Switchgear & Control · Smart Monitoring & Panels
Three-Phase Power Factor Correction (PFC) Cabinet - 630A
This three-phase power factor correction (pfc) cabinet - 630a is designed for electrical control, automation, and panel-based distribution...
Switchgear & Control Series
Medium and low voltage switchgear panels, ring main units, and control cabinets for distribution networks and industrial power rooms.
MV / LV / RMUMatched Products
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Switchgear & Control · Smart Monitoring & Panels
This three-phase power factor correction (pfc) cabinet - 630a is designed for electrical control, automation, and panel-based distribution...
Switchgear & Control · High/Medium Voltage (MV)
This kyn28 three-phase high voltage switchgear panel is designed for medium-voltage distribution, feeder control, and switching duty in...
Switchgear & Control · Low Voltage (GCK/GCS/MNS)
This three-phase main low voltage distribution panel (mlvdp) - 2500a is intended for low-voltage power distribution, feeder management, and...
Switchgear & Control · Smart Monitoring & Panels
This mns three-phase smart switchgear with iot cloud connectivity is intended for low-voltage power distribution, feeder management, and...
Switchgear & Control · High/Medium Voltage (MV)
This kyn28-12 three-phase metal-clad high voltage switchgear is designed for medium-voltage distribution, feeder control, and switching duty in...
Switchgear & Control · Low Voltage (GCK/GCS/MNS)
This low voltage switchgear with intelligent circuit breaker control is intended for low-voltage power distribution, feeder management, and...
Switchgear & Control · Smart Monitoring & Panels
This gcs three-phase digital switchgear with lcd energy metering is intended for low-voltage power distribution, feeder management, and plant-side...
Switchgear & Control · Low Voltage (GCK/GCS/MNS)
This 400v/3150a fixed type low voltage distribution panel is intended for low-voltage power distribution, feeder management, and plant-side...
Switchgear & Control · Smart Monitoring & Panels
This gck three-phase smart switchgear with digital power monitoring is intended for low-voltage power distribution, feeder management, and...
Switchgear & Control · Low Voltage (GCK/GCS/MNS)
This 400v/2500a fixed type low voltage distribution panel is intended for low-voltage power distribution, feeder management, and plant-side...
Switchgear & Control · Low Voltage (GCK/GCS/MNS)
This 400v/1250a fixed type low voltage distribution panel is intended for low-voltage power distribution, feeder management, and plant-side...
Switchgear & Control · Low Voltage (GCK/GCS/MNS)
This 400v/630a fixed type low voltage distribution panel is intended for low-voltage power distribution, feeder management, and plant-side...
Factory Facility & Verification
Direct visual proof of XinHuan's manufacturing capability in Hefei, China. Unedited photographs showing our finished distribution transformer workshop, marked finished products area, cast resin dry-type stock, and export container loading.
Real completed units staged in orderly rows, ready for final project inspection, FAT witnessing, and international dispatch.
F/H-class cast resin coils and harmonic mitigation dry-type distribution transformers in stock.
Clear production-stage segregation and routine quality verification for procurement teams prior to container packaging.
Precision silicon steel core stacking, copper coil winding assembly, and tank fabrication.
Heavy-duty vacuum autoclave drying process ensuring zero residual moisture in coil insulation.
Direct container packing and heavy-duty ocean freight loading outside our Hefei facility.
Quality & Compliance
Every transformer, compact substation, and switchgear unit is engineered under audited ISO quality management systems and type-tested according to IEC 60076 and ANSI C57 international standards.
Certified Quality Management System covering design, coil winding, vacuum drying, oil filling, and routine testing of 10kV–35kV distribution transformers.
Environmental Management System certifying low-loss eco-designed core assemblies, zero PCB insulation oil, and environmentally safe production controls.
Occupational Health and Safety Management System ensuring safety containment in high-voltage testing bays and factory assembly protocols.
Complete routine and type test records (temperature rise, impulse voltage withstand, short-circuit withstand) conducted at CNAS-accredited national research institutes.
On-site factory audit certificate by SGS / Made-in-China, verifying manufacturing premises, export capacity, assembly lines, and legal qualification.
Verified annual supply performance and delivery certificate for overseas power grid EPC and industrial infrastructure projects (Mozambique, Nigeria, Kenya, SEA).
Factory & Testing
Factory tours, transformer testing, and production walkthroughs straight from our Hefei manufacturing base.
Hefei manufacturing base, automated workshops, and high-voltage testing laboratory.
100% IEC 60076 voltage ratio, winding resistance, and dielectric routine testing.
Epoxy resin vacuum casting, partial discharge testing, and temperature monitoring.
Compact outdoor substation assembly with loop-feed and dead-front safety design.
Automated coil winding, precision core stacking, and vacuum drying chambers.
Vacuum circuit breakers, copper busbar routing, and relay protection cabinets.
Prefabricated kiosk substation panel wiring, RMU integration, and LV distribution.
Copper foil winding, vacuum resin casting molds, and core-coil assembly.
Engineered for utility substations, industrial power distribution, and renewable grid interconnection. Submit your single-line diagram (SLD) or primary electrical scheme for an actionable engineering quote within 24 hours.
Every switchgear panel undergoes 100% factory acceptance testing (FAT), including power-frequency withstand voltage, mechanical endurance, and secondary circuit insulation verification.
Our electrical engineering team customizes incoming, outgoing, bus-coupler, and metering cubicles according to your project's specific single-line diagram and protection relay schemes.
Receive comprehensive technical parameters, general arrangement (GA) drawings, BOM pricing, and seaworthy container shipping schedules within 24 hours.