A good foundation is essential for any success. It is the breeding ground for development and visions. It creates potentials and embraces the challenges of tomorrow.
With this in mind, Raptors Power Contracting W.L.L is one of the leading service providers of Low Voltage | Medium Voltage | High Voltage works up to 33KV Installation, testing & commissioning, preventive maintenance, lightning protection, earthing system, power quality studies, harmonic analysis, thermography, HT/LT Cable laying, Joining, termination, cable fault locating, partial discharge, load bank test, transformer installation, oil filtration, transformer testing & maintenance, generator installation, generator testing & maintenance and much more in the field of electrical power transmission & distribution in Qatar.
The focus of Raptors has always been on quality, reliability, and relations. These values form the agenda for our future voyage. However, the basis of our future voyage is still the solid foundation laid in customer service, that represents the essence of Raptors. This is achieved by a combination of excellent service, high-end finishing Quality, compliance with Health, Safety & Environment best practices, rules, and regulations in addition to providing professional teams and maintaining an excellent relationship with its Clients.
In that regard, Raptors Power Contracting W.L.L has established an Integrated Management System based on the requirements of the three Standards: ISO 9001:2015 – ISO 14001:2015 – ISO 45001:2018. Raptors is already certified for the three standards by The British Standards Institution (BSI):
Raptors Power Contracting Core Values are clearly reflected in the human resource policies. Raptors’ Top Management prioritizes the interests of their Clients and Employees since the former is Raptors’ future wealth and the latter is our intellectual asset. Implementing those values has earned us the trust of our many valued clients. But we are by no means satisfied. As a Company, we have set our sights on a future of further growth and development in line with the “Qatar National Vision 2030”.
" You’ll never have a product or price advantage again. They can be easily duplicated, but a strong customer service culture can’t be copied."
- Jerry Fritz
Our electrical specialists work seamlessly with engineers to create complete electrical services and solutions.
A company-owned fleet of service and most sophisticated equipment are ready to serve you. Our team services include design, rebuilding, and retrofitting services, as well as, complete repair and maintenance services. Our technical capabilities include switchgear testing and maintenance, upgrade and design services, power system studies, harmonic and disturbance analysis, one-line diagrams, and more. For oil-filled transformers, we can test and analyze, repair fluid leaks, analyze the dielectric fluid for routine quality screen tests or dissolved gas analysis.
We also provide complete high voltage repair services, including cable testing and splicing services, high voltage switchgear testing, repairs, and more.
Our objective has always been to provide prompt professional and technical assistance for evaluation, retrofit, refurbishment, and maintenance of electrical distribution apparatus. We strive to ensure the safe and reliable operation of equipment for plant and maintenance personnel and to improve overall power quality by identifying and correcting system deficiencies.
Mission: Our Purpose
Vision: Our Aspirations
Raptors build on the idea that qualitative and creative thinking opens to an endless range of combinations. In return, this leads to more safety and reliability in the day-to-day operation of our customer equipment.
Being the best Integrated Technical Service partner to our clients by providing an outstanding tailor-made service built on excellence, expertise, integrity and safety standards; Our clients´ vision becomes our mission.
Leading technical service & maintenance provider in Qatar by being the most preferred and reliable service partner.
We provide a wide range of technical services delivered by an experienced team of professionals to continuously provide the customer solution with a focus on quality and excellence which includes,
Maintenance of HV/LV Switchgear, Transformers, etc...
General rules of electrical installation design
1. Connection to the MV utility distribution network
2. Connection to the LV utility distribution network
3. LV Distribution
4. LV switchgear
Conditions that can make more frequent maintenance necessary are:
• High humidity and ambient temperatures
• Corrosive atmosphere
• Excessive dirt and dust
• High repetitive duty
• Frequent interruption of faults
• Older equipment
• History on preceding inspections
• Lack of periodical maintenance
Preventive maintenance consists of carrying out, at predetermined intervals or according to prescribed criteria, checks intended to reduce the probability of a failure or deterioration in the operation of a system.
When switchgear malfunctions, the consequences are often catastrophic. Damage to the switchgear itself can be extremely expensive, but that pales in comparison to corollary damage and the potential hazards to people. That’s why implementing an effective switchgear testing, inspection, and maintenance program is essential.
IEC60364-6 requires initial and periodic verifications of electrical installations. The electrical switchboard and all its equipment continue to age whether they operate or not. This aging process is due mainly to environmental influences and operating conditions.
