USA & CHINA READY STOCK

2750 kVA Three-Phase Pad Mounted Transformer

Power 2MW+ mining containers & data halls with Apexto 2750 kVA 3 phase padmount transformers in stock. Custom voltages, globally certified & ships in 1-3 days!

    Immediate4–8 weeks8–12 weeks12+ weeks

    Heavy-Duty Power 2750 kVA 3-Phase Pad-Mounted Transformer

    Key apeclicaticns et a glanoe for quick eference and oontident plenning.

    Rated Gapacity

    2750 kVA

    Feed Type

    Loop / Radial

    Cooling Medium

    ONAN

    Frequency

    60 Hz

    Natallation

    Outdoor Pad-Mounted

    WAREHOUSE LOCATIONS

    USA • Canada • UAE • China • Global Dispatch

    FAST DISPATCH

    Ready Stock • Ships in 1-3 Days • DDP Door-to-Door

    Product Profile

    Engineered as the gold standard for high-density computing, the Apexto 2750 kVA (2.75 MVA) Three-Phase Pad-Mounted Transformer delivers ~2.0 MW of continuous electrical throughput, purpose-built to power 40-foot hydro-cooled crypto mining containers and enterprise data center facilities.

    Stepping down standard 13.8kV, 34.5kV, or 24.94kV utility feeds to dedicated 415V, 480V, or 600V circuits, it supports custom tap configurations. Fully UL/cUL certified and DOE compliant, it ensures seamless utility grid interconnection.

    Constructed with a heavy-gauge welded steel tank and stainless steel hardware, the weather-sealed enclosure features a UV-resistant electrostatic Munsell Green finish. Engineered for 20+ years of outdoor service, it delivers superior protection against corrosion and desert dust.

    Core Advantages

    2250 kVA 3-Phase Padmount Transformer Internal Structure

    01. Dead-Front Dual Compartment

    Features a dual-compartment design separating high and low voltage with a rigid steel barrier. Enclosed dead-front bushings ensure maximum touch safety and tamper protection.

    2250 kVA 3-Phase Padmount Transformer Dual-Source Control Panel

    02. Multi-Tier Fuse & Switch Bay

    Integrates accessible Bay-O-Net fuses with a four-position load-break switch (Source A/B) and a tap changer, ensuring instant fault isolation and safe power transfer.

    2250 kVA 3-Phase Padmount Transformer Monitoring Panel

    03. Comprehensive Gauge Suite

    Equipped with precision dial thermometer, pressure/vacuum, and oil level gauges alongside an automatic pressure relief valve (PRV) for continuous operational safety.

    2250 kVA 3-Phase Padmount Transformer Cooling Control Cabinet

    04. Auxiliary Control Cabinet

    Houses neatly organized DIN-rail circuit breakers, terminal blocks, a power supply, and convenience outlet, simplifying secondary control wiring and field testing.

    2250 kVA 3-Phase Padmount Transformer Forced-Air Cooling System

    05. High-Conductivity LV Busbars

    Fitted with heavy-duty tin-plated NEMA spade terminals (X0–X3) designed for high current capacity, minimizing contact resistance and easing multi-cable connections.

    2250 kVA 3-Phase Padmount Transformer Low-Voltage Spade Bushings

    06. C5-M Enclosure & Cooling Fans

    Protected by a C5-M marine-grade steel enclosure with large cooling radiator banks and auxiliary forced-air fans, engineered for non-stop duty in harsh environments.

    Full Specifications

    External dimensions

    L:2500mm、W:2000mm、H:2300mm

    Internal dimensions

    L:2450mm、W:1950mm、H:2350mm

    Weight

    6000KG

    Rated Capacity

    2750 kVA / 2.75 MVA

    Phase

    Three Phase

    Frequency

    60 Hz

    Primary Voltage

    Customized (Typical 12.47kV / 13.8kV / 24.94kV / 34.5kV)

    Secondary Voltage

     Customized (Typical 480Y/277V)

    Winding Configuration

    Delta - Wye / Grounded Wye (Project Specific)

    Winding Material

    Copper / Aluminum Available

    Cooling Type

    ONAN

    Insulation Fluid

    Mineral Oil

    Temperature Rise

    65°C

    Impedance

    Typical 5.75%

    BIL Rating

    According to Voltage Class

    Vector Group

    Dyn1 / Customized

    Tap Changer

    Off-Circuit Tap Changer

    Standards

    ANSI / IEEE C57 / DOE

    Testing

    Factory Routine Testing

    Engineering Documents

    Padmount Spec Sheet

      Data download verification

      Downloadable materials: 2750 kVA Three-Phase Pad Mounted Transformer

      Padmount Dimensional Drawings

        Data download verification

        Downloadable materials: 2750 kVA Three-Phase Pad Mounted Transformer

        Padmount Installation Manual

          Data download verification

          Downloadable materials: 2750 kVA Three-Phase Pad Mounted Transformer

          Padmount Test & Warranty Guide

            Data download verification

            Downloadable materials: 2750 kVA Three-Phase Pad Mounted Transformer

            Certifications & Grid Compliance

            Fully compliant with UL, CSA, IEEE/ANSI, DOE, and IEC standards. Tested and certified by international authorities to ensure maximum safety, efficiency, and instant approval by local power utilities.

