Overview
TEL : +82-2-2102-2763
FAX : +82-2-856-4785
Email : ykkim@kcl.re.kr
Site area 9,369 ㎡
Number of levels Three levels above ground with a basement, 10-story tower
Building area 3,301 ㎡
Gross floor area 8,264 ㎡
Structure Type Reinforced concrete & steel frame
- Supporting overseas business of construction industry by providing opportunities for testing in various climate conditions
- Establishing artificial climate simulation technology and leading the area through international standardization
- Establishing the foundation for comprehensive performance evaluation through supporting performance assessment of building-unit
- Establishing various testing and evaluation technologies and leading the development of the relevant fields through international standardization
- Enabling international collaborative research and maintaining demands for verification tests on international technologies by building specialized and networked large-scale construction testing facilities
- Performance evaluation of interior and exterior finishing materials for building/energy efficiency
- Full-scale construction environment performance evaluation
- New renewable energy test evaluation
- Performance evaluation of piping/ducts system of structure
- High performance concrete pumping transfer performance evaluation
- Artificial climate simulation
- Artificial climate environment testing facility with equipment producing and controlling major climate and environmental factors, including temperature, humidity, solar radiation, rain and snow
- Structure performance evaluation members unit / full-scale
- Composed of sunlight shading performance evaluation laboratory, Building facility evaluation laboratory, Non-contact distortion evaluation laboratory, and emitting material
- Standard evaluation laboratory
- World-class tower testing facility
Comprehensive performance evaluation of full-scale structures with environmental simulation
20m(L)×25m(D)×20m(H)
Environmental factors | Performance scale |
---|---|
Temperature/Humidity | Temperature : -10 ~ +60℃ Humidity : 10 ~ +98% |
solar radiation | solar radiation : 800 W/㎡ ~ 1,200 W/㎡ Light area : 10 m(L) X 10 m(W) |
Precipitation | More than 150 mm/h |
Snowfall | Max. 50 mm/h |
Performance evaluation of construction materials/member with environmental simulation (standard housing)
Performance evaluation of energy harvesting materials and inter-industry alliance products with environmental simulation
10m(L)×10m(D)×4.5m(H)
Environmental factors | Performance scale |
---|---|
Temperature/Humidity | Temperature: -30 ~ +80℃ Humidity : 10 ~ +98% |
solar radiation | solar radiation : 800 W/㎡ ~ 1,200 W/㎡ Light area : 2 m(L) X 2 m(W) |
Precipitation | More than 150 mm/h |
Snowfall | Max. 50 mm/h |
Large-scale overall heat transmission test (cartridge) of construction materials, Accelerated weathering tests
Performance evaluation of inter-industry alliance products/technologies with environmental simulation
5m(L)×5m(D)×3.5m(H)
Environmental factors | Performance scale |
---|---|
Temperature/Humidity | Temperature: -40 ~ +80℃ Humidity : 10 ~ +98% |
solar radiation | solar radiation : 800 W/㎡ ~ 1,200 W/㎡ Light area: 1.5 m(L) X 1.5 m(W) |
Precipitation | More than 150 mm/h |
Photovoltaic blocking performance evaluation laboratory
Measuring G-value solar heat gain coefficient of glass products, film for window panes, window framing wood, and curtain wall (Solar heat gain rate, shading coefficient, discoloration rate, degradation performance)
Light source of artificial sun
Heat collection system
Climate chamber
Heat collection equipment
Structure facility evaluation laboratory
Evaluation tests of heat recovery ventilator, sensible, total heat exchanger, packaged air conditioner, EHP, fan coil unit, and ducts(Voltage range, specified capacity, air volume rate of intake and exhaust, heat exchange efficiency of effective ventilation, and noise)
Ventilation rate
Airflow
Temperature/humidity
Standard evaluation laboratory for released substance
Evaluation of emission rates of hazardous materials from structure interior products
Interior chamber size : 4,500(W) x 3,150(D) x 2850(H)
Overall size : 6,400(W) x 3,950(D) x 3,450(H)
Temperature : (20 ~ 40) ℃, ± 1 ℃ at 23 ℃
Humidity : (20 ~ 80) % R.H., ± 5 % R.H. at 23 ℃
Ventilation : (0.5 ~ 2.0) h-1, ± 3 %
Air tightness : Less than 1 % of supplied air
Interior chamber pressure : > 10 Pa + exterior chamber pressure
Background concentration
On-line analysis system (TD-GC/FID/MS) : VOCs
Sampling port : Center and exhaust section
Distortion evaluation laboratory
Detailed analysis of stress, tensile force, and tension of large-scale construction exterior finishing materials, vehicles, large equipment, and industrial materials
Dynamic 3D Measuring & Analysis system : PONTOS HS
Photogrammetry System : PONTOS XL
Optical 3D Strain analysis Software
Illumination System
※ The construction of the testing facility is to be completed in 2017, and the equipment described here is subject to change.
