Training Course on Energy Simulation & Building Performance Analysis (Expert)

ABOUT THE COURSE

The expert courses on energy simulation and building performance analysis will be conducted in Vietnamese or English language. Leaders are (ideally) architects and/or engineers with experience in energy simulation and building performance analysis, or have completed the Fundamental and Advanced courses.

Through the course, learners can hone specialized knowledge on energy simulation and building performance analysis through exercises with experts of DesignBuilder Vietnam. 

Materials and equipment manufacturers are also invited to conduct sharing during the course; where they will provide useful information and relevant experiences that are adapted to the course’s content.

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SCHEDULE

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Time Class Tuition Address
 …/…/2022

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ONGOING PROMOTIONS

  • 10% OFF for students registering in groups of 3 and upwards
  • 10% OFF for students that pay at least 15 days in advance from the start of the course
  • 10% OFF for all students from universities, colleges, intermediate schools, and etc
  • Dedicated support will be provided to students at the end of the course
  • Note: Students are allowed to request a refund if the course schedule is delayed thrice (or more).

WHAT'S IN IT FOR YOU

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Score yourself a certificate for completing the training course for DesignBuilder Vietnam. The certificate is certified by the Vietnam Green Building Council (VGBC).

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Students certified with LOTUS AP will earn points from the Vietnam Green Building Council (VGBC)

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Learn from experienced lecturers that are members of the Vietnam Green Building Council (VGBC)

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Save on future courses by DesignBuilder Vietnam

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Enjoy modern classroom settings, with teabreak services

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Stay up-to-date with constantly-refreshed contents 

CONTENTS

  1. About cold load & hot load feature
  2. About HVAC feature (simple & detailed)
  3. Instructions for describing the principle diagram of the PTAC/PTHP . system
  4. Fresh air supply system (AHU, exhaust fan …)
  5. Instructions for describing the principle diagram of the PAU . system
  6. Instructions for describing the principle diagram of the VRF . system
  7. Instructions for describing the principle diagram of the air cooling chiller system
  8. Instructions for describing the principle diagram of a water-cooled chiller system
  9. Energy simulation to compare the efficiency of HVAC solutions
  1. Introduction to thermal comfort & calculators
  2. Set up and analyze thermal comfort from energy simulation results (lack of capacity, fresh air supply without cooling or heating, wrong setting temperature… >> unmet hour failed)
  3. Set natural ventilation mode
  4. Set up the mix-mode
  5. Simulate CFD to optimize equipment layout for space use
  6. Thermal comfort analysis & air convection