- SCADA AUTOMATION
- SECONDARY PROTECTION RELAYS
- TRANSFORMER
- AMRS
- TEST, MAINTENANCE, REPAIR AND COMMISSIONING
- MATERIAL SUPPLY
- ENGINEERING SERVICES
- SOLAR ENERGY SYSTEMS
- HEADER AND ATTACHMENT ASSEMBLY
- CONTRACTING
- WIND POWER PLANTS
- HYDROELECTRIC POWER PLANT
- ENERGY TARIFF AND SUPPLY CONSULTANCY
- TRAINING SERVICES
They are the equipment that ensures that the high voltage cable ends and splices are not affected by moisture and dust, and that they resist short-circuit strains by controlling the electric field.
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High voltage cables are designed in such a way that they do not cause electrical stress (strain), any discharge or insulation deterioration. When the structure of the cable itself is disturbed in any way (as in the attachment or header systems), the stress structure formed along the cable is disrupted. In order to prevent this discharge and insulation deterioration, a stress control system is needed to reduce the stress level at the screen ends. In cable head or cable splice systems, a separate stress control layer inside the splice and cap body performs this stress control function. .
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We provide service in all header types up to 420kV with our certified expert team.
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High voltage cables are designed in such a way that they do not cause electrical stress (strain), any discharge or insulation deterioration. When the structure of the cable itself is disturbed in any way (as in the attachment or header systems), the stress structure formed along the cable is disrupted. In order to prevent this discharge and insulation deterioration, a stress control system is needed to reduce the stress level at the screen ends. In cable head or cable splice systems, a separate stress control layer inside the splice and cap body performs this stress control function. .
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We provide service in all header types up to 420kV with our certified expert team.
- External type cable header assembly,
- Internal type cable head assembly,
- Attachment assembly