Ensuring the optimal performance and safety of grid stations, power plants, and distribution equipment is crucial. This process involves rigorous testing protocols to verify that systems operate as designed, meet regulatory standards, and function reliably under various conditions. Effective commissioning can prevent costly failures and ensure compliance with safety regulations.
The purpose of electrical maintenance testing services is to reduce equipment breakdown, decrease unexpected downtime, and improve safety. Our staff are fully qualified to perform testing, repairs and Upgrades. By utilizing our team of experts for routine maintenance, we consistently provide our clients with the peace of mind of fully operational equipment.
With our expert team in acceptance testing, clients are guaranteed their equipment meets the designed specifications and performs to standard straight from the factory.
A third party specializing in independent acceptance testing significantly prevents new equipment failures. Our team of experts are ready to assist with all your acceptance-testing needs.
Relay Testing Operational/Functional Testing Field Verification (lockout coil resistance; trip coils)
Oil analysis provides an in-depth look at the health of your most valuable equipment. Regular testing of asset oil can lead to the longevity of providing uninterrupted, quality service to our customers.
Cables are the arteries of any medium and high-voltage power system. This is why regularly scheduled testing is essential for any medium or high-voltage underground cable system. Clients are guaranteed an experienced and knowledgeable crew to oversee their energized system to continue stable and reliable service to all their customers.
Configuring and testing a wide range of protection relays is essential for safeguarding electrical systems. These relays monitor electrical parameters and disconnect circuits during faults, thus preventing equipment damage and ensuring system stability. Comprehensive testing ensures that relays operate effectively under fault conditions, enhancing the overall reliability of the power system.
The testing and commissioning of outdoor switchgear and switchyards rated up to 220kV is vital for ensuring safety and operational reliability. This includes thorough assessments of auto and power distribution transformers, which are subject to various performance tests (such as insulation resistance, power factor, and transformer turns ratio tests) to confirm their readiness for service.
When it comes to transformer services, there isn’t another family of companies more prepared to tackle every scope of work. Our team of experts provide quality service, emergency response, and unparalleled availability. With transformers being such a critical piece of the electric system, it is vital to have experienced engineers, project managers, and field technicians for assembly, replacement, and preventative maintenance.
Our substation services include maintenance and acceptance testing for new and upgraded substations, transformer assembly, re-gasket, upgrades, and equipment life extension. In addition, our highly skilled technicians and engineers will confirm component integration and apparatus testing.
The costliest component of an electrical distribution system is the power transformer. We are a trusted name in the industry and perform work for Transformer OEMs and other clients nationwide daily. With our vast range of capabilities and resources, you can rely on us for stress-free turnkey services
Comprehensive testing of capacitor banks and surge arresters is conducted to ensure their efficiency and safety within power systems. Capacitor banks help improve power factor and voltage stability, while surge arresters protect equipment from voltage spikes. Testing ensures these components function correctly under operational stress.
The testing and commissioning of critical Gas Insulated Switchgear (GIS) equipment, rated up to 400kV, are crucial for modern industrial applications. This process verifies that GIS operates efficiently in confined spaces while minimizing environmental impact. Motors and generators are also tested to confirm their operational integrity and reliability, ensuring seamless integration into the power grid.
Offering relay setting, fault level calculations, and control scheme reviews enhances system performance and reliability. These engineering services involve analyzing existing setups, proposing optimizations, and implementing adjustments to improve overall system resilience against faults and operational anomalies.
Effective control cable laying, termination, and trench work are fundamental for organized and efficient cable management. Proper installation minimizes electromagnetic interference, reduces maintenance challenges, and ensures longevity and reliability of electrical systems. Good cable management practices also contribute to safety by preventing hazards related to loose or improperly secured cables.
We can run a full suite of tests including sheath testing, insulation resistance and tan delta on cables with operating voltages up to 33kV. Much of our work is in the Utility, Power plants, Distribution and Industries where cables are critical, but high cost assets, and the aim must be to only replace them just before they fail. A report for each cable shows the test results and a comparison against recognized industry standards. Significant deviations from standards are highlighted and explained. Our Final assessment shows our view on the cable condition and expected life.
The comprehensive testing and commissioning of battery systems and chargers are critical for backup power applications. This ensures that battery systems are capable of providing reliable power during outages or system failures. Testing includes capacity checks, discharge tests, and performance evaluations to verify that systems meet the required standards for operational readiness.
Refurbishment and wiring modifications of control panels enhance control system functionality and reliability. Upgrading these panels can involve implementing the latest technologies and design practices, ensuring they meet current safety standards and operational requirements. Well-designed control panels are key for efficient system monitoring and management.
Advanced solutions for detecting and mitigating partial discharges in various electrical equipment are essential for maintaining the integrity and lifespan of high-voltage systems. Partial discharges can lead to insulation failure if left unchecked, so employing modern diagnostic techniques helps identify and address potential issues before they escalate.
Measuring overhead line impedance and K-Factor is crucial for optimizing power transmission. These metrics help assess the efficiency of the transmission line and identify areas for improvement. Additionally, proper tower earthing is essential for enhancing safety, preventing electrical shocks, and ensuring the stability of the transmission infrastructure.
Assessing the remaining life of electrical equipment allows for proactive maintenance and replacement planning. This assessment includes evaluating the condition of components through non-destructive testing and performance analysis, which helps organizations budget for replacements and avoid unexpected failures.
Conducting high voltage tests on switchgears and cables ensures their safety and performance under stress. These tests simulate operating conditions to verify insulation integrity and overall system robustness, helping prevent catastrophic failures and ensuring compliance with industry standards.
Dubai, U.A.E, P.O Box : 448980
+971-581589445 /
+971-549949548 /
