Overview

The Fundamentals of Energy Conservation in Buildings course provides a comprehensive introduction to energy-efficient design principles and regulatory requirements in Abu Dhabi.

It provides a solid foundation in the principles, requirements, and best practices of energy-efficient building design following the ADIECC (Abu Dhabi International Energy Conservation Code). Participants will explore how energy performance is measured, how systems interact, and how the code establishes minimum efficiency standards for mechanical systems, lighting, building envelopes, water heating, and controls.

The training emphasizes real-world application of ADIECC provisions and highlights common mistakes in design submissions on MePS/BINAA. Through practical examples, calculations, and code interpretation exercises, attendees will learn how to size systems, select compliant equipment, evaluate building performance metrics, and ensure full compliance with Abu Dhabi's sustainability and energy efficiency mandate.

Targeted Audience

This course is ideal for:

Mechanical Engineers
Energy modelers
Sustainability experts and specialists
MEP Consultants
Project Reviewers
Construction Professionals

Course Deliverables

By the end of this course, participants will be able to:

Understand the fundamentals of energy conservation in buildings and interpret the Abu Dhabi International Energy Conservation Code (ADIECC).
ve and performance-based compliance paths in mechanical system design.
Optimize HVAC, lighting, and water heating systems to enhance building energy efficiency.
Design thermal envelopes that meet required U-factors, SHGC, and air sealing standards.
Perform accurate load calculations using approved software tools such as HAP or IES-VE.
Coordinate with multidisciplinary teams to ensure integrated and code-compliant designs.
Prepare and submit complete MePS documentation, including compliance reports, equipment schedules, and energy simulation results.

Course Content

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Introduction to ADIECC and Energy Conservation in Abu Dhabi

This lesson introduces the core principles of energy conservation within the context of Abu Dhabi’s environmental and regulatory landscape. It provides an overview of the Abu Dhabi International Energy Conservation Code (ADIECC), its legal mandate, and the growing demand for sustainable design in the built environment. Participants will explore the challenges posed by high cooling loads, the historical reliance on subsidized energy, and the policy shift toward efficiency and accountability. The lesson highlights the pivotal role of mechanical engineers in achieving compliance and contributing to national goals, including Abu Dhabi Vision 2030 and the UAE Net Zero by 2050 Strategic Initiative.

Administration and Scope of ADIECC (Chapter 1)

This lesson outlines the administrative structure and legal provisions that govern the application of the Abu Dhabi International Energy Conservation Code (ADIECC). Participants will explore the scope of the code, its applicability to various building types, and exceptions such as historic buildings and minor alterations. The lesson also covers procedures related to alternate materials, permit documentation, inspection requirements, enforcement actions, and appeals.

By mastering these elements, engineers will be able to ensure smooth coordination with municipal authorities, avoid delays in project approval, and maintain full regulatory compliance throughout the design and construction process.

Key Definitions and Terminology (Chapter 2)

This lesson focuses on the critical terminology defined in Chapter 2 of the Abu Dhabi International Energy Conservation Code (ADIECC), which serves as the foundation for all subsequent chapters, Participants will gain clarity on technical terms such as "conditioned space", "thermal envelope," "R-value," and "U-factor"- terms that directly impact HVAC design, compliance documentation, and coordination between disciplines,The lesson emphasizes the importance of using accurate definitions during design development, MePS submissions, and site inspections to prevent delays or rejections.

Cross-referencing with other relevant codes, such as ADIMC, ADUPC, and the UAE Fire Code, is also explained to ensure consistent understanding across project stakeholders.

Climate Zones, Design Conditions, and Material Compliance (Chapter 3)

This lesson explains Abu Dhabi’s classification as Climate Zone 1 according to Chapter 3 of the Abu Dhabi International Energy Conservation Code (ADIECC). It details the mandatory indoor design conditions for HVAC load calculations, including temperature and humidity levels, and specifies the labeling and certification requirements for insulation and fenestration products.

The lesson also covers proper installation methods and maintenance documentation to ensure compliance with energy efficiency standards and local regulations.

By mastering these elements, engineers can design mechanical systems and select materials that optimize energy performance and secure regulatory approvals efficiently.

Residential Energy Efficiency Requirements (Chapter 4)

This lesson explains the energy efficiency requirements for residential buildings as outlined in Chapter 4 of the Abu Dhabi International Energy Conservation Code (ADIECC). It covers the mandatory and optional compliance paths for new residential construction projects, including building envelope standards, airtightness, ventilation duct insulation, lighting efficiency, and HVAC system design.

Mastering these requirements enables engineers to design energy-efficient residential buildings that suit Abu Dhabi’s climate and code regulations.

Commercial Energy Efficiency - HVAC and Lighting Systems (Chapter 5)

This lesson covers the energy efficiency requirements for commercial buildings, focusing on HVAC, water heating, and lighting systems as outlined in Chapter 5 of the Abu Dhabi International Energy Conservation Code (ADIECC). It explains dual compliance options: exceeding ASHRAE 90.1-2007 by 25% or fully meeting specific ADIECC sections. Key topics include thermal envelope standards, equipment efficiency, system controls, duct insulation, commissioning, and lighting power limits with smart controls.

Engineers will gain practical guidance on designing compliant mechanical and lighting systems that optimize energy use in Abu Dhabi’s climate.

The lesson also highlights optional efficiency enhancements and the role of the MePS platform for submission and verification.