Bekr Holding supplies raw materials such as aluminum, steel, and copper, which are extracted from mines in Iran. These metals are used in different industries. For example, aluminum alloy is utilized in automobile engines, the transportation industry, electrical home appliances, electric transmission lines, machinery, and construction. Steel has numerous applications in automobile manufacturing, transportation, construction, ship-building, machinery, wind turbines, and the oil industry. Copper finds uses in various sectors such as construction, agriculture, and medicine, but its most common application is in electricity. Copper is one of the best and cheapest conductor metals and is commonly used in the construction of low-, medium-, and high-voltage power cables due to its beneficial properties.
The Industrial Electrical Panel is a crucial component in manufacturing. It ensures the proper arrangement of electrical components and provides a safe working environment. These panels are commonly found in industrial manufacturing facilities, electricity and transmission stations, and refineries. The panel enclosures, which house the equipment and components that control the electricity, are typically made of metal. Electrical equipment such as switches, handles, and monitors are insulated to facilitate control, repair, and replacement. There are different types of Industrial Electrical Panels available to choose from based onspecific needs. Bekr Holding not only promotes local production but also offers employment opportunities for experts in the field.
Wind Turbine Charge Load Controller
The knowledge-based company Bekr Holding has successfully designed power consumption flow controllers for wind turbines. This product, considered as a part of the wind turbine, controls the amount of electricity generated and can shut down the turbine if necessary to prevent serious damage. This is the first time such a product has been designed in the country, and it is currently undergoing laboratory tests. Ultimately, this component will be installed and operated on the country's wind turbines.
oxygen sensor
Bekr Holding, a knowledge-based company, has developed and produced an automotive oxygen sensor. This sensor effectively controls emissions from gasoline and diesel engines by measuring the concentration of oxygen in the exhaust gases. It then sends a signal to the engine control unit in the form of an electric voltage, allowing the unit to adjust the fuel-air mixture to an optimal level.
Vacuum cleaner mechanical parts have a lot of variety compared to electronic parts. Each manufacturer can design and produce mechanical parts based on their criteria. Bekr Holding can produce vacuum mechanical parts that adhere to international standards. Various components of mechanical parts include filters, vacuum cleaner chassis, collection wires, and garbage cans. For example, a chassis in a vacuum cleaner refers to the original construction that all the other parts are installed on. The chassis, like a skeleton in the human body, provides support and maintenance for different parts. Bekr Holding's engineers have met society's needs by designing and producing high-quality home appliances and mechanical parts.
Reverse Engineering and Manufacturing of VHF/AM Radio for Training Aircraft
Developing a VHF/AM radio for a training aircraft entails creating a system that can securely and reliably communicate with control towers and other aircraft within the VHF frequency band. To create such a radio, essential components and considerations include the VHF frequency band, AM modulation, transmitter and receiver equipment, controllers and displays, power sources, antennas, and strict adherence to ICAO standards and regulations. The knowledgeable company, Bekr Holding, guarantees the optimal performance of this device by conducting comprehensive laboratory and operational tests to ensure correct functionality under various conditions, as well as precise calibration. Manufacturing VHF/AM radios for existing training aircraft in the country requires high precision and compliance with relevant aviation standards to ensure safe and effective communications during training flights.
Design and Manufacturing of VHF/AM Radio for Control Towers
The VHF/AM radio for control towers is used in airports to facilitate secure and reliable communication between air traffic controllers and aircraft. Building a VHF/AM radio for control towers involves designing and manufacturing equipment capable of transmitting and receiving audio signals within the VHF (Very High Frequency) band using AM (Amplitude Modulation). The design of the VHF/AM radio at Bekr Holding, a knowledge-based company, is carried out by experienced engineers and specialists. Key elements and stages in the production of such a radio include frequency selection, AM modulation, transmitter and receiver equipment, antennas, control software and hardware, and strict adherence to the standards and regulations set by the Civil Aviation Organization.
Commercial Aircraft Electronic Component Repairs (PART 145)
Part 145 pertains to a set of aviation regulations governed by national or international aviation authorities like the FAA (Federal Aviation Administration) in the United States and EASA (European Union Aviation Safety Agency) in Europe. These regulations are applicable to approved maintenance organizations and workshops that offer repair, maintenance, and inspection services for commercial aircraft and their components.
Requirements for Authorized Maintenance Organizations:
- Licenses and Certifications: Centers engaged in the repair and maintenance of aircraft components under Part 145 must hold valid licenses and certifications. These credentials demonstrate the organization's ability and qualifications to perform specified activities.
- Conditions and Standards: Repair activities must be conducted according to the standards outlined in Part 145 documentation and other relevant aviation regulations.
Repair of Commercial Aircraft Electronic Components:
- Includes: Communication systems and cabin electronic equipment.
- Related Documentation: Each component has valid documentation detailing technical specifications, production date, maintenance history, and other essential information.
Repair and Maintenance Process at Bekr Holding:
- Standard Repairs: Electronic components must be repaired following the manufacturer’s maintenance manuals or approved repair instructions (AMM - Aircraft Maintenance Manual).
- Calibration and Testing: After repair or replacement, components must undergo functional tests and calibration to ensure proper operation.
Traceability and Documentation:
- Component Traceability: In line with ISO structure and PART 145 certification, Bekr Holding maintains precise records of the status, repair history, and usage time for each electronic component.