Raptors provide the complete electrical testing, maintenance, and engineering services you need to extend the life of your switchgear. Our comprehensive services are in line with National Fire Protection Association (NFPA) recommendations and designed to keep your switchgear operational for as long as possible.
There are two types of preventive maintenance:
For each type of product, maintenance recommendations are laid out by the product manufacturer or described in IS / IEC Standards. These verification procedures, intended to maintain systems or their subassemblies in correct operating conditions over the targeted service life, must be carried out according to the time intervals stipulated in this document.
To a certain extent, conditional maintenance operations are a means to reduce (but not eliminate) the recommended periodic maintenance operations (thus limited to the strict minimum) that require an annual shutdown of the installation.
These operations are launched when programmed alarms indicate that a predefined threshold has been reached. (Number of operation) durability, aging indicators
For instance, Electronic trip units in the power circuit breaker can propose such functions. Conditional maintenance is the means to optimize installation maintenance.
There are three recommended maintenance levels. The table below indicates maintenance operations and their intervals according to the level:
Benefits over replacing complete switchboards include:
Some of the benefits of retrofit switchgear include:
A typical retrofit involves the replacement of old circuit breakers and switches by modern circuit breakers which offer better efficiency and protection. This option is particularly attractive to organizations with a concentrated age profile of installed equipment and where asset replacement budgets are limited. This eliminates re-cabling, civil work, relocation of transformer or bus duct. Moreover, a retrofit of circuit boards with protection equipment can result in an increase of the life of equipments.
Benefits over replacing complete switchboards include:
Refurbishment restores the equipment to its original condition and performance specification. It can actually enhance ratings or performance, dependent on the equipment involved.
Thermographic Testing of Electrical Equipment
Thermography is a non-destructive test method that may be used to detect poor connections, unbalanced loads, deteriorated insulation, or other potential problems in energized electrical components. These problems may lead to excess power use, increased maintenance costs, or catastrophic equipment failure resulting in unscheduled service interruptions, equipment damage, or other problems.
How Does Thermography Work?
Thermography, also called infrared inspection, is based upon the sensing of heat emitted from the surface of an object in the form of infrared radiation. Test instruments are used to detect and convert the infrared radiation into either a temperature value or a thermal image, which can be used to assess the thermal condition of the object at the time of measurement. An infrared camera is one common type of infrared thermal imaging device.
How Can Thermography Be Used to Inspect Electrical Equipment?
Energized electrical systems generate heat because of electrical resistance. The amount of heat generated is related to the amount of current flowing through the system and the resistance of the individual system components and connections within the system. As components deteriorate, their resistance increases, causing a localized increase in heat. Similarly, a poorly made connection will have higher resistance than a well-made connection, along with a higher temperature profile. Thermography may be used to detect these temperature differences.
What Are the Benefits of Thermographic Inspection?
The National Fire Protection Association (NFPA) estimates that ten percent of the fires occurring in manufacturing properties are related to electrical system failures, such as failure of electrical insulation, terminals, and related components. Additionally, failures can cause employees to be exposed to live electrical circuits, making them susceptible to serious injury or death from electrocution. By detecting high-resistance connections and repairing them, the likelihood of a breakdown of the electrical wires and related components should be reduced.
Other advantages to detecting and repairing these faults are the cost savings from energy conservation and lower outage and repair costs. High resistance in circuits causes an increase in current flow. When the current flow is increased, the resulting power consumption will increase. Further, high current draw can cause critical electrical circuit components, such as fuses, circuit breakers, and transformers, to fail prematurely. These failures result in higher maintenance and repair costs, and resultant business interruptions.
When Is a Thermographic Scan Needed?
While all properties can benefit from a Thermographic scan, those with high power consumption, multiple branch circuits, and distribution subsystems, or heavy equipment have the greatest need. Businesses with high electrical demands should have a Thermographic scan performed at least annually on critical systems, such as Air Circuit Breaker, Power Control Centre, Switchgears, and transformers. We will recommend corrective and preventive action based on the scan results
We undertake the drilling and installation of earthing boreholes for grounding or lightning protection purposes. Installation of earthing rod, earth pit chamber, copper tape, earth cable, and air terminal is also undertaken.
We provide Services of making bore holes of different diameter sizes as required using our Truck Mounted Drill Rig & installation of Earthing system for all types of electrical installations. also we carry out the drilling of bore holes for Soak Away pits / Drain pits for Roads and Electrical poles.
We also have Towing type Drill Rigs which is used for carrying out Bore Holes for EHV Cable Joint Bays to install the Earthing system.
