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The Packaged Substation 12kV–36kV with MV Switchgear, Transformer up to 3 MVA, and LV Switchboard is an integrated power distribution unit designed for efficient electrical distribution in both indoor and outdoor environments. Featuring a compact, compartmentalized enclosure, it houses medium voltage (MV) switchgear, a distribution transformer, and a low voltage (LV) switchboard within a single assembly. This configuration streamlines installation, optimizes space utilization, and ensures safety with segregated compartments for each section. Operating across voltage ranges from 12kV to 36kV, and supporting transformer capacities up to 3 MVA, the substation accommodates both hermetically sealed oil-filled transformers and cast resin dry-type transformers. It offers flexibility in MV switchgear options with Vacuum Circuit Breaker (VCB) or Ring Main Unit (RMU) configurations and provides busbars constructed from copper or aluminum based on project demands. Engineered with natural ventilation, it ensures effective passive cooling of internal components while maintaining high protection ratings (IP2X externally, IP5X internally) compliant with IEC 62271 standards. The substation’s robust design, suitable for harsh environments, incorporates protective surface coatings and a Siemens Grey RAL 7032 finish, making it an ideal solution for organized and reliable medium voltage power distribution systems requiring factory-assembled compact units.
Key Features
| Features | Description |
|---|---|
| Voltage Range | 12kV to 36kV |
| Transformer Capacity | Up to 3 MVA |
| MV Switchgear Options | Vacuum Circuit Breaker (VCB) or Ring Main Unit (RMU) |
| Transformer Types Supported | Hermetically sealed oil-filled or cast resin dry type |
| Enclosure Protection | IP2X external, IP5X MV and LV compartments |
| Enclosure Type | Indoor or Outdoor Duty |
| Ventilation | Natural ventilation for passive cooling |
| Busbar Material | Copper or Aluminium |
| Construction Standard | IEC 62271 compliant |
| Surface Coating Thickness | 50–100 microns |
| Standard Finish Color | Siemens Grey RAL 7032 |
| Attributes | Description |
|---|---|
| Operating Voltage | 12kV–36kV |
| Maximum Transformer Capacity | 3 MVA |
| Transformer Type | Hermetically sealed oil or cast resin dry type |
| MV Switchgear Type | VCB or RMU |
| Enclosure Protection Rating | IP2X external, IP5X compartments |
| Ventilation System | Natural ventilation |
| Busbar Material | Copper or Aluminium |
| Surface Coating Thickness | 50–100 microns |
| Finish Color | Siemens Grey RAL 7032 |
| Compliance Standard | IEC 62271 |
| Operating Ambient Temperature | 40°C ±2 |
| Rated Power Frequency Withstand Voltage | 28 / 50 kV rms |
| Installation | Indoor or Outdoor |
*Disclaimer: The above description has been AI-generated and has not been audited or verified for accuracy. It is recommended to verify product details independently before making any purchasing decisions.
Yes, the packaged substation supports installation of either hermetically sealed oil-filled transformers or cast resin dry type transformers depending on project requirements.
The MV switchgear section can be configured with either Vacuum Circuit Breaker (VCB) or Ring Main Unit (RMU) switchgear types, offering design flexibility.
Yes, the enclosure is designed for both outdoor and indoor installations with an ambient operating temperature rating of 40°C ±2 and includes natural ventilation for cooling.
This packaged substation is manufactured in compliance with IEC 62271 standards for medium voltage equipment systems, ensuring safety and reliability.
Copper or aluminium busbar conductor options are available to match specific electrical system design requirements.
The enclosure features dedicated safety compartments separately housing the MV switchgear, transformer, and LV switchboard to promote safety and organized installation.
Brand: hartik
Country Of Origin: India
Packaged Substation integrating medium voltage switchgear, a distribution transformer, and a low voltage switchboard within a single enclosure. Structured compartmental design supports organized power distribution installations, while compact construction assists facilities requiring efficient space use and simplified electrical infrastructure deployment.
Packaged Substation Overview
Packaged Substation combines medium voltage switchgear, a distribution transformer, and a low voltage switchboard within a single enclosure. This integrated configuration supports organized electrical distribution installations where compact infrastructure and simplified site deployment are required.
Integrated Electrical Distribution Configuration
The enclosure separates MV switchgear, transformer equipment, and LV switchboard sections into dedicated safety compartments. Such compartmentalized design assists structured electrical installation practices and helps maintain controlled separation between switching, transformation, and distribution functions.
Voltage Range and Transformer Compatibility
The substation system supports operating voltages ranging from 12kV to 36kV and accommodates transformers up to 3 MVA capacity. Transformer configurations include hermetically sealed oil-filled units or cast resin dry type transformers depending on project specifications.
Switchgear and Busbar Construction
The medium voltage side may be configured with VCB or RMU switching arrangements. Copper or aluminium busbars provide conductor options aligned with project electrical design requirements and switchgear integration practices.
Mechanical Construction and Environmental Operation
Natural ventilation assists passive cooling of internal electrical components, while the enclosure is designed for indoor or outdoor duty installations. The housing includes IP2X protection with IP5X protection for MV and LV sections, with a 50–100 micron protective coating finish.
Standards and Operational Ratings
The packaged substation follows IEC 62271 requirements for medium voltage equipment systems. Rated power frequency withstand voltage is specified at 28/50 kV rms, while operating ambient conditions are defined around 40°C ±2 for standard installation environments.
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