Comprehensive assessment of the existing electrical infrastructure, including panels,
cabling, protective devices, and grounding systems to understand current capabilities and
limitations.
Detailed load analysis and evaluation of power requirements based on present usage and
projected future demands to ensure efficient and reliable system operation.
Thorough review of safety measures and verification of compliance with relevant local and
international electrical codes and standards (e.g., NEC, IEC) to mitigate risks.
Identification of potential issues such as overloaded circuits, voltage drops, aging
components, and poor installations that could affect performance or safety.
Strategic planning and recommendations for new installations or system upgrades, including
component selection, layout optimization, and integration with existing systems.
Design & Manufacturing for Special Requirements
Customized Electrical Panel Design to Meet Specific Load Requirements
Selection of Components Based on Environmental Conditions and Safety Standards
Integration of Smart Technologies for Automation and Remote Monitoring
Compliance with Industry Standards (IEC, NEC, UL) for Reliable Performance
Prototyping, Testing, and Validation Before Full-Scale Production
Testing & Commissioning
Inspection and Verification of Installed Electrical Systems
Pre-Commissioning Tests Including Insulation Resistance and Continuity Checks
Functional Testing of Panels, Relays, Breakers, and Protection Devices
Load Testing to Ensure System Performance Under Operating Conditions
Documentation and Handover of Test Reports and As-Built Drawings
Modification Work
Upgrading Outdated Components to Enhance Performance and Safety
Retrofitting of Circuit Breakers, Relays, and Control Devices
Reconfiguration of Busbars and Cabling to Suit New Load Requirements
Integration of Monitoring and Protection Systems
Ensuring Compliance with Latest Electrical Standards and Regulations
Installation of ACB, MCCB, VFD, Soft Starter & Other Electrical Components
Proper Selection and Sizing of Components Based on Load Requirements
Correct Mounting and Secure Wiring to Ensure Reliable Operation
Configuration and Parameter Setting for VFDs and Soft Starters
Testing and Verification of Circuit Breakers for Protection and Coordination
Compliance with Safety Standards and Manufacturer Guidelines
Repair & Maintenance Work
Routine Inspection and Diagnosis of Electrical Systems
Preventive Maintenance to Avoid Unexpected Failures
Replacement of Faulty Components Like Breakers, Contactors, and Cables
Testing and Calibration of Protection Devices for Optimal Performance
Ensuring Compliance with Safety Standards During Repairs
