ENERGY AUTOMATION, MONITORING AND CONTROL

The product family and technology belonging from our sister company IGrid T&D.

A complete solution for all automation, supervision and control of energy network, ensuring maximum scalability, from small distribution substations to complex electrical transmission systems.

RTU

A new integrated and scalable platform designed for automation and remotization of HV and MV distribution Substation.

BAY CONTROL UNITt

Advanced and compact BCU providing high density I/O, access to IED’s trough several communication protocol, analogue AC/DC input, a full color HMI for local control and Digital Fault Recording.

GATEWAY

The smart and highly adaptable platform for Substation automation, data concentration, multi protocol conversion.

SCADA

SCADA for Substation Automation, Power Distribution Systems & Automated Generation Control.

EXPLORE THE SMART SOLUTIONS AND PRODUCTS DESIGNED WITH OUR SISTER COMPANY.

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RTU BAY CONTROL UNIT GATEWAY SCADA CCI UPDM

RTU

iRTU

Remote telecontrol units (RTUs) for SCADAs are frequently employed as bay controllers for data acquisition in substations, often requiring further devices for gateway and more advanced functionalities like load shedding or microsecond timestamping. Our modular iRTUs are powerful controllers with embedded ethernet switches, state-of-the-art features and internal I/Os, allowing you to do it all with one small device.

They can map serial servers to IEC 61850 logical nodes, collect and process data from old and new IEDs, report directly to the control center with any standard protocol (e.g. IEC 60970-5-104, DNP3) and handle all common protocol conversions: Modbus to IEC 61850, IEC 101 to IEC 104, Modbus RTU to Modbus TCP, Modbus to Ethernet IP (Serial to Ethernet in general), IEC 103 to DNP3 and many more.

A network architecture based on iRTUs is open and scalable: you can easily integrate future generations of devices (IEDs, sensors, routers etc.) and adapt to any present and future needs, such as changing the network topology or communication media.


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iRTUe

Our remote I/O expansion units communicate with IEC 61850 GOOSE, allowing to extend and distribute the acquisition and command capabilities of  IEC 61850 masters (GOOSE subscribers). We offer flexible I/O board configurations to fulfill any application requirement, making the iRTUe the perfect choice to both set-up and retrofit electrical communication networks.

Contemporary substation automation calls for advanced I/O modules to provide modern services such as interlocking or load shedding. These functionalities rely on state-of-the-art characteristics, which cannot be realised with serial communication media and old protocols. For this reason, the iRTUe executes  IEC 61850 GOOSE messaging  in a processing time under 3ms. 

They connect via double Ethernet (RJ45, ST or SC) or serial (EXP422) port and are synchronized with IEEE 1588 (PTP) to ensure optimal time accuracy. This allows the iRTUe to communicate with any other equipment in the network: for instance RTUs, gateways, other iRTUe modules and third-party IEDs on the substation process bus.


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BAY CONTROL UNIT

IBU 4U

The bay control unit (BCU) performs control in accordance with control commands from network to control equipment and monitoring the bay power apparatus .electrical substation consists of two parts, main circuits and auxiliary circuits ,that the BCU integrates all of the auxiliary functions in a single unit.


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IBU 6U with LCD

The bay control unit (BCU) performs control in accordance with control commands from network to control equipment and monitoring the bay power apparatus .electrical substation consists of two parts, main circuits and auxiliary circuits ,that the BCU integrates all of the auxiliary functions in a single unit.


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IBU 6U without LCD

The bay control unit (BCU) performs control in accordance with control commands from network to control equipment and monitoring the bay power apparatus .electrical substation consists of two parts, main circuits and auxiliary circuits ,that the BCU integrates all of the auxiliary functions in a single unit.


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GATEWAY

iGW

The data collection from meters, protection relays, and other IEDs can be performed using any protocol, inlcuding IEC 60870-5, IEC 61850 (MMS/GOOSE), DNP3, DLMS, Modbus or Procome, whilst managing a microseconds timestamp resolution via NTP or PTP. Further, the iGW can also process and transfer the data to one or multiple control centers or SCADA master stations using upstream protocols such as IEC 104, IEC 101, TASE2.0/ ICCP (IEC 60870-6), IEC 61850-90-2, DNP3, and Modbus RTU/TCP. A network architecture based on iGWs is open, efficient and scalable, as it allows to integrate coming generations of devices (IEDs, sensors, routers etc.) and adapt to any kind of changes made to your power distribution network, saving you lots of time and money.


