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Dubai 5 October 2026
Training Programme

Cutting Building Energy Costs with Advanced HVAC: A Training Course

1Summary

Heating and cooling a building is usually its single largest energy expense, and the equipment doing that job is changing fast. Variable refrigerant flow, heat pumps, energy-recovery ventilation and smart controls can cut HVAC energy use dramatically - but only when they are designed, sized and controlled correctly.

This Training Course from the Arab British Fellowship Training Academy gives HVAC engineers, facility managers and building-services professionals a practical grounding in these technologies: how they work, when to specify them, how to integrate renewable energy, and how to prove the return on investment to decision-makers.

2Objectives and target group

What You'll Gain

  • A clear picture of the newest HVAC technologies and how each contributes to energy efficiency.
  • The ability to design and control HVAC systems that balance energy use with occupant comfort.
  • Skills to size loads accurately and model system efficiency before installation.
  • Knowledge of how to integrate renewable energy and automation into HVAC design.
  • The tools to evaluate lifecycle cost, ROI and certification (Energy Star, LEED) for HVAC investments.

Who Should Attend?

  • HVAC engineers, designers and mechanical/building-services engineers upgrading their technical toolkit.
  • Facility managers, building operators and technicians tasked with cutting operating costs.
  • Energy consultants and sustainability experts working on green-building projects.
  • Project managers overseeing HVAC installation and commissioning in energy-efficient buildings.

3Course Content

Module 1: HVAC's Real Cost - Consumption, Standards and Drivers

  • The scale of HVAC's contribution to a building's total energy use.
  • Efficiency standards shaping modern HVAC design.
  • Global regulations and initiatives pushing the shift to efficient systems.

Module 2: The New Generation of HVAC Technology

  • Recent advances reshaping the HVAC market.
  • High-performance components at a glance: VRF, heat pumps, ERVs.
  • How digital technology and automation are changing system efficiency.

Module 3: High-Efficiency Core Equipment - VRF and Heat Pumps

  • How variable refrigerant flow systems adapt to changing loads.
  • Heat pump principles for both heating and cooling, and their energy-saving benefits.
  • Where these technologies fit best in commercial and residential settings.

Module 4: Energy Recovery Ventilation

  • How ERV systems recover and transfer heat between air streams.
  • Maintaining indoor air quality while minimising energy loss.
  • The measurable impact of ERVs on overall system efficiency.

Module 5: Designing and Sizing for Efficiency

  • Factors in system sizing, selection and placement for maximum efficiency.
  • How building design and insulation reduce the HVAC load in the first place.
  • Calculating heating and cooling loads accurately using simulation tools.

Module 6: Bringing Renewables into HVAC Design

  • The role of solar and geothermal energy in HVAC systems.
  • Reducing reliance on grid electricity through renewable integration.
  • Common challenges in combining renewables with conventional HVAC.

Module 7: Automation, Demand Control and Predictive Maintenance

  • Building automation systems (BAS) and how they lift HVAC performance.
  • Demand-controlled ventilation: sensors, controls and occupancy-based operation.
  • Predictive maintenance using IoT and data analytics to extend system life.

Module 8: Certifications and International Standards

  • Achieving Energy Star and LEED recognition for HVAC installations.
  • International guidelines such as ASHRAE and IEC and their influence on design.
  • How certifications translate into building performance and market value.

Module 9: Costing It Out - Lifecycle Cost and ROI

  • Performing lifecycle cost analysis covering installation, operation and maintenance.
  • Understanding ROI from energy-efficient HVAC in terms of long-term savings.
  • Tools for comparing the cost-effectiveness of different technologies.

Module 10: Smart, Connected HVAC

  • Smart thermostats and IoT-enabled systems for real-time energy management.
  • Cloud-based monitoring and control platforms.
  • Emerging trends in data-driven HVAC optimisation.

Module 11: Decarbonisation and What's Next

  • The shift toward low-carbon HVAC and low-GWP refrigerants.
  • HVAC's role in achieving net-zero energy buildings.
  • Innovations on the horizon, from advanced materials to AI-driven systems.

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Cutting Building Energy Costs with Advanced HVAC: A Training Course