By Structure

High Voltage Generator Set

High Voltage Generator Set product view 1

Kashifer coordinates high-voltage generator systems for projects where generator output, protection, switchgear, transformers, cables, grounding, and operating philosophy must be engineered together. Generalized voltage and rating tables are not used as a substitute for a project study. Every proposal remains subject to final electrical engineering and technical confirmation.

Rated Capacity

Project-specific and subject to final technical confirmation

Frequency

50 Hz / 60 Hz, depending on engine and system selection

Voltage

Subject to project single-line, alternator, and protection engineering

Engine Brand

Selected according to required duty and confirmed availability

Alternator

Medium-voltage alternator or low-voltage alternator with transformer, after system review

Controller

Generator and plant controller selected for the operating philosophy

Interested in This Product?

Tell us your power requirements and application. We will help recommend the right configuration for your project.

Construction & Design

Mechanical package selected for the engine, alternator, cooling, and site environment
Cable termination and phase clearances coordinated with the selected voltage
Enclosure and service access designed around high-voltage safety requirements
Foundation, lifting, airflow, and exhaust details issued on approved drawings

Available Configurations

Medium- or high-voltage alternator package
Generator voltage with external step-up transformer
Single neutral or resistance-grounded arrangement after study
Standalone or parallel plant control

Main Features

Generator voltage selected from the project single-line and load study
Alternator, insulation, neutral, grounding, and protection coordinated as a system
Single-set or parallel plant operating arrangements
Interface planning for switchgear, transformers, and site distribution
Open, acoustic, or containerized mechanical package options
Project-specific testing and documentation schedule

Control & Protection

  • Generator differential, overcurrent, earth-fault, voltage, and frequency functions as required by the study
  • Synchronization, load sharing, and breaker-control logic for parallel systems
  • Metering and communication interface to plant systems
  • Protection settings finalized through project coordination

Testing & Documentation

  • Factory and system testing scope agreed before production
  • Single-line diagram, protection schedule, wiring diagrams, and general arrangement
  • Alternator and switchgear documents supplied according to the contract scope
  • Witnessed or third-party testing available for discussion before order

Technical Specifications

Rated CapacityProject-specific and subject to final technical confirmation
Engine BrandSelected according to required duty and confirmed availability
AlternatorMedium-voltage alternator or low-voltage alternator with transformer, after system review
ControllerGenerator and plant controller selected for the operating philosophy
VoltageSubject to project single-line, alternator, and protection engineering
Frequency50 Hz / 60 Hz, depending on engine and system selection
ProtectionProject-specific relay and breaker protection schedule
Dimensions & WeightIssued after full package selection
WarrantySubject to final contract and approved configuration
Lead TimeConfirmed after electrical and mechanical scope review

* Specifications may vary based on configuration. Contact us for detailed technical data sheet.

Applications

Large industrial facilities
Mining and material-processing projects
Data centers and critical campuses
Infrastructure and utility-support systems
Temporary or distributed power plants
Multi-set parallel generation systems

Optional Equipment

Parallel control and master power management
Medium-voltage switchgear interface
Neutral grounding equipment
Remote monitoring and SCADA communications
Containerized or acoustic enclosure
External step-up transformer coordination

Information Needed for Quotation

To help us recommend the right configuration, please provide the following information when you inquire:

Load study or detailed load list
Required generator and distribution voltage
Frequency, duty, power factor, and redundancy philosophy
Single-line diagram and protection requirements
Grounding method and site short-circuit data
Installation environment, destination, and documentation list
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Frequently Asked Questions

Which voltage should the generator use?
The voltage should be selected through the project distribution design, load current, cable distance, switchgear, transformer, grounding, and protection requirements.
Can a low-voltage generator use a step-up transformer?
Yes, this may be evaluated against a direct medium-voltage alternator. Efficiency, fault level, footprint, cost, protection, and maintenance should be compared.
Are fixed high-voltage ratings published here?
No. The final rating and voltage are subject to the selected engine, alternator, duty, site studies, and system configuration.
Can several high-voltage sets run in parallel?
Yes, with coordinated synchronization, load sharing, breaker control, protection, grounding, and plant operating logic.
What technical information is required?
A load list, single-line diagram, voltage, frequency, duty, fault data, grounding method, redundancy concept, site conditions, and required standards are needed.

Interested in This Product?

Tell us your power requirement and application. We will help recommend a suitable diesel generator configuration for your project.