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Medium Voltage Systems

Medium voltage systems are used for power distribution in electrical power systems and manage higher voltage and power levels. They usually operate at voltage levels between 1 kV (1000 volts) and 36 kV. These systems are designed to transmit, distribute and control electrical energy and are often used in electrical transmission lines and grids.

Medium voltage transmission lines used to transmit electrical power are installed, maintained and repaired. These lines generally operate at voltage levels between 1 kV and 36 kV..

We install, maintain and repair transformers used in medium voltage systems. Transformers are devices that convert high voltage electricity to lower voltage levels or vice versa.

Installation, maintenance and repair of switching and control equipment such as switchgear, breakers, disconnectors.This equipment is used to control current and ensure safety in electrical circuits.

Installation and adjustment of protection and control systems used in medium voltage systems.These systems provide protection of the system in cases such as overcurrent and overvoltage.

Installation of insulators and appropriate fasteners to ensure safe isolation in electrical circuits

New medium voltage projects are planned and designed. After the application is made, acceptance procedures are completed by negotiating with the relevant unit.


Low Voltage Systems

Low voltage systems are systems that operate at lower voltage and power levels in electrical power systems. They usually operate at voltage levels of less than 1 kV (usually 1000 volts or less). Low voltage systems are designed for the distribution, control, protection and utilization of electrical energy.


Low Voltage Systems

  • Cable Tray
  • Lighting
  • Socket Installation
  • Low Voltage Panel Works
  • Mechanical Device Feeds
  • Switch Socket Assemblies




Weak Current Systems

Weak current refers to low voltage sources used in electrical installations to operate devices such as telephones, doorbells, antennas and fire alarm systems. Since the voltage in weak current systems is low, there is no risk of electric shock. Weak current is also defined as electrical installations that do not harm (shock) people.


Weak Current Systems

  • Smart Home Systems
  • CCTV systems
  • Burglar Alarm Systems
  • Access Control Systems
  • Rack Cabinet Systems
  • Voice Over and Emergency Announcement Systems
  • Telephone / Switchboard Systems
  • TV / Satellite Systems
  • Fire Alarm Systems
  • Structured Cabling
  • Network




Lightning Protection and Grounding Systems

Since lightning contains an intense electrical charge, it creates very caustic effects in the environment where it strikes. Therefore, lightning protection methods are vital measures. Generally, lightning protection systems are used in high and crowded buildings. Thus, the safety of life and property is guaranteed. The device that attracts the electric charge in the clouds and then transfers it to the ground through cables is called a lightning rod.

The vital lightning protection installation has some standards. In lightning rods, components such as lightning rod pole, pole clamp, lightning rod pole fixing clamp, tile clamp, down conductor, wall clamp, down pipe, grounding electrode must be included as standard. On the other hand, lightning protection systems differ according to their area of use. There are systems such as active lightning rod, Faraday cage, Frenklin rod, internal lightning protection


Lightning Blocking System Usage Areas

  • Factories and Industrial Plants
  • Airports
  • GMS Towers
  • Villas and apartments
  • Boats and watercraft
  • Wind Power Plants




Energy Systems

One of the basic components of energy systems is the process of energy production. In this process, energy is obtained from various sources such as fossil fuels (coal, oil, natural gas), nuclear energy, hydroelectric energy, wind energy, solar energy. Energy production is realized through power plants and renewable energy facilities.

The generated electrical energy is transported to the points of use through transmission lines and distribution networks. High voltage (high voltage) and medium voltage (medium voltage) transmission lines are used in this process. Distribution centers and transformer stations reduce the voltage level of the energy, making it suitable for indoor use.

Energy storage systems are used in situations where energy demand is variable (e.g. storing energy from renewable sources such as solar energy or wind energy). Storage systems can be realized by various methods such as battery technologies, hydraulic storage, thermal storage.

Energy efficiency and management strategies are developed for efficient operation of energy systems and effective use of energy resources. This includes the use of energy-saving technologies, energy consumption monitoring and control systems, and smart grid applications.

Renewable energy sources (solar, wind, hydroelectric, biomass, etc.), which have gained increasing importance in recent years, play an important role in terms of sustainability and environmental impacts of energy systems. Renewable energy sources contribute to the fight against climate change by reducing carbon emissions



Automation Systems

Computer-based control systems that automatically control and manage industrial machines, systems or processes. These systems collect data through sensors, process that data and then take the necessary actions.

Specialized computers designed for industrial automation. PLCs can be programmed to perform a specific operation and are often used in factory automation.

Software solutions used to automate different processes in businesses. For example, processes such as financial transactions, inventory management, customer relationship management can be managed with automation software.

Systems that collect data through sensors and analyze this data to make decisions. For example, energy usage monitoring systems or production efficiency analysis systems.

Systems that monitor and manage energy consumption in buildings or industrial plants.

Automated testing equipment and software used to check the quality of products. Automation systems are often used to increase efficiency, reduce costs, reduce the possibility of errors and make processes more consistent. They can be designed and implemented specifically for each industry or application area.



Consulting Services

Within the scope of the consultancy service, studies are carried out to determine the necessary systems suitable for the purpose of investment and to calculate the costs and to determine the feasibility. In incentivized projects, lists of equipment to be imported are created, reports are prepared, and the assembly is checked for compliance with the project and specifications. Supervision and necessary coordination are provided for the completion of the work within the specified period. Preparation of work contracts with contractors and suppliers, control and approval of progress payments and final accounts are audited.