Việt nam Anh

Chinese

Japan

Korenan

  2. Expertise
  3. Engineering Design Services for Power Infrastructure and Industrial Projects

Engineering Design Services for Power Infrastructure and Industrial Projects

PROS CONSTRUCTION CONSULTANCY LIMITED is a specialized consultant in large-scale electrical infrastructure engineering design and comprehensive integrated digital solutions. We accompany developers from the initial stages of planning and technical design to the control automation programming of power plants and transmission networks. Mastering core control automation technologies, PROS establishes a seamless operational data chain via the most advanced protection and control systems available today: SCADA/EMS, PMS, SAS, and DCS. Our core capability lies in perfectly integrating systems from the primary/secondary physical device level up to AI-driven digital platforms. This transforms grid operational data into actionable insights, providing predictive maintenance solutions and maximizing physical asset management (PAM) efficiency for the national electrical infrastructure.

We provide comprehensive engineering design, design review, and system programming services including:

1. Power Plant Engineering & Generation Systems Design

  • Power Plant Technological Infrastructure: Delivering synchronized mechanical and electrical designs for power plants (Renewables including Solar/Wind, Thermal power, and Hydropower); designing core technological process controls and integrating distributed control systems (DCS).
  • Station Service and Emergency Power Systems: Designing internal station service systems (AC/DC) within power plants, large-scale medium and low-voltage Diesel generator systems, and Battery Energy Storage Systems (BESS) to ensure black start capabilities and absolute operational safety during grid outages.

2. Transmission Line and Distribution Substation Projects (Grid Infrastructure)

  • Distribution and Transmission Substations: Designing and reviewing designs for substations (outdoor type and Gas-Insulated Switchgear - GIS) with voltage levels up to 35kV, with strategic provisions for transmission-scale substations without capacity limits, ensuring optimal fault isolation and protection capabilities.
  • Transmission Lines and Underground Cables: Delivering optimized layouts for overhead transmission lines and medium-voltage underground cable networks, ensuring absolute safety, stability, and minimized power losses during grid interconnection.

3. Automation Integration Design and Advanced Power Management System Programming (PMS/SCADA)

  • Substation Automation Systems (SAS) & SCADA:

Designing control architectures and programming integrated remote control systems (RTU/Gateway compliant with IEC 60870-5-104 and IEC 61850 protocols) to serve digital measurement and real-time visual monitoring for the entire substation.

  • Advanced Power Management System (PMS) Programming: Directly configuring and programming core PMS control algorithms to execute automated energy optimization operations:
    • Flexible Load Management and Coordination: Programming sequential load-switching scenarios based on the available capacity of the power sources; executing automated priority-based emergency load shedding (Under-frequency/Under-voltage Load Shedding) immediately upon sudden genset failure to prevent localized grid collapse.
    • Genset Management and Power Dispatching: Programming automated control logic to shut down redundant units during low total load demand to optimize combustion chamber efficiency and conserve fuel; conversely, automating the start-up, synchronization, and active load sharing of backup units during peak load demand to ensure absolute system continuity and stability.
  • The Digital Brain Layer and AI Readiness: Establishing the core foundation to digitalize real-time operational data acquisition (IoT/Control infrastructure), enabling seamless connectivity with upper-layer AI analytics applications (Grid Energy Management System - EMS / High-level management layer) for load forecasting and optimal power flow dispatching.