Establishing performance evaluation system, and supporting various tests based on environmental factors
Supporting energy efficiency performance tests of structures
Supporting performance evaluation of building equipment
Supporting performance evaluation of piping/ducts in high-rise environment
Supporting comprehensive evaluation of energy generation facility
Supporting factor value in climate conditions in overseas construction sites
Supporting vehicle evaluation for expanding applications
Providing standardized test services including ISO/KS/ASTM
Performance evaluation of R&D products produced by private small- and medium-sized enterprises
Evaluation of R&D projects funded by the government
Establishing performance evaluation system, and supporting various tests based on environmental factors
- Technological development for structure quality advancement through pumpability improvement of high performance concrete
- verification tower facility + concrete pumping pump, performance evaluation test equipment
- Developing high performance superplasticizer and high flow concrete to improve pumpability
- Developing optimum mix proportion of high performance concrete to improve
- Development of BIPV module scaffolds and building sandwich roof panel system
- Measurement testing equipment for thermal conduction, large-size testers of wind pressure resistance, and artificial climate environment chambers
- Developing new type boltless roof materials to prevent water leakage of sandwich panel roof
- Developing multi-directional fixed clip systems maximizing power generation efficiency(Heat transmission coefficient : max 0.15W/m2k)
- improvement of safety performance and development of energy passive type building envelopes
- Heat transmittance tester, Environmental-resistance test facility
- Developing alternative technologies for PVC windows utilizing ABS resins and void WPC
- Developing technologies to improve quality of plastic windows utilizing photocatalytic activity
- Development of high-functional finishing materials for building interior with natural humidity control function
- Environmental-resistance test facility , Toxic gas measuring machine, Multi-channel data logger, degradation measuring machine
- Guaranteeing more than 10 years of durability and reliability of interior finishing materials for buildings with humidity control and eco-friendly materials
- Performance-based design (PBD) evaluation of concrete structures based on dynamic climate changes
- Small- and mid-size equipment for climate and environment tests
- Developing efficient mix designs through building satisfaction curve DB, based on environment factors
- Research on performance evaluation of building energy, reflecting climate characteristics
- Large, middle and small scale equipment for climate and environment tests
- uggesting evaluation criteria for building energy performance reflecting domestic and foreign climates
- Developing evaluation criteria for domestic energy zero houses
- Analysis of correlation between stack effects of high-rise buildings and climate factors
- Large, middle and small scale equipment for climate and environment tests
- Applying stack effects reduction measures reflecting climate factors to designing and constructing domestic and foreign high-rise buildings
- Development of noise reduction facility for piping systems of high-rise buildings
- Evaluation and testing equipment of large-scale tower facility
- Developing low-noise piping systems and evaluation criteria
- Developing design techniques for low-noise piping system products
Name | Position | Duty | Tel | |
---|---|---|---|---|
Kim Yong Gil | Director | General | +82-2-2102-2763 | - |
Park Yun Mi | Researcher | Testing | +82-2-2102-2758 | - |