How to technically comply with Building Energy Code 2024 in HVAC system design and Lift System

Course Information
Course Code

CPD0102/2026

Course Name

How to technically comply with Building Energy Code 2024 in HVAC system design and Lift System

Category

GPM

Date

24 Jan 2026 (Sat)

Time

14:00-18:00

Organised by

Asian Institute of Built Environment (AIBE)

Venue

Blended Mode: 3/F or 11/F Oxford Commercial Building, 494-496 Nathan Road, Yau Ma Tei AND Zoom

Fee

HK$880 (HK$800 for HKIE members and AIBE students / alumni / tutors)

Introduction

The energy consumption of buildings contributes 90% power demand in Hong Kong. It is necessary to carry out design of HVAC and lift systems in a more efficient manner as the above systems are relatively high energy consumption in the building. In addition, the energy efficient design is definitely required in order to achieve the target of minimum 26% - 36% carbon emission reduction by 2030 in Hong Kong as referred to the base level in 2005.

Objectives
  • To understand how to carry out technical calculations and design issues on HVAC system in compliance with BEC2024
  • To understand the requirements of Lifts and Escalators in compliance with latest version of Building Energy Code in Hong Kong.
Contents
  • A brief introduction of the requirements of HVAC system design in compliance with BEC2024.
  • An introduction of relevant technical calculations of HVAC systems in compliance with BEC2024, such as energy calculations for air side and water side equipment as well as their thermal insulations, etc.
  • A quick introduction to the part in the latest version of Building Energy Code related to lifts and escalators.
  • A quick introduction to the part in the latest version of the Energy Audit Code related to lifts and escalators.
Language

Cantonese supplemented with English terminology

Registration

Registration Link:  https://aibe-edu.org/course/cpd0102_2026
Registration Deadline: 16 January 2026

Enquiry

Tel: 23761933 (Miss Chan); Email: general@aibe-edu.or

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