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Standalone Touchscreen for HV Simulation

SGT 9030 – Standalone Touchscreen Tablet for HTB Component Simulation, real-time monitoring and SF6 threshold testing. It interfaces directly with SCUs via digital I/O and integrates with IEC 61850 architectures. Versatile and robust, it adapts to R#SPACE and ELECTRE platforms and facilitates the validation of HV substations.

Standalone Touchscreen for HV Simulation

Real-time monitoring and SF6 threshold testing of HV components, direct SCU interface and IEC 61850 integration.

ACTIA Energy » Solutions » Network Testing & Monitoring » Standalone Touchscreen for HV Simulation

Standalone Touchscreen for HV Simulation

Produit ACTIA EnergySGT 9030

SGT 9030 – Standalone Touchscreen Tablet for HTB Component Simulation, real-time monitoring and SF6 threshold testing. It interfaces directly with SCUs via digital I/O and integrates with IEC 61850 architectures. Versatile and robust, it adapts to R#SPACE and ELECTRE platforms and facilitates the validation of HV substations.

SGT 9030 – Standalone Touchscreen Tablet for HV Simulation

The SGT 9030 – Smart Grid Touch is a standalone touchscreen tablet designed to simulate the main components of the HV network: circuit breakers (CB), diverter switches (DS), line switches (LS) and earthing switches (ES). Thanks to its intuitive graphical interface, it enables real-time supervision of operations, testing of SF6 thresholds, management of marking and locking of SA, ST and TT (Voltage Transformers) signalling and locking, as well as complete management of non-complementarities (00/11) on all components.

This simulator covers all 63 kV to 400 kV HV topologies, in single or double busbar configurations, and manages realistic operating scenarios. It interfaces directly with SCUs (Switchgear Control Units) via digital I/O in an IEC 61850 (process level) environment.

The SGT 9030 communicates via three I/O cards (48 ports in total), with fully configurable control: timing, interlocks, internal faults, PVH triggering, etc. , interlocks, internal faults, PVH triggering, etc. It is equipped with Phoenix Contact terminal blocks, powered by 48 V or 127 V DC, and can be integrated into R#SPACE, ELECTRE bearing cabinets.

Versatile, robust and scalable, it is designed for test platforms, field technicians, HV network maintenance services, demonstration benches and training centres.

Its software architecture, developed under PyQt5, allows for advanced customisation via JSON files to adapt the tool to all test environments.

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SGT 9030 – Standalone Touchscreen Tablet for HV Simulation

The SGT 9030 – Smart Grid Touch is a standalone touchscreen tablet designed to simulate the main components of the HV network: circuit breakers (CB), diverter switches (DS), line switches (LS) and earthing switches (ES). Thanks to its intuitive graphical interface, it enables real-time supervision of operations, testing of SF6 thresholds, management of marking and locking of SA, ST and TT (Voltage Transformers) signalling and locking, as well as complete management of non-complementarities (00/11) on all components.

This simulator covers all 63 kV to 400 kV HV topologies, in single or double busbar configurations, and manages realistic operating scenarios. It interfaces directly with SCUs (Switchgear Control Units) via digital I/O in an IEC 61850 (process level) environment.

The SGT 9030 communicates via three I/O cards (48 ports in total), with fully configurable control: timing, interlocks, internal faults, PVH triggering, etc. , interlocks, internal faults, PVH triggering, etc. It is equipped with Phoenix Contact terminal blocks, powered by 48 V or 127 V DC, and can be integrated into R#SPACE, ELECTRE bearing cabinets.

Versatile, robust and scalable, it is designed for test platforms, field technicians, HV network maintenance services, demonstration benches and training centres.

Its software architecture, developed under PyQt5, allows for advanced customisation via JSON files to adapt the tool to all test environments.

Features

  • Complete simulation of HV components: circuit breakers, switch disconnectors, line disconnectors and earth disconnectors
  • Real-time supervision with status feedback on positions and motor signals
  • Fully configurable operating time delays according to field requirements
  • Management of non-complementarities (00 / 11) on all components (DJ, ST, SL, SA1, SA2)
  • SF6 threshold testing and fault simulation (fuse blowing, PVH tripping, etc.)
  • Management of marking and locking of SA, ST and TT (Voltage Transformer) components
  • Intuitive PyQt5 touchscreen interface with functions grouped by tab
  • Dynamic display of operating times via interactive sliders (ms/s)
  • I/O control via I²C bus – 3 cards with 16 inputs/16 outputs
  • Customised configuration via JSON files (timers, topologies, interlocks)
  • Compatible with all HV topologies from 63 kV to 400 kV – single or double busbar
  • Direct integration into substations

Technical specifications

  • Format: industrial tablet in Phoenix Contact UCS enclosure
  • Dimensions: 237 × 195 × 67 mm
  • Weight: 1.5 kg
  • Power supply: 48 V or 127 V DC, via custom ACTIA power supply card
  • Integrated protections:
    • Polarity reversal
    • Power supply overvoltage
  • Internal architecture:
    • Raspberry Pi 4 with customised Linux OS
    • I²C-controlled I/O interface circuit board
    • Integrated THN 30-7211WIR power supply board with protection features
  • User interface:
    • Capacitive touch screen
    • Graphical interface developed in PyQt5
    • Dynamic configuration via JSON files
  • Connectivity:
    • 3 x 16 I/O cards (48 I/O in total)
    • Phoenix Contact terminal blocks
  • Compatibility:
    • HTB 63 to 400kV topologies, single and double busbar
    • R#SPACE, ELECTRE bearings
    • Operating temperatures: 0 to +50°C
  • Mounting: 360° adjustable magnetic mount

Applications

  • HV component functional tests: realistic simulation of components (DJ, SA, SL, ST, TT) to validate all 63–400 kV topologies,
  • Bay and cabinet testing: rapid verification of protection, control or field integration bays (BADT, etc.),
  • Automation simulation: reproduction of complex logic (HV, MV, LV, Automotive, R&D, etc.) via customisable JSON configuration,
  • Maintenance & commissioning: on-site control of control/feedback logic via SCU, IEC 61850,
  • Training & demonstration: interactive tool for technicians, R&D and educational centres.

Brochure

SMART-GRID-TOUCH-E1-FP-FR
SMART-GRID-TOUCH-E1-FP-FR

See also

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40+ years of experience

Since 1985, ACTIA Energy has specialised in solutions for the energy sector.

Made in France

Products developed, integrated and tested at our site in Puy-Sainte-Réparade (13) France.

Customer Support

Technical support and MCO available Monday to Friday.

Certifications

ACTIA Energy is certified to ISO 9001, ISO 14001 and ISO 45001.

Delivery

Secure shipping in France and internationally.

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About

ACTIA Group is a family-owned, international, technological and industrial medium-sized enterprise (SME) headquartered in France. A human-sized, agile and innovative company, ACTIA has been driven by a strong entrepreneurial spirit since its creation in 1986.
ACTIA designs, manufactures and operates electronic solutions that address major challenges in the land mobility, aerospace and energy sectors. At the heart of today’s world, ACTIA supports its stakeholders in meeting the challenges of energy transition, sustainable development and connectivity.

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