Transformer Substations

Photovoltaic Aluminum-Coil Prefabricated Container Substation (12–36 kV)

A three-phase photovoltaic prefabricated container substation with aluminium windings, engineered for high-voltage power collection at solar and new-energy stations.

A three-phase photovoltaic prefabricated container substation with aluminium windings, engineered for high-voltage power collection at solar and new-energy stations. It accepts 12 kV, 24 kV or 36 kV input and delivers 400 V / 415 V output within an IP54 corrugated-steel container.

  • Purpose-built for photovoltaic and new-energy grid connection
  • Aluminium-coil transformer for cost-effective, lightweight windings
  • Wide input range: 12 kV / 24 kV / 36 kV
  • IP54 prefabricated container for rapid outdoor deployment
  • IEC / GB compliant; ISO9001 certified
Input Voltage12 kV / 24 kV / 36 kV
Output Voltage400 V / 415 V
Frequency50 / 60 Hz
PhaseThree Phase
Winding MaterialAluminium
Protection ClassIP54
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Lead time typically 25–45 days after drawing approval · FAT welcome · Ships worldwide (EXW / FOB / CIF / DAP)

Technical specifications

Specifications of Photovoltaic Aluminum-Coil Prefabricated Container Substation (12–36 kV)
ParameterValue
TypePhotovoltaic Prefabricated Container Substation
Winding MaterialAluminium
Input Voltage12 kV / 24 kV / 36 kV
Output Voltage400 V / 415 V
Protection ClassIP54
PhaseThree Phase
Frequency50 / 60 Hz
Vector GroupDyn11 / Yyn0
StandardIEC / GB
CertificationISO9001
PackagingWooden Case
Photovoltaic Aluminum-Coil Prefabricated Container Substation (12–36 kV) — specification and nameplate detail
Specification and nameplate detail

Specifications are based on the standard configuration. Final ratings, dimensions, materials and packaging are confirmed on the approved drawing and order confirmation.

Features and construction

  • Aluminium-coil transformer optimised for photovoltaic collection duty
  • Corrugated-steel container body with multiple cam-lock hinged doors
  • IP54-rated enclosure suited to solar-farm and new-energy site conditions
  • Prefabricated complete substation for fast deployment and relocation
Photovoltaic Aluminum-Coil Prefabricated Container Substation (12–36 kV) — construction and materials detail
Construction and materials detail
Photovoltaic Aluminum-Coil Prefabricated Container Substation (12–36 kV) — internal structure
Internal structure
Photovoltaic Aluminum-Coil Prefabricated Container Substation (12–36 kV) — workmanship detail
Workmanship detail
Photovoltaic Aluminum-Coil Prefabricated Container Substation (12–36 kV) — safety and protection features
Safety and protection features

Typical applications

Photovoltaic power stations, wind and new-energy sites, and outdoor high-voltage power collection and distribution.

Photovoltaic Aluminum-Coil Prefabricated Container Substation (12–36 kV) — typical application
Typical application

Customisation options

Enclosure colour, capacity, input voltage class, winding material, switchgear scheme, and door configuration available on request.

Photovoltaic Aluminum-Coil Prefabricated Container Substation (12–36 kV) — dimensions and layout
Dimensions and layout
Photovoltaic Aluminum-Coil Prefabricated Container Substation (12–36 kV) — customisation options
Customisation options

Ordering information

Built to order per confirmed specifications. Please provide capacity, voltage class and application when enquiring.

Product images are illustrative renders for marketing reference; final delivered product is built to order per confirmed specifications.

Standards and quality

Manufactured under an ISO 9001, ISO 14001 and ISO 45001 certified management system. Designs follow the IEC 60076 / IEC 62271 series as applicable, with ANSI/IEEE, GB and GOST variants available. Every unit passes routine testing before dispatch; type tests and customer or third-party witnessed factory acceptance tests can be arranged.

Frequently asked questions

What voltage ratio is available?

The standard unit is 12 kV / 24 kV / 36 kV input to 400 V / 415 V output. Voltage ratio, tapping range and vector group can be adjusted to your network; 50 Hz and 60 Hz designs are available.

Which standards and certifications apply?

The product is designed to IEC / GB. MARS operates an ISO 9001 / 14001 / 45001 certified factory and holds CE (ECM), UDEM, EAC and CQC approvals; every unit is routine-tested before dispatch and type or witnessed tests can be arranged.

Can this product be customised?

Enclosure colour, capacity, input voltage class, winding material, switchgear scheme, and door configuration available on request.

What is the lead time and how is it shipped?

Typical lead time is 25–45 days after drawing approval for distribution equipment and 60–90 days for power transformers and containerised systems. Shipment is by sea from Shanghai on EXW, FOB, CIF or DAP terms with a full document pack.

Enquire about this product

Tell us the rating, voltage ratio, frequency, quantity and destination. A MARS engineer replies with a technical proposal and quotation within one working day.

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