Power Current Systems

Lighting and Socket Distribution Systems

Lighting and socket distribution systems are fundamental infrastructure components that ensure the safe and efficient use of electrical energy in buildings and industrial facilities. Lighting systems are designed to provide appropriate illumination levels in both indoor and outdoor spaces, supported by LED and smart control systems for energy efficiency and sustainability. Socket distribution systems, on the other hand, are designed according to load calculations to ensure the safe power supply of electrical devices and are equipped with overload protection measures. In modern buildings, modular socket solutions and automation systems tailored to user needs enhance energy management efficiency.

LV - Low Voltage Panel Distribution Systems

Low voltage (LV) panel distribution systems are critical infrastructure components that ensure the safe and orderly distribution of electrical energy. These panels are designed to control the electricity received from power supply points, direct it to different load groups, and provide a safe operation. Thanks to the circuit breakers, fuses, and protection relays they contain, they ensure system safety in case of short circuits and overloads. Modern LV panel systems are equipped with smart metering and automation technologies to optimize energy management and enable remote monitoring. These systems, widely used from industrial facilities to commercial buildings, enhance energy efficiency while also simplifying maintenance and operational processes.

Cable Trays and Cable Carrier Systems

Cable trays and cable carrier systems are essential infrastructure components that ensure the safe and organized routing of power and data cables. These systems facilitate cable management, enhancing installation safety and making maintenance and repair processes more accessible. Manufactured from different materials such as galvanized steel, stainless steel, and aluminum, cable trays can be designed as open, perforated, or closed types depending on the application area. Widely used in industrial facilities and commercial buildings, cable carrier systems extend cable lifespan by minimizing fire and mechanical damage risks. Additionally, their modular structure allows easy adaptation to changing project requirements and provides an organized cabling infrastructure that supports energy efficiency.

Explosion-Proof Systems for Hazardous Areas

Hazardous areas, where flammable gases, vapors, or dust are present, pose serious safety risks in industrial facilities. Explosion-proof (Exproof) systems used in such environments are specifically designed to minimize the risk of explosion caused by potential sparks or overheating. Exproof systems are applied to a wide range of equipment, including electrical devices, lighting, junction boxes, and motors, and are manufactured in compliance with international safety standards. Widely used in chemical plants, oil refineries, mining operations, and manufacturing facilities handling flammable materials, Exproof systems provide a safe working environment. Equipped with special enclosures and sealing technologies, these systems prevent hazards such as electrical arcs or excessive heating, ensuring both personnel and asset protection.

Rectifier and Uninterruptible Power Supply (UPS) Systems

Rectifier and Uninterruptible Power Supply (UPS) systems are power solutions that ensure the continuous and secure supply of critical loads, minimizing the adverse effects of power outages. Rectifier systems convert alternating current (AC) to direct current (DC) to charge battery systems and meet uninterrupted energy demands. UPS systems, on the other hand, step in during sudden power outages or fluctuations to protect connected devices and ensure the seamless continuation of operations. These systems, widely used in industrial facilities, data centers, hospitals, and telecommunication infrastructures, are of great importance in terms of energy efficiency and safety. Modern UPS and rectifier solutions are equipped with smart technologies such as remote monitoring, automatic load management, and energy optimization, enhancing their ability to provide continuous power.

Emergency Lighting Systems

Emergency lighting systems are critical systems designed to ensure safe evacuation during power outages or emergency situations. These systems provide guidance and illumination in buildings, especially during fires, earthquakes, or other emergencies, helping to prevent panic and accidents. Emergency lighting systems operate with independent batteries or centralized power supply units, activating immediately in case of a power failure and providing illumination for a specific period. Mandatory in high-traffic areas such as hospitals, shopping malls, industrial facilities, and public buildings, these systems must be designed in compliance with applicable safety regulations. Modern emergency lighting solutions supported by LED technology are long-lasting and energy-efficient, featuring automatic testing and monitoring functions to ensure continuous operation.

Compensation Systems

Compensation systems are critical infrastructure solutions that ensure reactive power control in electrical grids, enhancing energy efficiency. In industrial facilities, commercial buildings, and energy-intensive enterprises, failure to balance reactive power can lead to high penalty charges and energy losses. Compensation systems prevent unnecessary loading on the grid by balancing capacitors and inductive loads, resulting in cost savings on electricity bills. Modern compensation systems are equipped with automatic control panels and smart reactive power relays, allowing them to respond quickly to real-time power demands. Supported by harmonic filters, these solutions improve grid quality and extend the lifespan of motors, transformers, and other electrical devices. Thus, businesses can optimize energy costs while maximizing system reliability.

Busbar Power Distribution Systems

Busbar power distribution systems are modern electrical infrastructure solutions that ensure safe, efficient, and flexible energy transmission. Compared to traditional cable systems, busbar systems are more compact, modular, and durable, offering high current-carrying capacity and easy installation, making them a preferred choice in industrial facilities, commercial buildings, and data centers. These systems provide flexibility in power distribution, allowing quick adaptation to changing load demands and simplifying maintenance processes. Manufactured with aluminum or copper conductors, busbar systems maximize efficiency by minimizing energy losses. With their fire-resistant and highly insulated structures, busbar systems provide safe operation, making them an essential component of modern electrical infrastructure.

Generator and Synchronization Systems

Generator and synchronization systems are powerful solutions used to ensure energy continuity and provide uninterrupted power to critical loads. Generator systems, which activate during power outages, are crucial for hospitals, data centers, industrial facilities, and large-scale enterprises. However, in systems with multiple generators or grid-connected configurations, power sources must operate in synchronization. Synchronization systems optimize energy management by ensuring that multiple generators or generator-grid connections operate in harmony. These systems balance frequency, voltage, and phase angle, regulate load sharing, and enable smooth transitions during power interruptions. Supported by smart automation and control panels, modern generator synchronization solutions enhance energy security, providing a more efficient and sustainable power management system.