Our experienced working teams have carried out drilling for various Oil & Gas, ASHGHAL, KAHRAMAA as well as Industrial Clients.
Generator service & maintenance
One of the leading companies in the Installation, commissioning, testing, and Maintenance of Diesel power generators in Qatar. We owe our success to our hardworking, highly skilled, and committed employees. Experience and commitment enable us to provide a professional and efficient service to all customers regardless of whether a single standby generator or multiple set baseload paralleling or synchronizing system. We offer a variety of maintenance contracts that cater to each customer's needs. Not only do we offer diverse packages of service and maintenance contracts, but we also tailor to each customer’s needs by developing on-demand customized contracts.
An Important Aspect of Preventative Maintenance
The purpose of most generator sets is to provide a reliable source of power to your facility or commercial operation during an emergency situation when power from the grid is suddenly lost or is not available in your environment.
In the event of a power failure, one should have peace of mind that their backup power source will kick into action at a moment’s notice. But what happens when the power goes out and Generator Set does not function as expected? The result can often be costly and sometimes catastrophic.
This is precisely the reason generator load bank testing is an essential piece of a comprehensive preventative generator maintenance plan, which you should ideally have conducted on your Generator Set each year. Load bank testing helps to ensure that your generator will be fully dependable and operational, as well as completely capable of the highest possible load it may be required to handle at any critical point in time.
What is Generator Load Bank Testing ?
A generator load bank test involves an examination and assessment of a Generator Set each year. It verifies that all primary components of the generator set are in proper working condition. The equipment used to conduct a load bank test produces artificial loads on the generator by bringing the engine to an appropriate operating temperature and pressure level.
This is especially important for standby and emergency generator sets that do not run very often and/or may not be exposed to carrying heavy loads on a frequent basis. The general rule is – if your generator is not exposed to higher than 30% of its rated kW load then you should be considering a load test.
A load bank test ensures that your generator will run properly when it's needed so that you can fully depend on it during an emergency situation. The key to a proper load bank test is that it tests your generator at its full kilowatt (kW) output rating. Because many generators do not regularly operate at their full kW rating, it’s especially important that you verify your generator can actually produce the highest possible horsepower that may be required – while at the same time maintaining adequate temperature and pressure levels that will allow it to run as long as necessary.
Benefits of Load Bank Testing
Our typical load bank reports include the following:
There are multiple reasons gensets should undergo a load bank test on an annual basis, including the following:
All electrical devices work properly without any failure if the input power is well within set limits of electrical properties. So Power Quality Study determines the health of the electrical to load ends. Without the proper power, an electrical device (or load) may malfunction, fail prematurely or not operate at all. There are many ways in which electric power can be of poor quality and many more causes of such poor quality power. The quality of electrical power may be described as a set of values of parameters, such as:
All these unwanted parameters can increase in power consumption, heating of equipment’s and wiring, malfunctioning or even damage.
We use Three Phase Power Quality Analyser for:
Installation, commissioning, testing, and maintenance of fire protection and detection systems for all classes of buildings, industrial, commercial and residential in accordance with NFPA codes and standards. All reports are to QCDD requirements.
Datacenter functional testing is a process whereby the performance of your data center’s physical infrastructure – most often power and cooling is verified against your user requirements. Many data centers have some experience with this testing as it is common to see a ‘load bank’ test performed on a UPS when it is purchased. This test attaches live load (via load banks) to the UPS to verify that the unit can support its full kVA capacity. Many other tests, like a battery rundown test, are typically performed at this time. In some cases, the load banks are placed on the data center floor to test perimeter CRAC units.
The challenge for data centers today is that their data center facility is built to last 25 years but the technology inside that facility is refreshed every two to three. Functional testing performed when the facility was originally built doesn’t give you verification that a change in technology and computing density can be supported by the power and cooling infrastructure currently in your data center. This is most notable in existing data centers that are working to deploy (through virtualization) higher density workloads – IT teams worry that their data center cooling systems cannot support this change in per rack density.
Using data center functional testing to verify the performance of power and cooling infrastructure is a critical step for any organization moving to higher density workloads in their existing facility.
1. More than 500 HAC230-6RM Load banks in stock (up to 3.3 MW)
2. Full Heat Load Test 3. To test a mechanical system
4. To test the electrical system
5. Effect of change over from supply A to B
6. To test UPS, Generator, and utility supply
7. Environmental conditions
8. Engineering & reporting of :