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Digital Twin

Technology Overview

We have developed a digital twin technology that can be utilized for building operations

  • Development of digital twin
    for building operations
  • Energy simulation using an AI-based
    optimization algorithm
  • A paradigm shift in building operations through integrated management of energy, asset, and space
01 빌딩 운영 데이터 복제 실시간 동기화 02 빌딩 형상 복제 디지털 공간 [가상 세계] 03 시뮬레이션 데이터&엔지니어링 기반 분석 예측 실시간 시뮬레이션 04 결과 피드백 빌딩 운영 효율 향상 물리적 공간 [현실 세계] Customized Digital Twin 고객 맞춤형 Digital Twin으로 효율적 빌딩 운영·관리 서비스 제공

Main Features

We aim to enhance customer value by building digital twins that support optimal building energy use and operation

  • Energy Management
    • Assessment of energy waste and potential energy savings by usage (cooling and heating/ventilation/lighting/electric heating)
    • Energy reduction and optimization through optimal operations of facilities such as HVAC and cooling/heating
  • Asset Management
    • Asset performance preservation and aging prevention
    • Efficient maintenance through integrated in-building asset management
  • Space Management
    (Layout simulation)
    • Easy and fast optimal space planning using 3D
    • Higher virtual area ratios for tenant spaces
  • Space Management
    (Evacuation simulation)
    • Disaster preparedness and occupant safety assurance
    • Optimal evacuation planning for emergencies
  • Virtual Tour
     
    • User-friendly virtual building experiences
    • Diverse applications including building promotion and guidance

Data-based Smart Healthcare Services

Service Overview

Collecting health information through spatial health data measurements and providing services integrated with home IoT and care solutions

  • Individual Units : Daily health measurements, condition analysis, personalized diet/exercise recommendations, and automatic indoor living environment adjustments based on health status
  • Community : Automated rehabilitation exercise equipment settings and dementia prevention solutions
  • External Collaboration : Telephone health consultations, remote video consultations, and regular health checkups
  • Pilot operation in sister villages

Utilization Plan

We plan to continuously expand our linkages with health data-based services and devices to improve their commercial viability and initiate new construction businesses, including:

B2C
Applying a subscription-based service, developed in collaboration with the Hestia team of the Housing Division’s Customer Service department, to residential complexes, and advancing it as a premium home care service in the future.
B2B
Developing a product specifically for managing safety and health at construction sites.
B2G
Utilizing it as a differentiating factor in the Smart City project, which is currently under contract.

Intelligent Building Energy/Environment Solution

Technology Overview

Our digital twin offers a platform providing customized solutions for energy reduction, comfort enhancement, and emergency response by analyzing the real-time data about building operations. Its core technologies include engineering simulation based on physical models, automatic synchronization of physical and virtual buildings, and real-time collection and processing of building operational data.

Main Features

Energy Simulator
Main functions
  • Analysis of building operation patterns (occupancy, energy consumption)
  • Cooling/heating and energy demand prediction (by space and time)
  • User-tailored optimal cooling/heating guidelines
Benefits
  • Minimization of building energy waste
Indoor Environment Simulator
Main functions
  • Indoor air quality(temp./humidity) and comfort level prediction
  • 3D representation of data about air quality and comfort level
  • Occupant comfort assessment/management
Benefits
  • Greater comfort for indoor environment leading to higher work productivity
Stack Effect Simulator
Main functions
  • Building stack pressure and air leakage prediction
  • Building performance (airtightness, energy loss) assessment
  • Optimal HVAC guidelines for stack effect control
Benefits
  • Maintenance of initial building performance
Evacuation Simulator
Main functions
  • Early disaster signs detection and fire spread prediction
  • Building risk prediction (flood, storm)
  • Optimal evacuation route guidance for emergencies
Benefits
  • Minimization of human and property damages from disasters

Modular

Samsung Smart Modular

Technology Overview
개요 내용 모듈제원 3.3m(w) X 8.35m(l) X 3.65m(h) 주요구조 철골 구조 + 경량건식바닥(ALC) 주요마감 외장 세라믹 타일, 목재 판넬, FC 판넬 바닥 세라믹 타일, 목재 Flooring 벽 Steel Panel 위 모듈형 / 탈부착 벽체 천정 석고보드 위 페인트 / 광천정
Application Benefits

Validating product competitiveness and utilizing a standard model design through mock-up production for Saudi Arabia

목표 모듈러 전통 공법(Stick-built) 성능 검증 건식내화 77.30m² (23평) * 방화석고보드(기둥)·규산칼슘보드(보) 마감 향상 세대간벽 제거 > 공간 확장 가능성 77.30m² (23평) * 방화석고보드(기둥)·규산칼슘보드(보) 거주성능 확보 (단열) 에너지 사용량 1 36 > 72.5 kWh (기밀) 누기량 3.0 > 0.66 L/s·m^2@72pa (차음) 벽체 STC45 / 바닥 STC48 성능 충족 * STC : Sound Transmission class 접합부 설계 층간 접합부 모듈간접합부 설계 및 적용 完 시공 오차 2mm 이내 제작 / 설치 完 * 습식/건식 Type 개발 完 생산성/단가 생산성 Data Activity별 M/H 산정 > 생산성 Data 확보 제작 상세 시퀀스 수립 > 생산라인 설계 준비 생산성 Data BOM 단위 원가분개 完, Cost 시뮬레이션 * 2,208개/모듈

