Việt nam Anh

Chinese

Japan

Korenan

  2. Expertise
  3. Engineering Design Services and Integrated Digital Solutions

Engineering Design Services and Integrated Digital Solutions

PROS CONSTRUCTION CONSULTANCY LIMITED is a pioneer in advanced MEPF engineering design, delivering comprehensive integrated digital solutions for high-rise complexes and industrial plants. Mastering core automation technologies, we establish a new benchmark by seamlessly synchronizing operational data across cutting-edge control systems: SCADA, PMS, BMS (for commercial/high-rise buildings) and SCADA, DCS, BMS (for industrial plants). PROS's engineering solutions achieve an optimal balance between investment efficiency and technological breakthroughs; ensuring absolute safety, grid stability, and automated energy optimization. Notably, our capability to integrate systems from the physical device level up to AI-driven digital platforms transforms operational data into actionable insights, providing predictive maintenance solutions and maximizing physical asset management (PAM) efficiency for enterprises.

We provide comprehensive engineering design and design review services for Vertical Transportation, Mechanical, Electrical, Plumbing, Fire Protection (MEPF), and Automation systems, including:

1. Vertical Transportation System

  • Integrated Architecture - Structure - M&E Design: Proactively conducting advanced Traffic Analysis from the initial planning stages to determine the exact quantity, payload, and speed for high-speed Lift Groups and Double-deck elevators, optimizing structural core spaces and zoning architectures of skyscrapers.
  • Specialized Elevators and Life Safety: Delivering technical designs for specialized Firefighting Lifts and rescue elevators, integrated with intelligent control systems capable of executing automated emergency evacuation scenarios during natural disasters or fire events.

2. Main Power Supply and Distribution Substation Systems

  • Main Power Supply up to 35kV: Designing synchronized 35(40.5)kV and 22(24)kV medium-voltage switching systems and transformers, ensuring absolute safety and stability when connecting to the regional power grid.
  • Low-Voltage Distribution System: Designing 0.4(1)kV low-voltage switching systems and optimized low-voltage distribution networks for the entire facility.

3. Emergency Power and Power Management Systems (PMS/LMS)

  • Medium and Low-Voltage Diesel Power Solutions: Designing backup generator systems (medium and low voltage) alongside synchronized paralleling switchgears integrated directly with the Power Management System (PMS), ensuring parallel operation, maximizing total available capacity of the gensets.
  • Paralleling and Soft-Loading Transfer: The system enables automated synchronization with the national grid and executes closed-transition soft-loading transfers within 30 seconds upon grid restoration, ensuring continuous power supply without voltage sags or interruptions to sensitive loads.
  • Flexible Control Configuration: Depending on the generator group architecture, number of feeder circuit breakers, and load characteristics, the system is flexibly configured for deep integration into the Load Management System (LMS), Power Management System (PMS), or independent operation based on pre-programmed load shedding priority matrices.

4. Advanced Heating, Ventilation, and Air Conditioning (HVAC) System

  • Advanced HVAC and Environmental Treatment: Designing central air conditioning systems (Chiller, VRV/VRF), humidity control, mechanical ventilation (including indirect/direct evaporative cooling, hybrid natural ventilation, restroom/kitchen exhaust), and specialized acoustic treatment.
  • Energy Recovery: Integrating advanced energy recovery technologies and automated outdoor air intake controls based on real-time air quality metrics, establishing a foundation for operational efficiency optimization.

5. Fire Protection, Life Safety & Lightning Protection Systems

  • Life Safety Systems: Delivering specialized designs for corridor smoke exhaust, basement smoke extraction, elevator shaft pressurization, and escape stairwell pressurization to fully protect human lives during fire incidents.
  • Automated Fire Protection Systems: Designing automated fire detection and alarm systems; fire hydrant systems, hose reels, and automated sprinkler systems; executing hydraulic calculations and specialized fire suppression solutions using Aerosol or clean agents (FM200, Novec).
  • Lightning Protection Systems: Designing direct-strike lightning protection systems utilizing Faraday cage technology combined with traditional air terminals or active Early Streamer Emission (ESE) systems to safely conduct lightning strikes.

6. Plumbing & Environmental Engineering Systems

  • Vertical Plumbing Infrastructure: Designing synchronized water supply and drainage networks partitioned by pressure zones across high-rise vertical axes, storm-water drainage, and industrial/domestic wastewater systems.
  • Water Treatment and Reuse: Designing environmental-compliant wastewater treatment plants, central water filtration systems, and greywater recycling solutions to optimize water resource utilization for green buildings.

7. Lighting & Extra-Low Voltage (ELV) / Telecommunications Systems

  • Lighting Systems: Designing interior, architectural exterior, and specialized functional lighting systems, ready for integration with intelligent control scenarios.
  • Telecommunications Infrastructure & Utilities: Designing internal fiber optic backbones for Internet/Wifi, IP-PBX, IPTV, and In-Building Solutions (IBS) for mobile signal amplification.
  • Integrated Security and Control Systems: Designing Public Address/Background Music (PA/BGM), Video-intercom, visual security systems (CCTV, Access Control), and Smart Car Parking Control systems.

8. Automation Integration Design and Control System Programming (The Digital Brain Layer)

  • Specialized Control System Programming (PLC – BMS/SCADA – BEMS/PMS): Designing hierarchical control architectures and directly programming integrated systems utilizing PLC, HMI, SCADA, and PMS/BEMS. This comprehensively serves automated measurement, visual monitoring, load management, and energy optimization across large-scale chiller systems, emergency power infrastructure, vertical transportation networks, and other core M&E assets within skyscrapers and industrial plants. This serves as the core foundation for digitalizing data acquisition (IoT), enabling seamless connectivity with high-level AI analytics applications at the upper management layer.