Airports Installations and Energy

E/M installations

All kinds of electromechanical installations concerning Airport infrastructure, i.e. install/modify power supplies, lighting, air-conditioning, cable pulling, electrical panels and switchgears installation/modification, airfield lighting cabling and termination, baggage handling cabling and communication network.

Electromechanical (E/M) installations play a crucial role in the seamless operation of airport infrastructure, encompassing a wide range of services tailored to meet the dynamic needs of these complex environments. These services include the installation and modification of power supplies, ensuring a reliable energy source for the entire airport. Lighting systems, both within terminals and on the airfield, are designed and installed to enhance visibility and safety. The air-conditioning systems are meticulously set up to provide comfort for passengers and staff alike. Cable pulling tasks lay the foundation for robust electrical and communication networks, essential for the operation of electrical panels, switchgears, and baggage handling systems. Furthermore, the installation and termination of airfield lighting cabling are critical for navigational aids, while the cabling and integration of communication networks ensure efficient baggage handling and overall airport operations. These E/M installations are vital for maintaining operational excellence, safety, and passenger satisfaction in airports.

IT Services

Fiber optic pulling, termination and certification with proper certified instrument, network cabling and certification, FIDS installation, automatic passport control gates with iris recognition and finger print recognition, automatic ticket control gates installation, self baggage drop-off equipment installation.

In the realm of IT Services, offering comprehensive solutions is key to supporting advanced technological infrastructures. This encompasses a wide range of specialized tasks, including the pulling, termination, and certification of fiber optic cables using certified instruments. Such precision ensures high-speed, reliable network connectivity, crucial for the backbone of any IT system. Network cabling and certification further solidify this foundation, guaranteeing efficient data transfer and communication. Additionally, the installation of Flight Information Display Systems (FIDS) enhances real-time information dissemination. Security is bolstered through the deployment of automatic passport control gates equipped with iris and fingerprint recognition technologies, streamlining passenger verification processes. Furthermore, the setup of automatic ticket control gates facilitates efficient entry management, while the introduction of self baggage drop-off systems improves the check-in experience. These integrated IT services not only optimize operational efficiency but also significantly enhance user experience and security in complex environments.

CCTV

High visibility cameras installation, relevant fiber optic pulling, termination and certification with proper instrument, utp cabling.
The installation of high-visibility CCTV cameras is a sophisticated security enhancement project that involves several critical steps to ensure optimal performance and reliability. This process includes the pulling of relevant fiber optic cables to support high-speed data transmission, ensuring that camera feeds are delivered in real-time with minimal latency. The termination and certification of these fiber optic connections are carried out with precision instruments, guaranteeing the integrity and efficiency of the data pathway. Additionally, UTP (Unshielded Twisted Pair) cabling is utilized for its versatility and cost-effectiveness in transmitting CCTV signals. This comprehensive approach not only enhances the surveillance capabilities with high-quality imaging but also ensures robust and secure data transmission infrastructure. Such installations are pivotal for areas requiring enhanced security measures, providing a scalable and reliable surveillance solution that can be integrated into existing 20KV networks for expanded coverage and control.

20KV

Airport’s main switchgear modification, addition of new switchgears, compact stations modifications, 20KV network extension.
The modification of an airport’s main switchgear, alongside the addition of new switchgears and compact station modifications, is a complex but essential upgrade for enhancing electrical infrastructure. This project involves extending the 20KV network, a critical component for ensuring the reliable distribution of power across the airport’s facilities. By integrating new switchgears, the airport can better manage its electrical loads, improve safety, and increase efficiency. The extension of the 20KV network also allows for future expansions and the integration of advanced technologies. These modifications ensure a robust and resilient electrical system, capable of supporting the airport’s growing energy demands while maintaining high standards of safety and reliability. This strategic upgrade is pivotal for airports aiming to modernize their operations and infrastructure.

PV Energy

Design, installation and commissioning of medium range PV (up to 500KW).
The design, installation, and commissioning of medium-range PV systems, up to 500KW, are critical for harnessing solar energy efficiently. This process begins with a meticulous design phase, where experts evaluate the site’s solar potential and tailor the PV system to meet specific energy needs while optimizing space and resources. The installation phase follows, involving the strategic placement of solar panels, inverters, and wiring to ensure maximum energy capture and conversion. Commissioning is the final step, entailing rigorous testing to confirm the system’s operational efficiency, safety, and compliance with relevant standards. This comprehensive approach ensures the PV system delivers sustainable, renewable energy, significantly reducing carbon footprints and contributing to energy independence.

EV CHARGERS

Installation and commissioning of EV chargers.
The installation and commissioning of EV chargers are pivotal steps towards embracing the future of transportation. As electric vehicles (EVs) gain popularity, the demand for efficient and reliable charging infrastructure grows. The process involves careful planning, from selecting the optimal location to integrating the chargers with existing electrical networks. Professional installation ensures that the chargers meet all safety and performance standards, providing users with confidence in their charging experience. Commissioning follows, involving thorough testing to verify that the chargers operate correctly, efficiently, and are ready for public or private use. This phase is crucial for ensuring the longevity and reliability of the charging stations, marking a significant milestone in the transition to sustainable transportation solutions.