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SUBSTATION TELECOMMUNICATION SERVICES

BIC Electric provides comprehensive Substation Telecommunication Services to ensure that our clients' substation communication systems are fully operational and optimized. Our services include the installation, wiring, configuration, and testing of communication circuits for exchanging telemetry and data with station devices such as relays and meters. We work with a variety of vendors, including Cisco, Ruggedcom, iS5 Communications, SEL, Arbiter, and others, to provide the best solutions for our clients' needs.

Installation, wiring, configuration, and testing of communication circuits for exchanging telemetry and data with stations devices (IED = Relays, Meters, etc.)

At BIC Electric, we have extensive experience in working with various vendors and communication protocols to provide reliable and efficient substation telecommunication services. Our team can ensure that the communication circuits are installed and configured properly, and thoroughly tested to ensure seamless integration with the substation automation system.

WHAT WE DO:

  • Serial (RS-232, RS-485)

  • Ethernet (LAN, WAN)

  • Radiofrequency (RF)

  • WiFi (Wireless)

  • ​Fiber (Plastic, Glass, Multimode, Monomode)

  • Prepare and submit to the customer as-builts produced at the construction site.

  • Provide support during the interconnection and energization of the project.

  • Project closure (technical, financial)

Substation Telecommunications Infrastructure

A reliable and secure telecommunications infrastructure is crucial for the smooth and efficient operation of a substation. At BIC Electric, we provide comprehensive substation telecommunication services, including the design, installation, and maintenance of telecommunications infrastructure. 

WHAT WE DO:

  • Installation, wiring, configuration, and testing of telecommunications equipment for supporting station local and remote networking activities, and for implementing cybersecurity solutions for protecting the energy infrastructure from sabotage and terrorism.

Cisco, Ruggedcom, iS5 Communications, SEL, Arbiter, amongst others, are a sample of the vendors whose products have been used by BIC

The selection and integration of various hardware and software components, such as routers, switches, firewalls, and other network devices, to ensure seamless communication and data exchange between different substation systems and devices. 

WHAT WE DO:

  • Routers

  • Switches

  • Modems

  • GPS Clocks, amongst other equipment used for internal and external networking.

Substation Automation Systems (SAS)

Substation Automation Systems (SAS) are critical components of modern power systems, enabling the remote monitoring, control, and automation of various substation devices and systems. At BIC Electric, we have extensive experience in designing, installing, and commissioning SAS solutions for different types of substations. 

WHAT WE DO:

  • Installation, wiring, configuration, and testing of Substation Automation Systems (SAS) for acquiring data from stations, for implementing algorithms and automatisms required for making the power system more reliable, and for monitoring and controlling the energy infrastructure more efficiently and in real time.

NovaTech (Orion), SEL (RTAC), EFACEC, ARTECHE, amongst others, are manufacturers whose products and solutions have been used by BIC

Our team of experts can help you select and integrate the right hardware and software components, such as RTUs, PLCs, HMIs, and SCADA systems, to create a robust and reliable SAS solution that meets your specific needs and requirements. 

WHAT WE DO:

  • RTUs

  • HMIs

  • Relay Data and Communication Processors

  • Substation Data and Communication Processors

  • Inputs/Outputs Modules

  • Meters, Transducers, Power Quality, amongst other

  • Smart Grid solutions and equipment.

Substation Communication Protocols

Substation communication protocols are used to facilitate the exchange of information between various Intelligent Electronic Devices (IEDs) and the substation automation system (SAS). These protocols ensure the seamless communication of data and enable the integration of multiple devices from various manufacturers. 

WHAT WE DO:

  • Configuration and testing of communication protocols required for acquiring and exchanging telemetry data from stations devices (IED = Relays, Meters, etc.) for allowing remote access for substation engineering purposes, for maintenance and troubleshooting work, and for allowing monitoring and controlling activities via SCADA (Transmission and Distribution Control Centers) over Generation, Transmission, and Distribution substations.

Preparing, Implementing, and Testing the Mapping Profiles and Remplates Required for Extracting Data and Exchanging Telemetry with IEDs from Worldwide Manufacturers

Common substation communication protocols include DNP3, IEC 61850, Modbus, and Profibus, among others. Choosing the appropriate protocol for a specific substation depends on several factors such as the type of equipment used and the specific requirements of the substation. 

WHAT WE DO:

  • EC 60870-5 101/103/104

  • Modbus

  • DNP3

  • IEC 61850 (Client/Server, Publisher/Subscriber, Goose Messaging)

    • Implementation at Substation Level

    • Implementation at Control Center Level

Substation Communication Aided Protection Schemes

Substation Communication Aided Protection Schemes refer to the use of communication technology to enhance the performance and reliability of protective relaying systems in substations. These schemes utilize communication networks to exchange data and coordinate the protective functions of relays and other protective devices. By integrating communication technology with protection systems, substation operators can detect faults faster, isolate them more accurately, and minimize the impact of disturbances on the power system. Substation Communication Aided Protection Schemes can improve the overall reliability, availability, and security of the power system, making it more resilient to disruptions and ensuring uninterrupted power supply to customers.

WHAT WE DO:

  • Power Line Carrier - Installation, wiring, configuration, calibration, and end-to-end checkouts of power line carrier systems, which includes testing and commissioning of:

    • Wave Trap

    • Tuning Package

    • Radios (Ametek UPLC, RFL Gard, amongst other manufacturers)​

  • OPGW Fiber (Overhead Power Ground Wire Fiber Cable) - Installation, wiring, configuration, calibration, and end-to-end checkouts of power line fiber circuits, which includes all the following activities:

    • Fiber termination, splicing, testing and certified analysis with refractometer.

    • Fiber patch panels installation.

    • Fiber splicing (OPGW to OPGW, OPGW to dielectric FO)​

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