            UL/cUL

            CSA

            CESI

            IEEE

            IEC

            EN00676

            AS-NZS

            GOST

            three phase pad mounted transformer

            Infrastructure Capabilities

            We supply a full lineup of pad-mount transformers built for heavy-duty power. From 24/7 crypto mining farms to mission-critical data centers, we deliver reliable equipment designed to run non-stop.

            We also offer custom engineering tailored to your exact site. From specific high and low voltages to specialized enclosure specs, we customize and deliver units in as fast as 4–6 weeks to get your project powered up on schedule.

            Design
            Raw Material
            Procurement
            Assembly
            Testing
            Packaging
            Delivery

            Request a Project Quote

            Tell us about your project or custom requirements. Our power systems engineers will review your specs and provide a tailored proposal.

            Global Project References

            View All  >>

            2250 kVA Padmount Transformer Power Infrastructure Deployment
            Reykjavik, Iceland

            2550 kVA Pad-Mounted Transformer for Geothermal Data Center

            High-efficiency 2750 kVA (2.75 MVA) padmount unit delivered to power a 100% green geothermal compute facility, operating reliably in cold sub-arctic climates.

            11 kV Class

            415Y/240V

            ONAN 2750

            2250 kVA 3-Phase Padmount Transformer Delivery
            Frankfurt, Germany

            2750 kVA (2.75 MVA) Transformer for European AI Facility

            Three-phase 2750 kVA pad-mounted transformer dispatched via express freight to support an enterprise AI server expansion and high-density liquid cooling loops.

            2750 kVA

            20 kV Class

            400V / 415V

            2250 kVA Padmount Transformers Ready for Delivery
            West Texas, USA

            4 x 2750 kVA Transformers for Mining Park

            Convoys of 2750 kVA padmount transformers dispatched simultaneously to power a utility-scale 40-foot hydro container park under extreme desert heat.

            4 x 2750 kVA

            34.5 kV Class

            415Y/240V

            2250 kVA Padmount Transformer Industrial Facility Installation
            Calgary, Alberta, Canada

            3 x 2550 kVA Padmount Units for High-Density Compute

            Heavy-duty 2550 kVA step-down transformers installed alongside a massive louvered cooling infrastructure, fully compliant with Canadian 600V/415V grids.

            2750 kVA

            24.94 kV

            600Y / 415V

            Capabilities & Support

            24-Month Quality Warranty

            Enjoy peace of mind with our 24-month full warranty. If any operational issue arises with your transformer, our dedicated engineering team will resolve it rapidly and reliably.

            Local Field Service Team

            Whether in North America or global regions, our certified local engineering teams provide professional on-site transformer installation, energization testing, and maintenance.

            24/7 Remote Video Support

            Connect directly with our senior power engineers via live video for real-time installation guidance, system diagnostics, and instant troubleshooting support, anytime and anywhere.

            Spare Parts & Support

            We maintain an extensive inventory of genuine spare parts for fast dispatch, paired with lifetime technical guidance to maximize your equipment uptime.

            Need a Customized Power & Transformer Solution?

            Talk to our engineers to get an optimized configuration and fast quote.

            FAQs

            Can a 2750 kVA transformer run a 2.4 MW hydro mining container?

            Yes, if 2.4 MW is the total site load. At a 0.95 power factor, 2.4 MW requires about 2,526 kVA, leaving approximately 224 kVA of transformer capacity. If cooling or auxiliary loads are additional to the 2.4 MW rating, they should be included before final sizing.

            Should I use a 2750 kVA or 3000 kVA transformer for a 2.4 MW mining load?

            For a fixed 2.4 MW total load with no major expansion planned, 2750 kVA is a practical fit. Choose 3000 kVA when the 2.4 MW figure excludes cooling loads, or when overclocking, additional miners, or near-term expansion is planned.

            What size switchgear is typically needed for a 2750 kVA transformer?

            At full load, a 2750 kVA transformer delivers approximately 3,308A at 480V and 2,646A at 600V. This generally points to 4000A-class distribution at 480V or 3000–3500A-class distribution at 600V, subject to the final electrical design.

            Can I use a single 3200A main breaker with a 2750 kVA transformer at 415V?

            Not if you intend to use the transformer’s full capacity. A 2750 kVA transformer delivers approximately 3,827A at 415V. A 3200A main would therefore limit how much of the transformer capacity can actually be used.

            Is 5.75% impedance suitable for a 2750 kVA transformer?

            5.75% is a common starting point, but it should be checked against the project short-circuit study. At 480V, a 2750 kVA transformer with 5.75% impedance can produce roughly 57.5 kA of transformer-limited fault current, which directly affects switchgear interrupting ratings.

            Should I use cables or busway between a 2750 kVA transformer and the main switchgear?

            At 3,000A+ secondary currents, both are possible. Short parallel cable runs are common, while busway or close-coupled switchgear can simplify very high-current connections. The decision should be based mainly on distance, available space, installation cost, and required current capacity.

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