Electrical EPC Solutions

Service Details:

Electrical equipment maintenance plan (EMP) is the practice of conducting routine inspections, tests, and the servicing of electrical equipment so that impending troubles can be detected and reduced or eliminated.

Achieve the optimum performance of your installation and your business sustainability. With our tailored maintenance programme, adapted to your operating conditions and with on-site condition-based maintenance, we help you to improve the safety of your personnel and goods, mitigate power outages, increase your equipment's availability to maximise your productivity and energy efficiency while keeping your power infrastructure longer.

The health of your electrical distribution equipment plays a important role in the performance of your business having it run, grow and be more sustainable.

Electrical preventive maintenance and testing is one of the most important functions to be performed in order to maintain the reliability and integrity of electrical distribution systems, as well as for the protection of equipment and personnel. However, preventive maintenance of electrical systems and equipment, specifically with regard to over current protective devices is often overlooked, or is performed infrequently or inadequately. An unintentional time delay in the operation of a circuit breaker, due to a sticky operating mechanism, can cause the incident energy of an arc flash to rise, sometimes dramatically.

A well-administered maintenance plan will reduce accidents, save working personnel's lives and minimize costly breakdowns and unplanned shutdowns of production equipment.

Additional Information:

• Production Capacity: Not Specified
• Delivery Time: Depends on the location
• Packaging Details: Not Specified

Service Details:

In order to resolve any issue, it is necessary to duly investigate the root cause of the problem. Troubleshooting is a detailed process that includes several steps in order to effectively provide the solution.

Gather the information – for any high cost repair, it is essential to know as much details as possible so that there may be adequate information on all relevant matters. The process includes gathering all the information about the equipments and know all about its workings. As the issues are addressed including technical resources and equipment operations, It is easier to understand the malfunction.

Understand the malfunction - Understanding the malfunction means that you understand how or what the process is and what portion of the process is operating incorrectly. This includes questions like, how the process is supposed to work? What isn’t functioning as it should? What would cause the results to malfunction?

Identify which parameters need to be evaluated - Identifying which parameters need to be evaluated requires a clear understanding of the discrepancy and which signals affect the suspected component. Which input signals control the component? What is the expected output from the suspect circuit? Is there a timing delay, sequence, or set point that can be verified?

Identify the source of the problem

Correct/repair the component - Identifying the source of the problem requires the technician to isolate components and evaluate circuit parameters, to isolate the circuit by group when dealing with a complicated circuit (half-step approach), and to identify the malfunctioning component using the recorded data. Armed with data, we can determine what needs to be done with the suspect component. Many times after the first round of troubleshooting, the first three steps may need to be repeated; however, now you have additional data to work with.

Verify the repair - Correct or repair the component identified as damaged based on the recorded data. Perform the required repairs to the circuit. Completing this can range from simple adjustments to a complete component replacement.

Perform root cause analysis - Verify the repair after completion. Ensure the equipment is operating as designed. Perform another round of testing to verify the equipment is in fact running correctly and that no other discrepancies exist.

Additional Information:

• Production Capacity: Not Specified
• Delivery Time: Depends on the Location
• Packaging Details: Not Specified

Service Details:

This service involves the testing and diagnosis, condition-based maintenance (CBM), predictive maintenance and commissioning services for all types of electrical installations and equipment (low-, medium- and high-voltage), including transformers, motors, generators, cables, earthed systems and rotating equipments. The testing of electrical equipment helps to determine its condition, so avoiding service failures and unnecessary preventive action.

An electrical inspection refers to the thorough checkup of the electrical connections and wiring installed in your institute and to ensure adequate functioning. Many institutes ignore the precautionary measures that have been detailed in different policies, for different electrical installations.

Furthermore an authorized person in the name of an electrical engineer is appointed who is responsible for checking and maintaining electrical connections that are in connection with the local municipal and government laws and the requirements in the area. To highlight the importance of electrical inspection we need to understand.

The aim of this service is aimed at power utilities (transmission, distribution and generation), electrical engineering companies and any company that owns industrial electrical equipment that needs to be validated during commissioning, before start-up, or once in service, whether for regular or statutory inspections.

Through a wide range of different testing techniques, we are able to provide top-rate optimisation management for any electrical installation during its useful life, including consultancy on inspection and maintenance plans and root-cause failure analysis.

Transformers: overall insulation; bushing insulation; turns ratio (at 10kV); excitation; winding resistance; FRA; leakage reactance; FDS; and dynamic resistance

Motors/generators: resistance, polarisation index, current absorption/reabsorption; power factor and capacity; online and offline partial discharges

Circuit breakers: passive contact resistance; switch operation times; lengthwise and crosswise synchronism; travel graphics; coil consumption; power reset time; SF6 pressure; and vacuum insulation

GIS: partial discharge detection

Cables: location of faults in cover or insulation; withstand voltage testing (surge); power factor and capacitance in MV cables; partial discharge detection in MV cables; cover tests; screen continuity and resistance; and layout of underground lines

Thermography Testing: inspection of electrical installations from low voltage to 400kV

Insulating Oil Analysis (transformers): physicochemical (Oil condition); DGA (gases resulting from internal faults); furanic compounds (remaining-life assessment); and other analysis (PCBs, corrosive sulphur, etc.)

Electrical Protection Systems: review of project engineering; verification of instrument transformers; checking of VAC and VCC power supplies; checking of control and signalling circuits; verification of electrical protection and related circuits; automated and remote-control dispatch testing; and predictive maintenance

Rotating-Equipment Vibration Analysis: study of global vibration value trends for detecting mechanical failures and/or failures in any rotary unit and assessing their severity; and analysis of vibrations in the frequency domain for diagnosis of the anomaly and its origin

Others: assessment of the condition of HV equipment: surge arresters, capacitors, CTs and PT, earthing systems, etc.

Additional Information:

• Production Capacity: Not Specified
• Delivery Time: Not Specified
• Packaging Details: Not Specified