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Power Conversion for Data Centers and Microgrids

BorgWarner delivers AC and DC power conversion solutions for data centers, industrial microgrids and Battery Energy Storage Systems (BESS), enabling resilient deployments through advanced power conversion.

Why Power Conversion Matters

Rapid growth in energy demand is driving a need for distributed energy resources (DER) for microgrids, data centers and BESS that can be deployed quickly, scaled modularly, and operated reliably under dynamic load conditions. At the center of every microgrid is power conversion and distribution. It enables energy flexibility, resilience, and seamless interaction between assets such as generators, batteries, renewables, and utility grids.

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Fast deployment for industrial and commercial sites

Bidirectional energy flow to support grid services and energy optimization

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Reliable operation under unbalanced, nonlinear, and mission-critical loads

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BorgWarner Grid-Tied Inverters

BorgWarner grid-tied inverters are engineered for industrial microgrids, enabling bidirectional power conversion between energy storage, on-site generation, and the grid. Designed for grid-connected, islanded, and hybrid operation, these compact, highly integrated units combine inverter, transformer, cooling (liquid cooling), and control into a single system. Leveraging automotive-grade power electronics and proven thermal architectures, BorgWarner’s advanced inverter technology reduces installation complexity and supply-chain risk while improving power density and reliability for commercial and industrial energy systems.

Bi-directional Microgrid (BMG)

BorgWarner grid-tied inverters provide high-performance DC to AC power conversion with bidirectional capability, enabling seamless integration of energy storage, on-site generation, and utility grids. Designed for rapid microgrid deployment, they support grid-connected, islanded, and hybrid operating modes.

Grid Tie Inverter
    • Grid-forming with Droop Sharing
    • Bi-directional power flow
    • Full performance 540V to 850Vdc
    • Galvanic Isolation
    • Grid Interactive with IEEE 1547 grid support functions
    • Ethernet (SunSpec Modbus/TCP) and/or CAN communications
    • Liquid cooled power modules and cooling plates for higher power density
    • High Frequency Transformer
    • Dual Isolated DC/DC converters
    • Two level 3PH+N AFE inverter
    • BorgWarner Viper SiC MOSFET Power Modules

Multilevel Highspeed Inverter MLI60A

Inverter for Industrial High-Speed Motors and Generators.

Multilevel Highspeed Inverter MLI60A
Multilevel Highspeed Inverter MLI60A - Circuit 3 - Level Inverter
Multilevel Highspeed Inverter MLI60A - Waveform Output Voltage
    • DC supply voltage up to 800 Vdc
    • Nominal phase current up to 60 Arms
    • Stator frequency up to 3,000 Hz
    • PWM switching frequency up to 46 kHz
    • CANOpen (ModBus TCP/IP on request)
    • AC input with integrated passive front-end (PFE) option available
    • Field-proven sensorless speed and torque control
    • 55°C max. air temperature
    • IP20 enclosure
    • Additional voltage level compared to «standard» 2-level inverters
  • Multilevel Highspeed Inverter MLI60A Product Sheet

Power Conversion That Scales with Your Microgrid

Talk to BorgWarner about grid-tied inverters and power conversion solutions for your industrial or commercial power needs.
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Built on Proven Power Electronics Expertise

Decades of BorgWarner experience in high-voltage, high-efficiency power electronics form the foundation of our industrial inverter portfolio. Originally developed and validated in demanding automotive applications, these technologies are now scaled and optimized for industrial microgrids requiring long life, reliability, and cost-effective production. BorgWarner leverages automotive grade power electronics, validation expertise, and manufacturing scale to industrialize power conversion technologies for demanding industrial environments.

Key Microgrid Use Cases

BorgWarner Power Conversion solutions are designed for customers deploying microgrids across diverse industrial and commercial sectors.

  • Industrial facilities and manufacturing sites
    Rapidly deployed microgrids for peak shaving, load shifting, and resilience
  • Commercial campuses and infrastructure
    Scalable systems enabling renewable integration and energy cost optimization
  • Data centers and mission-critical environments
    Grid support, seamless islanding, and grid forming and grid following operation, enabling stable interaction with storage, generation, and utility grids

Designed for Rapid Deployment and Scale

Microgrids must be deployed quickly without sacrificing performance or reliability. BorgWarner grid-tied inverters are designed as modular building blocks that scale with customer needs while leveraging global manufacturing and industrialization capabilities. The inverter architecture is designed as a pre-integrated power conversion building block, combining critical power, protection, cooling, and control functions to support faster microgrid deployment and simplified system integration.

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