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iGWlite

The data collection from meters, protection relays, and other IEDs can be performed using any protocol, inlcuding IEC 60870-5, IEC 61850 (MMS/GOOSE), DNP3, DLMS, Modbus or Procome, whilst managing a microseconds timestamp resolution via NTP or PTP. Further, the iGWlite can also process and transfer the data to one or multiple control centers and SCADA master stations using upstream protocols such as IEC 104, IEC 101, TASE2.0/ ICCP (IEC 60870-6), IEC 61850-90-2, DNP3, and Modbus RTU/TCP. A network architecture supported by an iGWlite is open, simple and scalable, allowing to integrate coming generations of devices (IEDs, sensors, routers etc.) and adapt to any kind of changes made to your power distribution network, saving you time, money and space on your DIN-Rail.


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SCADA

iControl

Supervisory Control and Data Acquisition (SCADA) systems are fundamental for the automation and local/remote control of generation plants and substations. iControl SCADA software is adaptable to any application requirements, from small substations and power plants to full medium voltage grids, always working in the same environment.

Our SCADA automation systems provide an intelligent HMI for real-time monitoring and control combined with advanced data acquisition, regardless of the communication protocol, the RTU to connect to, or the architecture (standalone, client/server or redundant) in place.

iControl SCADA also guarantees complete interoperability and unites all important functionalities for electricity distribution networks, such as single-line diagrams, playback event reproduction, quality of service calculations (SAIDI & SAIFI ratios), templates or SQL database and alarm/event management. It was specifically designed for the energy sector, allowing us to create a simple and intuitive interface for the operation and configuration of substation automation systems (SAS) and distribution control centers.


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CCI

KIT CCI

The European Electricity Transmission System Guidelines establish the importance of monitoring distributed generation, particularly from renewable sources.
ARERA assigns DSOs the task of acquiring, and sending to TSOs, the data of generation plants.
The CEI, with Annexes O and T, introduces the Central Plant Controller (CCI).
A system that, installed at the Delivery Point, allows the DSOs to monitor the production plant of the active user, making it participate in the balancing of the network.

In order to meet the new requirements introduced by the CEI016 standard, Thytronic proposes a KIT for measuring power flows to be integrated with CCI. 

The iCCI THY KIT includes:
  • Multifunctional protection relay of the new X-MORE platform - XMR-P
  • Additional protection measurement module with integrated splitter and network analyser
  • Directional protection function package XSAS#PD00
  • ThySensor array with 0.5 accuracy class for field measurement of voltage and current quantities
  • Toroid for homopolar current measurement
For more information please contact us at thytronic@thytronic.it


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UPDM

UPDM - Unità Periferica Difesa e Monitoraggio

In order to ensure the security of the National Electric System and prevent the propagation of a disturbance in the Transmission system with serious repercussions on the entire national grid, Terna has defined a Defense Plan. The Defense Plan includes all control actions arranged by Terna itself and implemented through individual systems and/or equipment, aimed at maintaining or returning the electricity system to a normal condition. 
In this perspective, the defense systems are intended to implement corrective actions such as disconnection actions in the case of predefined events or the need to modulate production. 
Within the production facilities enslaved to Terna's defense system, the Peripheral Defense and Monitoring Unit (UPDM) is a system that aims to acquire real-time measurements and other information from controlled processes from local protection, command, control, and supervision systems and to implement production detachment and modulation commands following the receipt of a message from other peripheral equipment or from Terna's central defense system. 
In order to ensure suitable response times, data exchange between the central defense system and other equipment in the field is performed via a dedicated telecommunications network, distributed to cover the entire country. The protocol used is based on the IEC 60807-5-104 standard. 

Main characteristics that the UPDM equipment must guarantee:
  • Flexibility to adapt to various applications and to the evolution of the system
  • Ability to interface with multiple centers simultaneously and to manage multiple communication channels on separate networks
  • High processing capacity and response times of less than 20 ms between receipt of command messages and their implementation 
  • Local management of logical automation sequences
  • Architecture based as much as possible on distributed intelligence

Thytronic's proposal

The UPDM apparatus developed by Thytronic, is certified in class A+ according to Terna's latest technical specifications. Therefore, it guarantees a time of less than 10ms for message issuance and simultaneous implementation of all prearranged commands. 
This class therefore guarantees the use of the Thytronic UPDM apparatus in all production facilities, such as generation plants, wind, photovoltaic and hydroelectric plants for which the defense system defined by Terna can be applied. 
 

Thytronic's offerings include: 


  • UPDM Central Defense and Monitoring Unit approved by Terna as per specification "TSPSD0707"
  • System engineering and cabinet supply
  • System configuration, installation and field testing
  • Accessories for interfacing with MPLS routers 
  • Interfacing for analog input signals and output control signals. 
The same equipment proposed by Thytronic can be used as UPDC (Peripheral Load Detachment Units) for interruptible users.


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