Engineering support for global power distribution projects
35kV epoxy resin cast dry-type transformer, designed for reliable medium-voltage power distribution. Integral epoxy resin casting of the core and windings ensures superior insulation, fire safety, and moisture resistance for stable, low-maintenance operation.
Application fit
Overview35kV epoxy resin cast dry-type transformer, designed for reliable medium-voltage power distribution. Integral epoxy resin casting of the core and windings ensures superior insulation, fire safety, and moisture resistance for stable, low-maintenance operation.Features. Epoxy resin cast core and windings for enhanced insulation. Class II energy efficiency with low loss operation. Fire-resistant and moisture-resistant for harsh environments. Low-maintenance design for long service life. Specifications. Available in a range of capacity ratings from 50kVA to 25000kVA, meeting diverse medium-voltage distribution requirements.After-sales Support. Installation guidance, commissioning support, and maintenance services are provided for reliable, long-term operation.
Overview35kV epoxy resin cast dry-type transformer, designed for reliable medium-voltage power distribution. Integral epoxy resin casting of the core and windings ensures superior insulation, fire safety, and moisture resistance for stable, low-maintenance operation.FeaturesEpoxy resin cast core and windings for enhanced insulationClass II energy efficiency with low loss operationFire-resistant and moisture-resistant for harsh environmentsLow-maintenance design for long service lifeSpecificationsAvailable in a range of capacity ratings from 50kVA to 25000kVA, meeting diverse medium-voltage distribution requirements.After-sales SupportInstallation guidance, commissioning support, and maintenance services are provided for reliable, long-term operation.
Engineering value
Related
Overview35kV epoxy resin cast dry-type transformer with on-load tap-changing (OLTC). The integral epoxy resin casting ensures excellent insulation, thermal stability, and mechanical strength, while OLTC provides continuous voltage regulation for stable power supply under varying loads.FeaturesEpoxy resin cast core and windings for enhanced insulationOn-load tap-changing for dynamic voltage regulationFire-resistant, low loss, and low maintenance designSuitable for high-capacity industrial and infrastructure applicationsSpecificationsAvailable in capacity ratings from 2000kVA to 25000kVA, meeting diverse large-scale power system requirements.After-sales SupportInstallation guidance, commissioning support, and maintenance services are provided for long-term, reliable operation.
Overview10kV epoxy resin cast dry-type transformer, designed for indoor and limited-ventilation environments. Its epoxy resin casting ensures safe, reliable, and eco-friendly performance, with low losses and minimal maintenance requirements.FeaturesEpoxy resin cast design for enhanced safety and reliabilityEco-friendly, oil-free operationSuitable for indoor and limited-ventilation environmentsMultiple energy efficiency classes for reduced lossesSpecificationsAvailable in capacity ratings from 30kVA to 2500kVA, supporting diverse commercial, industrial, and public utility applications.After-sales SupportInstallation guidance, commissioning support, and maintenance services are provided for long-term, reliable operation.
Overview10kV amorphous alloy dry-type distribution transformer, designed for energy-efficient power distribution. Its amorphous alloy core reduces no-load losses, while the dry-type design ensures safe, eco-friendly operation.FeaturesAmorphous alloy core for ultra-low no-load lossHigh energy efficiency, meeting international standardsDry-type, oil-free design for safety and environmental protectionLow operating costs and long-term savingsSpecificationsAvailable in a range of capacity ratings from 30kVA to 2500kVA, supporting diverse distribution network requirements.After-sales SupportInstallation guidance and maintenance support are provided for reliable, long-term operation.
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