- Documentation: All maintenance and repair activities are documented and stored for a specified period.
Quality Control and Safety Standards:
- Quality and Safety: As a PART 145 center, Bekr Holding operates quality management systems (ISO) to guarantee the quality and safety of repaired components.
- Periodic Inspections: Technical inspectors from Iran's aviation authorities conduct periodic inspections of this PART 145 center to ensure compliance with standards.
Training and Certification of Personnel:
- Certified Staff: The maintenance personnel at Bekr Holding PART 145 center receive specialized training in the repair and maintenance of aircraft electronic components.
- Qualifications: Technical staff hold the necessary certifications to carry out repair work.
Part 145 regulations are crucial for standardizing, ensuring safety, and improving the efficiency of commercial aircraft electronic component repairs. These regulations cover requirements for licenses, repair procedures, documentation, and personnel training. Strict compliance with these regulations is vital to guarantee flight safety. The good news is that Bekr Holding, a knowledge-based company, is a certified Part 145 commercial aircraft electronic component repair center located in Tehran. You can confidently rely on us for your commercial aircraft electronic component repairs.
Immobiliser
An electronic immobiliser system is one of the anti-theft devices for vehicles. Most modern cars are equipped with this system. The car will not start until the ECU lock is disengaged. In this system, a specific code is defined for the key and its placement, ensuring that even other keys with the same shape cannot start the vehicle. Modern cars have immobiliser keys, and the way it works is that a software lock is placed on the car's computer to prevent the engine from starting. The codes on a car's immobiliser system are identical to the codes on that car's key. When you turn the car key, if the codes do not match, the car will not start. The immobiliser is considered a security system for vehicles and only unlocks and allows the engine to start with a key that matches its code. Bekr Holding, a knowledge-based company, has successfully designed and produced the immobiliser system with the highest quality, relying on the expertise of its skilled engineers, and brought it to the market.
ECU
The Engine Control Unit (ECU) is the computer of the vehicle. This electronic component controls various parts of the car and coordinates their functions. The ECU communicates with numerous sensors throughout the engine and vehicle. Information is sent to the car's computer through these sensors, and based on this data, the ECU issues commands. The sensors then perform their operations according to the instructions received from this electronic component. If the car's computer encounters a problem, the sensors will also fail to function properly. Modern vehicles use a large number of sensors, and the more sensors there are, the easier it is for the computer to assess the vehicle's condition. The Bekr Holding, through reverse engineering, has successfully designed and produced high-quality versions of the ECU for Prid and Tiba vehicles, and has brought this product to the market.
In recent decades, there has been rapid advancement and increasing complexity in the technology of electronic components and product development. Information about electronic components is crucial for creating successful and widely used electronic products, especially for household appliances. Electronic boards serve as the command center for electrical appliances. They, along with mechanical components, enable advanced capabilities, optimize energy consumption, display information, and deliver smart performance in household devices. Bekr Holding has successfully designed and produced various electronic boards and micro-mechanical components for a range of household appliances, including refrigerators, vacuum cleaners, and washing machines. This has been achieved by harnessing the expertise and elite engineers in the science of reverse engineering.
The Off-Grid 48V DC Inverter Solar Air Conditioner operates without using electricity from the grid, effectively reducing operational costs by up to 100% throughout the day and night. The off-grid unit combines solar energy with a battery storage system. The solar air conditioning systems developed by Bekr Holding, a knowledge-based company, are designed for energy efficiency, cost reduction, and reliable performance without ongoing maintenance costs. In all DC systems, you benefit from very high efficiency without needing an inverter. The 48V air conditioning system is engineered to save electricity and operate reliably for years without maintenance. The operation of this device begins with the compressor, which uses 95% of the air conditioner’s power consumption. In all high-efficiency AC mini-split units, household electricity enters the system and passes through a rectifier (a component that converts the incoming AC power to DC power). The DC current then goes through a frequency driver that applies power to the motor. The frequency of the power regulates the motor’s output, which can be digitally managed to precisely control the motor's speed. Because DC current can be used more efficiently, all heat pumps with the highest AC efficiency and air conditioning units on the market use DC compressors.
A hybrid AC/DC solar air conditioning system differs from a DC inverter air conditioner. This product operates directly on DC power generated by solar panels during the day. With smart power management technology, the system can directly use DC power from solar panels without needing an inverter, battery, or controller. On a sunny day, when the solar power generated exceeds the air conditioner's power consumption, this hybrid system can draw maximum power from the solar panels, achieving an efficiency higher than the SEER21 rating. The device can be connected to solar DC power up to 380V/10A. This system, designed for hybrid applications, uses solar energy to provide the necessary power during sunny hours. It primarily uses solar energy and combines it with conventional 220V-240V AC power when needed. The indoor and outdoor units of the air conditioner significantly reduce energy loss and ensure low noise levels.
The invention of the hybrid AC/DC solar air conditioning system by Bekr Holding, a knowledge-based company (currently under patent registration), is designed to utilize solar energy. This system requires no batteries and only a small number of solar panels. On a sunny day, when air conditioning is needed, you can operate this device using solar panels at 100% efficiency. At night, this efficiency continues up to SEER21. Key features of the hybrid ACDC solar air conditioning system include:
- Smart
- Environmentally friendly
- Safe
- High efficiency