Technical Specs

• Power Range: 25 to 600 MVA

• Voltage Range: 33 to 400 kV

• Standards: ANSI, IEC, IS, BS, Others

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Features​​

• Better short circuit strength

• Compact design

• Durability

• Optimum losses

• Lower footprint

• Low temperature rise

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Technical Specs​

Dielectric Analysis:

• Winding Insulation

• Impulse Withstand

• Oil Duct Stresses

• Creep Stresses

Electro-Magnetic Analysis:

• Stray Losses in Structures

• I²R and Eddy Losses in Windings

• Reactance

• Tank Hot-Spot

Thermal Analysis:

• Core Temperature

• Winding Gradient

• Cooling

• Oil Flow

Structural Analysis:

• Clamping Structure

• Pressure Withstand

• Vacuum Withstand

• Seismic Stability

• Transport Capability

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Features​​

• Compliant with IEC, ANSI, BIS, ISO and other international standards

• Customized to customer’s specifications

• Capable to withstand extreme environmental conditions

• Capable to withstand seismic, wind and ice loads

• Capable to withstand transport shocks

• Low noise and vibration levels

• Low weight and less carbon footprint

• Easy assembly with fewer loose parts

• Arrangements for worker safety at substations

• Compact size requires lower expenditure on civil structures

• Easily transportable to remote sites with narrower roads

• Transportability through road, rail, sea and air

• Require low maintenance

 

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Technical Specs​

• Power Range: 50 to 1,500 MVA

• Voltage Range: 132 to 765 kV

• Standards: ANSI

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Features​

• Better short circuit strength

• Compact design

• Durability

• Optimum losses

• KEMA Tested

• Epoxy bonded CTC for common winding to improve short circuit withstand strength

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Technical Specs​

• Ratings: 12 to 46 MVA

• Voltages: 0.7 to 33 kV

• Standards: ANSI, IEC, IS, BS, Others

 

Features

• Customized designs

• High Endurance Capability against Frequent Short Circuits

• Unique designs

• Optimum losses

• Long life

• Sustain durability

• Low maintainance

 

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Technical Specs

• Ratings: 4 MVA to 50 MVA

• Voltage: Up to 132 kV

• Description: Low power transformers are used to step down high voltage (e.g., 132 kV / 66 kV) to medium voltage (e.g., 33 kV / 11 kV)

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Applications

• Oil and Gas, Infra - Projects, Mines Metal Minerals, Railways, FMCG, Power Generations, Smarts Cities, SEBs, etc.

  End Applications:

  • Generator Transformers are used as step up transformer at generator end application  

  • Station Transformers are used to supply auxiliary load to power plant 

  • Unit Auxiliary Transformer are used to supply power to auxiliary equipment

  • Multi winding Transformers are used in rectifier duty application

  • System Transformers are used as intermediate to step down the voltage

Technical Specs

• Rated Power: Up to 5 MVA

• Rated Voltage: Up to 36 kV

• Phases: 3 Phase Unit

• Rated Frequency: 50 Hz

• Type of Cooling: ONAN

• Manufacturing Standards: IS 2026

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Features

• Proven technology of CG Global design having superior short circuit withstand Capability.

• Manufacturing technology with automatic SCADA controlled CNC machines for maintaining process parameters during windings and achieving high quality electric and mechanical connections.

• All the ratings are type tested as per IS: 2026.

• CG is partnering with global leaders for exploring potential of solar energy & introducing advance technology.

Technical Specs

• Ratings: 315 kVA to 4 MVA

• Voltages: 3.3 kV to 33 kV

• Standards: IS 1180 (BIS) / IS 2026 (BIS) / IEC 60076

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Features

• Automated production resulting in uniform quality by using CNC machines.

• No axial force under short circuit condition due to foil construction resulting in increased reliability.

• Increased withstand capacity during short circuit due to increase in the surface area of winding.

• Compact Transformer.

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Applications

• Refineries, Chemical Plants, Cement Plants, Large Infra Projects, Smart Cities, SEBs, Various Industries etc.

  1. Industrial Transformers are used in Industries to cater lighting load & load of 3 ph motors

  2. Sub Station Transformers are used in substation to provide electricity to house hold

  3. Multi winding Transformers are used in converter inverter duty application

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Technical Specs

• Type: Vacuum Pressure Impregnated or Cast Resin Type

• Output: 315 kVA to 3,000 kVA

• Voltage: 3.3 kV to 33 kV

• Frequency: 50 Hz or 60 Hz

• Standards: IS and IEC

• Insulation: Class H or F

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Features

• Permium Quality Casting

• Non- Hygroscopic

• Non-Inflammable

• High short circuit strength

• High impluse strength

• Low losses

• Long life cycle

• Low Maintenance

• Low cost installation

• Space saving

• Certified safe

• State-of-the-art construction for optimum performance

• Safety features of low voltage windings

• Safety features of high voltage windings

• Optimal thermal protection

• Environment friendly

• Easy installation and connection

• Reliable

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Technical Specs

• Ratings: 315 kVA to 4 MVA

• Voltages: 3.3 kV to 33 kV

• Standards: IS 1180 (BIS) / IS 2026 (BIS) / IEC 60076

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Features

• Updated electrical design due to permittivity changes.

• Tailored cooling design due to viscosity changes.

• Experimentally validated in house design software.

• Adapted procedures for impregnation & oil filling process.

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Applications

• In ecologically sensitive locations.

• Specific regulations apply.

• Near rivers and lakes.

• Near drinking and groundwater reserves.

• Near crowded place

• Industrial Transformers used in Industries to cater lighting load & load of 3 ph motors

• Residential Transformers for distribution of power to house hold.

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Technical Specs

• Ratings: Up to 30.24 MVA

• Voltage: Up to 132 kV

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Features

• Traction transformers are critical components in the traction chain, affecting both train performance and operator services.

• CG supplies traction transformers for all applications: locomotives, tram-trains and AC metros offering different designs in terms of size, weight and power ratings.

• They can be mounted either in the machine room of the train, on the roof or under the floor, providing maximum flexibility and reliability in single and multiphase systems.

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Applications

• Traction Transformers are used in Railways to give power to DC/AC motors in engine.

• Track side Transformers are used to step down the voltage to the level of catenary voltage i.e. 25 kV

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