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Commercial & Industrial Solutions

Smart Energy Storage for Business and Industry
Smart Energy Storage for Business and Industry

Wenergy’s Commercial & Industrial (C&I) energy storage solutions are designed to optimize energy management, reduce costs, and enhance grid reliability for businesses and industries. Our systems provide scalable and efficient energy storage, integrating seamlessly with existing infrastructure to deliver significant ec/energy-storage-certifications-standardsonomic and operational benefits.

Key Applications

  • Peak-Valley Arbitrage
  • Renewable Energy Integration
  • Backup Power
  • Grid Support Services

Function and Benefits

  • Cost Savings: Reduce peak demand charges by storing energy during low-cost periods and using it during high-cost periods.
  • Optimized Energy Usage: Smooth out energy consumption peaks, enhancing overall energy efficiency.

Application Scenarios

  • Manufacturing Plants: Minimize peak demand charges and ensure stable production processes.
  • Commercial Buildings: Lower electricity costs during high-demand periods, improving operational efficiency.

Function and Benefits

  • Enhanced Reliability: Store excess power generated during peak production times and use it when production drops.
  • Maximized Clean Energy Usage: Ensure a stable power supply and maximize the use of renewable energy sources.

Application Scenarios

  • Solar Farms: Integrate with solar power systems to store excess energy and provide backup during cloudy periods.
  • Wind Farms: Store wind energy during high-wind periods and release it during low-wind times.

Function and Benefits

  • Reliable Backup: Provide continuous power during grid outages, minimizing downtime.
  • Business Continuity: Ensure critical operations remain uninterrupted.

Application Scenarios

  • Data Centers: Maintain operations during power outages, protecting data and services.
  • Hospitals: Ensure continuous power supply for critical medical equipment and operations.

Function and Benefits

  • Frequency Regulation: Stabilize grid frequency by providing rapid response to deviations.
  • Voltage Support: Improve overall power quality and grid stability.

Application Scenarios

  • Transmission Networks: Enhance grid stability and reduce transmission losses.
  • Microgrids: Support local energy management and improve energy self-sufficiency.

System Topology Diagrams

  • Compact AC-Coupled System
  • AC-Coupled Hybrid System 
  • DC-Coupled PV-ESS System
Compact AC-Coupled System
AC-Coupled Hybrid System 
DC-Coupled PV-ESS System

Application Cases

Photovoltaic + Energy Storage Project
Photovoltaic + Energy Storage Project
Location:Germany
Scale: 20 kWp PV
258 kWh Star Series Energy Storage Cabinet
Photovoltaic + Energy Storage Project
Photovoltaic + Energy Storage Project
Location:Netherlands
Scale: 83*258kWh (Total 21.4MWh)
Commercial & Industrial Energy Storage Project
Commercial & Industrial Energy Storage Project
Location:Netherlands
Scale: 20MW / 41.28MWh
Park Backup Power Energy Storage Project
Park Backup Power Energy Storage Project
Location:Netherlands
Scale: 160*258kWh (Total 41.3MWh)
Parking Lot C&I Energy Storage Project
Parking Lot C&I Energy Storage Project
Location:United Kingdom
Scale: 258kWh
Commercial & Industrial Energy Storage Project
Commercial & Industrial Energy Storage Project
Location:Germany
Scale: 1.81MWh
Commercial & Industrial Energy Storage Project
Commercial & Industrial Energy Storage Project
Location:Philippines
Scale: 16*258kWh (4.13MWh)
Commercial & Industrial Energy Storage Project
Commercial & Industrial Energy Storage Project
Location:Hunan,China
Scale:1.44MW / 3.096MWh

View More Case Studies

Haili & Wenergy Partnership
Germany On-Site PV Grid BESS Installation with Smart EMS
16 Sets of 258kWh ESS Cabinets Shipped to the Netherlands!
Introduction of Star Series Energy Storage Cabinets
192KWh All-in-one BESS Solution Intro - Part 1
192KWh All-in-one BESS Solution Intro - Part 2

