800V input transformation for solar installations
Solar Transformer with three-phase 800V input, 11kV / 22kV / 33kV output options and Offload / Onload type.
Price Range₹500000 - 4000000 INR / Unit
The Solar Transformer is an application-specific product for Solar Power Systems and industrial solar installations. Its recorded voltage arrangement is 800V input with 11kV / 22kV / 33kV output options.
The listing specifies Three Phase operation, Dyn11 vector group and Offload / Onload type. No power rating is supplied in this product record. Include the required rating and solar installation configuration in your enquiry instead of borrowing a rating from another transformer model.
Indian Servo Controls manufactures Solar Transformers at its Faridabad, Haryana facility, with in-house assembly and quality checking. The configuration discussion is specific to the solar installation: buyers can share inverter-side electrical information, the required transformation and the project arrangement. Compatibility is evaluated from those details rather than assumed for every solar system.
Manufacturing and assembly are carried out at our own facility. The intended solar power application informs the configuration discussion, with the buyer's system information considered alongside the electrical arrangement of the transformer being requested for the installation.
The existing three-phase record lists 800V input, 11kV / 22kV / 33kV output, Dyn11 vector group and Offload / Onload type. State the required output and operating type when discussing the project's voltage-transformation requirement.
Workmanship and assembly are checked during production. Assembled transformers receive in-house electrical and functional checks before dispatch, with the configuration reviewed against the intended requirement. This does not claim universal inverter compatibility, a named testing procedure or additional certification.
Share the system voltage, required capacity, inverter information and installation conditions. These details help assess a custom configuration within the product's capabilities. No solar MW rating is assumed; the buyer's actual project information remains the basis for discussing the proposed transformer arrangement.
In-house manufacturing
Actual workshop footage from Indian Servo Controls, showing production, assembly and quality-focused work for industrial power equipment.
Recorded application: Solar Power Systems.
The existing Input entry is 800V.
11kV / 22kV / 33kV output is listed.
Phase is recorded as Three Phase.
The product lists Dyn11.
Construction is Application Specific; Type is Offload / Onload.
The application explicitly named in the record.
Included in the listed Usage entry.
Where 800V input and the listed output option suit the project.
Confirm compatibility with the site's electrical arrangement before selection.
Provide the required rating and existing voltage configuration for discussion.
For the Solar Transformer, begin with the voltage arrangement of the solar installation. The record lists 800V input and 11kV / 22kV / 33kV output options. Identify the output required by your project and compare the input entry with the intended installation rather than assuming compatibility with every solar system.
Review the Three Phase configuration and Dyn11 vector group alongside the project requirements. The Type entry is Offload / Onload, so specify which arrangement is needed. No tap range is stated; include any project-specific tap-changing requirement as a matter for discussion.
Construction is recorded as Application Specific, with Oil cooled cooling. Describe the intended solar use and installation constraints relevant to those categories. The current product record supplies no power-rating range. If your project has a required rating, share it as a requirement to discuss; do not borrow capacity values from another transformer model or treat an unlisted rating as an available specification.
These uses are supported by the existing solar application content. The listing does not establish universal inverter compatibility.
Trusted across industries
Provide the required power rating, 800V input arrangement and selected 11kV / 22kV / 33kV output requirement. Describe the solar installation and the Offload or Onload requirement.
The current record does not state a capacity range. Ask about the required rating directly, and do not assume inverter compatibility or a specific tap range from the product name.
Indian Servo Controls’ Solar Transformer enquiry is a place to present the installation-specific information that a short listing cannot determine. Sharing the required rating, voltage arrangement and operating type keeps the discussion focused on the actual solar project.
For this application-specific product, useful information can include:
Use Additional Detail for the configuration; quantity, unit and mobile number are collected separately.
Solar Transformer enquiries from these areas are handled using the project's input/output arrangement, operating type and installation details. Indian Servo Controls lists the areas as enquiry and supply coverage, without claiming branches in each city.
For Delhi NCR requirements, identify the solar installation's planned input and output arrangement. Explain the required operating type and project context rather than assuming compatibility with every solar system.
Faridabad, Haryana enquiries can specify the recorded 800V input arrangement and required output option. Include the three-phase requirement and intended Offload or Onload type for discussion of the installation.
Discuss requirements from Noida with the solar project's voltage arrangement and Dyn11 requirement. Share any project-specified rating as a requirement to discuss, since this record does not publish a capacity range.
For Gurugram enquiries, describe the intended solar installation and selected output voltage. State the Offload or Onload requirement, including any project-specific tap requirement without assuming a published tap range.
Ghaziabad requirements can include the project's input arrangement and required output option. Explain the intended solar use and installation constraints rather than treating the name as evidence of inverter compatibility.
For supply enquiries from Mumbai, provide the planned voltage-transformation arrangement and operating type. Include relevant installation or cooling constraints alongside any project requirement that is not covered by the listing.
Ahmedabad enquiries can focus on the required output option and three-phase configuration. Share the solar installation context and vector-group requirement, avoiding capacity assumptions borrowed from another transformer model.
For requirements from Pune, explain the solar system's intended input and output arrangement. If replacing equipment, share the required operating type and project-specific rating for discussion rather than assumption.
Bengaluru enquiries can describe the application-specific solar requirement, selected output and operating type. Include the project's electrical arrangement without assuming that the listed transformer suits every integration setup.
For Hyderabad requirements, identify the planned input, output and Dyn11 arrangement. Raise any required rating or tap range as a project question because those ranges are not supplied in this record.
Performs seamlessly with our ground-mounted solar inverter setup. It handles rapid generation variations during cloudy intervals without overheating.
Perfect match for our 1MW solar farm. The three-phase output is stable and conversion losses are practically zero.
Highly efficient step-up transformer. It easily handles the fluctuating DC-to-AC power dumps from our inverters.
Built specifically for renewable setups and it shows. The internal cooling design is fantastic for outdoor installations.
Seamless integration with our grid-tie system. It operates quietly and stays cool even at peak solar noon.
Excellent performance. The vector group configuration matched our requirements perfectly and it runs without a hitch.
Its Application is Solar Power Systems, with Industrial / Solar Installation usage. The listing describes a three-phase, application-specific transformer with 800V input and 11kV / 22kV / 33kV output options. Include your project's rating and voltage arrangement when discussing selection.
The listed Input is 800V. Check this entry against the input arrangement planned for the solar installation. Include the required output voltage and power rating in your enquiry, as the existing specifications do not state a rating range.
The output options are 11kV / 22kV / 33kV. State which output your solar project requires, together with the listed 800V input arrangement. Include the required rating and transformer type so the configuration can be discussed as a whole.
Phase is Three Phase and Vector Group is Dyn11. These are the recorded entries for this Solar Transformer. Provide the planned input/output arrangement and project requirements when assessing suitability.
The Type entry is Offload / Onload. State which type is required for your project when enquiring. The listing does not provide a tap range, so include any project-specific tap-changing requirements for discussion.
No power rating is provided in the existing product specifications. Include the required rating in your enquiry rather than assuming a range from another transformer page. Also provide the input/output arrangement and type requirement to support the discussion.
Use Get Latest Price with the rating, input/output arrangement, type requirement and project details. Mention the required output option and whether Offload or Onload is needed. Alternatively, use Request Call Back for a phone discussion of the solar installation.
Share your requirement and our team will contact you.
Our team will contact you shortly. You can also connect with us directly on WhatsApp.
We reply within 24 hours
