Design

The best professionals who have gained plenty of experiences and know-hows
through various projects are the source of Junglim’s competitiveness to provide the highest-quality service.

Junglim’s Sustainable Design

Coping with technical and institutional problems of environment

With environment-friendly integrated design, we contribute to the health of building users, the better quality of life, the less consumption of finite energy sources, and the sustainable conservation of global environment. We have organized teams of professionals in a system of mutual collaboration by service fields, coping with technical and institutional issues of environment which occur in such life cycles of building projects as planning, design, construction, operation, and demolition.

Sustainable Design Phase 7 Introduce : 1.Setting the Goals of Sustainable Design - Setting the environmentally friendly goals of a project, - Case studies by the types of environment-friendly buildings, -Consulting with professionals for integrated design 2.Setting the Basic Direction- Analyzing microclimate milieu within the site, - Checking the related laws about environment-friendly architecture - Checking the accessibility of public transit, - Ecological evaluation of the site environment - Building layout and basic environmental performance evaluation, - Listing the applicable elements of environment-friendly architectural design, - Checking achievable items for environment-friendliness certification, - Setting the basic direction for comprehensive environment-friendly design 3.Analyzing and Evaluating Design Elements - Selecting the passive design elements and checking their application schemes, - Setting the standards for envelope insulation performance and the window-to-wall area ratio, - Evaluating surface insolation, shadow ratio, and natural ventilation performance, - Predicting loads on the building and exploring the energy-saving strategy, - Planning how to procure and apply environment-friendly materials, - Comparatively evaluating elemental techniques for passive design, - Planning how to collect and utilize rainwater and greywater, - Considering how to introduce high-efficiency devices, - Designing outdoor landscape and biotope, - Designing new renewable (e.g. photovoltaic/geothermal) energy systems, - Designing amenity interior environment, - Checking the assessment items of environment-friendly building accreditation, - Making the checklist of environment-friendly design 4.Making Design into Drawings and Documents - Integrated simulation to evaluate total energy performance, - Checking achievement of the energy-saving goal, - Writing out the Specification on material selection and construction techniques, - Checking reflection of environment-friendly elemental techniques in final drawings and documents 5. Checking Construction of Design Elements - Checking whether the environment-friendly design is reflected in construction, - On-site phased recording of environment-friendly construction process, - Remedial action for the missing designs 6, 7. Adjusting and Achieving the Goal - Pre-occupancy measurement and evaluation of environmental performance, - Checking and adjusting the energy service system, - Post-occupancy questionnaire survey on environmental performance, - Achieving the goal of environment-friendly building certification
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