Wenergy's Edge in C&I Energy Storage

  • Certified Safety & Reliability
    • Industry-leading 6S Security System integrating iPCS, iEMS and iBMS
    • Full UL9540A, IEC 62619 and UN38.3 certification compliance
    • 100+ global deployments with zero safety incidents
  • Advanced Hardware Performance
    • High-power 125kW PCS enables faster charge/discharge cycles
    • Precision liquid cooling maintains ≤3°C cell temperature differential
    • 314Ah battery cells deliver 30% higher energy density
  • Intelligent Energy Optimization
    • AI-powered iEMS for real-time energy arbitrage and forecasting
    • Seamless multi-mode operation (grid/off-grid/hybrid)
    • <200ms grid response for frequency regulation
  • Global Deployment Capability
    • Pre-configured solutions enable 20-day project commissioning
    • Local inventory in EU/US markets
    • Complete EPC+F service model

Frequently asked questions (FAQ)

  • 1. What are the key product lines in Wenergy’s C&I ESS portfolio?

    96kWh/144kWh/192kWh/258kWh/289kWh AC-coupled cabinets: Integrated with PCS for grid-tied applications (e.g., peak shaving, PV self-consumption).

    385kWh DC-coupled systems: Designed for large-scale DC integration (e.g., solar-plus-storage plants).

    *Note: 258kWh uses 280Ah cells; 289kWh/385kWh use 314Ah cells for higher energy density.*

  • 2. What is the system composition of Wenergy’s C&I ESS?

    Battery clusters (LiFePO₄ cells, liquid-cooled packs).

    Power conversion: PCS (AC-coupled) or high-voltage PDU (DC-coupled).

    Safety systems: Aerosol fire suppression (Pack/Container-level), IP54-rated enclosures.

    Smart controls: Tiered BMS (BMU/BCU/BAU), EMS for energy scheduling.

  • 3. What certifications do Wenergy’s cabinets comply with?

    All products meet:

    Safety: IEC 62619, UL 1973 (battery), UL 9540A (fire).

    Grid compliance: CE, UKCA, IEEE 1547 for grid interconnection.

    Transport: UN38.3 for lithium batteries.

  • 4. How does the thermal management system ensure safety?

    Liquid cooling (50% glycol solution) maintains cell ΔT <3°C.

    Operating range: -30°C to +55°C (discharge), 0°C to +60°C (charge).

    Redundancy: Dual pumps + fail-safe controls.

  • What fire protection measures are implemented?

    Dual-layer aerosol suppression:

    Pack-level: 144g units (185°C thermal trigger, ≤12s response).

    Container-level: 300g electric-start units (smoke/temperature detection).

    Five-in-one sensors: H₂/CO/temperature/smoke/flame detection.

  • 6. What are typical applications for these systems?

    AC-coupled systems:

    192 series (96/144/192kWh configurations):

    With optional add-ons:

    • • PV self-consumption (via MPPT)
    • • Backup power (via STS/ATS)
    • • EV charging integration (charging gun)

    Standard functions: Peak shaving, demand charge reduction.

    258/289kWh cabinets:

    • Standard grid-tied functions only (no MPPT/STS/ATS by default):

    Peak shaving

    Frequency regulation

    DC-coupled systems (385kWh):

    • Solar farm ramp rate control (high-voltage DC direct coupling)

    • Large-scale microgrids

  • 7. What is the system efficiency and lifespan?

    Round-trip efficiency: >89% (AC-coupled), >93% (DC-coupled).

    Cycle life: 6,000 cycles at 80% DoD (10-year design life).

    Warranty: 5 years (or 3,000 cycles) for batteries; 2 years for PCS/PDU.

  • 8. How are the cabinets installed and maintained?

    Foundation: 300mm elevated concrete base (±5mm flatness).

    Grid connection: Plug-and-play with pre-configured PCS/PDU.

    Maintenance: Remote BMS monitoring + annual on-site inspections (cell balancing, coolant checks).

  • 9. What communication protocols are supported?

    Standard: CAN2.0B, Modbus RTU over RS485.

    Optional: IEC 61850, DNP3 for utility-scale integration.

    Cloud EMS: Supports dynamic tariff optimization and peak load shifting.

  • 10. How does Wenergy ensure cost-effectiveness?

    CAPEX: 15-20% lower $/kWh vs. competitors (passive cell balancing, modular design).

    OPEX: 30% less land use (vs. containerized systems) + smart EMS for ROI optimization.

    Scalability: Parallel up to 16 units (AC) or 10 clusters (DC).

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