backup
Backup CapabilityPCS provides up to 550kVA when grid is off

Performance Metrics & Applications

Key Performance Data

MetricValue
Daily PV Generation2,074 – 3,110 kWh (location-dependent)
Max AC Output Power550 kVA
Standard Backup Capacity1,892 kWh (configurable 157–1,892kWh)
Grid Specification277/480V Three-Phase, 60Hz (US Standard)
System Efficiency≥96.5% (end-to-end)
Deployment Time~60% faster vs. traditional stick-built systems

Ideal Applications

SectorKey Benefits
🏭 Heavy ManufacturingEliminate production downtime with 1.9MWh backup; reduce demand charges via peak shaving.
💻 Data CentersProvide UPS-grade resilience with seamless ATS switching; meet sustainability KPIs with renewable integration.
⛏️ Mining & Remote OperationsEnable energy independence in off-grid locations; integrate diesel generators for extended runtime.
🏗️ Large Commercial CampusesOffset peak-hour electricity costs across multiple buildings; enhance ESG reporting with verifiable clean energy.
🌐 Microgrid / Community PowerServe as the core asset for resilient microgrids; scalable design supports phased community deployment.

Estimated ROI & Value Proposition

(Illustrative calculation based on US commercial/industrial rates)

📊 Sample Scenario (Avg. Rate: $0.28/kWh + Demand Charges):

  • Daily Solar Self-Consumption: ~2,600 kWh × $0.28 = $728/day
  • Annual Energy Savings: ≈ $265,720
  • Demand Charge Reduction (Peak Shaving): ~$30,000–$80,000/year
  • Backup Power Value: Avoided downtime costs (industry-dependent)
  • Estimated Payback Period: 4–6 years (with applicable federal/state incentives)

Why Partner with UE for Large-Scale Projects?

  • US-Compliant Engineering: Inverter and system design aligned with IEEE 1547, UL 1741, and local utility interconnection requirements.
  • Containerized Plug & Play: Pre-fabricated, factory-tested solution reduces on-site labor, accelerates commissioning, and minimizes project risk.
  • Modular & Future-Proof: Scale power (50kW–600kW) and energy (157kWh–1.9MWh) independently—no major hardware replacement needed.
  • End-to-End Project Support: From feasibility study and custom engineering to logistics, commissioning, and remote O&M support.
  • Certified Reliability: All major components carry CE/IEC certifications; battery systems tested to IEC 62619 safety standards.
  • Warranty & Service:
    • Battery: 10 years or 6,000 cycles @ 80% DOD
    • Inverter: 5 years standard, extendable to 10 years
    • Container Infrastructure: 2-year structural warranty
    • Technical Support: 24/7 remote diagnostics + optional on-site service packages

FAQS

Q :

How fast can this system be deployed on-site?

A :

Thanks to pre-assembly and factory testing, the entire system can be deployed within 3–5 days once the site is ready, with minimal cabling required.

Q :

Can the system support critical loads during blackouts?

A :

Yes. With ATS + PCS and 1.8MWh+ battery reserve, the system can sustain critical industrial loads during outages and perform grid-forming functions.

Q :

Is this system suitable for net-metering or self-consumption?

A :

Absolutely. The EMS can prioritize PV self-consumption, export excess power, or shift loads based on time-of-use tariffs.