Construction Robotics

Access Floor Grating Installation Robot

Technology Overview

A robot that automates the installation of access floor grating, a high-altitude, hazardous, and repetitive task, using a robotic arm and AMR

  • Implementation of skilled worker fingertip technology using vision+force sensors
  • Autonomous navigation within the site by recognizing its position
  • Acquisition of safety certification for collaborative robot installation workspace
Expected Benefits
  • 45% reduction in construction cycle time (compared to 1st generation, reduced from 180 seconds to 100 seconds)
  • 43% reduction in workforce required on site (from seven people on one team to four people on one team)
  • Prevention of safety accidents such as falls and musculoskeletal disorders
Site Application
  • 1st Generation : Applied in Pyeongtaek P3 PH2, Asan 7-2L (Oct, 2021)
  • 1st Generation : Applied in Pyeongtaek P3 PH3 (Aug, 2022)
  • 2nd Generation : Test operation in Cheonan C Line site (Oct, 2022)
  • 2nd Generation : Test operation in Cheonan C Line site (Aug, 2023)
  • 2nd Generation : Test operation in Pyeongtaek P4 PH1 site (Oct, 2023)
  • 2nd Generation : Test operation in Asan FAB finishing site (Feb, 2024)

Construction Anchor Robot

Technology Overview

A robot consisting of an automated mechanism for all anchor installation tasks and a combined autonomous and manual driving part

  • Application of vision, lidar, and laser sensors and automatic dust collection device
  • Automation of all anchor installation tasks, including drilling, punching, and nailing
  • Safety certification through KCs autonomous safety confirmation report
Expected Benefits
  • 18% reduction in construction cycle time (compared to 3rd generation, from 140 seconds to 115 seconds)
  • 50% reduction in workforce required on site (from two people on one team to one person working)
  • Uniform construction quality through robotic and automated processes
Site Application
  • 2nd Generation : Applied in Pyeongtaek P3 Complex and Asan 7-2L sites (Aug, 2021)
  • 3rd Generation : Sinbanpo3 (2021), Busan Geoje2 (May, 2022) , Busan Oncheon4 (Mar, 2023)
  • 4th Generation : Busan Oncheon4 (Mar, 2023), Hyundai Engineering’s Jangan site (Sep, 2023), Imun1 (Oct, 2023), Jamsil Jinju (planned in Oct, 2024)

Smart Drilling Robot

Technology Overview

A robot for automating hole punching in Module-Rack Brackets for equipment and electrical piping, ducts, and trays

  • Automatic identification of punching locations and punching using a robot
  • Fine adjustment of punching location through vision automation
  • Minimization of hazardous tasks due to high-altitude, vibration, and dust
Expected Benefits
  • Approximately 20% improvement in productivity per site (from three people on one team to two people and one robot on one team)
  • Approximately 30% cost reduction when using robots (two units) for punching
  • Uniform construction quality and elimination of high-altitude and hazardous safety risks
Site Application
  • Test operation in Pyeongtaek P3 PH1 site (Nov, 2021)
  • Test operation in P3 PH3 site (Aug, 2022)
  • Applied in Singapore Civil T313 site (Dec, 2022)
  • Test operation in P3 PH4 site (Mar, 2023)

Wall Perforating Robot

Technology Overview

A robot that automates the perforating and removing of utilities such as high-tech facility piping, HVAC duct, and electric cable tray

  • Automatic identification of perforating locations and perforation through an automated vision system
  • Simultaneous perforation and removal of double fireproof gypsum boards using special tools
  • Minimization of hazardous tasks related to working at heights, vibration, and dust
Expected Benefits
  • Approximately 30% improvement in construction productivity per site(4 people/team → 3 people & 1 robot/team)
  • Consistent construction quality and elimination of safety risks of working at heights and other hazardous tasks
  • Greater work flexibility as constant utilization of robots can minimize scaffolding works
Site Application
  • Test operation in Giheung NRD-K site (Apr, 2024)

Steel Bolting Robot

Technology Overview

A robot that recognizes steel ST bolts and performs 1st and 2nd bolting automatically using a robot arm and lifting equipment.

  • Application of location arrangement/error correction technology to the frequently-changing construction environment
  • Development of integrated modules for the mechanical unit including robot arm, controller, and various kinds of sensors
  • Establishment of a system for automatic operation and monitoring based on operator-friendly UI/UX
Expected Benefits
  • Minimization of safety risks as less work at heights is required (4 times → 2 times)
  • Reduction of workforce required per team (5 →3 people) and real-time monitoring of work progress
  • Same quality and productivity as that of a skilled human worker
Site Application
  • Test operation in Pyeogtaek P4 ST-1 site (May, 2022)
  • Test operation and demonstration in P4 ST-2 site(Nov, 2023)