With average temperatures in the Philippines reaching over 30°C in the dry months, Heating, Ventilation, and Air Conditioning (HVAC) systems in every building are likely running on full blast. When not used strategically and mindfully, HVAC systems may contribute to the worsening of indoor air quality (IAQ). We at Mitsubishi Electric, through International Elevator & Equipment, Inc. (IEE), offer innovative, cost-efficient solutions that integrate HVAC systems into building automation, simplifying overall management while improving your building’s IAQ.

Elevating Indoor Air Quality with Automated HVAC Controls

Making your HVAC more efficient does not mean sacrificing your comfort and that of your tenants. Our Building Management Systems (BMS), one of Mitsubishi Electric’s building automation technologies, use a network of sensors, digital controls, and software platforms to enable active monitoring of a building’s systems from a centralized location. All HVAC controls can be managed from a single platform, making it easy to optimize HVAC operations for improved IAQ and energy efficiency.

In addition, the powerful AE-200E System Controller allows for the remote operation of up to 200 air conditioning units, with detailed settings for each unit plus a convenient scheduling function. With the AE-200E, HVAC system controls and monitoring can all be done on a web browser, saving building personnel from time-consuming work and potentially reducing energy waste.

Promoting Public Health and Well-being with HVAC Automation

Managing IAQ in a hot and humid climate like the Philippines can be extremely challenging, posing risks of health issues, reduced productivity, and increased building maintenance costs. Air pollutants are trapped, causing smog and promoting mold and mildew growth. Thankfully, heat and humidity can be controlled through HVAC systems.

We offer advanced HVAC systems that can be connected directly to our BMS, enabling innovative solutions. For instance, Mitsubishi Electric’s Ceiling Cassette PLY-M series air conditioners are equipped with 3D i-See sensors. These sensors can detect the thermal profile of a room and occupancy status to optimize airflow and reduce wasted HVAC energy use in empty rooms. Optimizing airflow helps improve IAQ as it dilutes and removes various indoor air pollutants, maintaining a safe, clean, and comfortable indoor environment.

What’s more, IAQ can be further improved with Plasma Quad Connect, a high-performance air purifying device that can be installed in existing air conditioning units. Plasma Quad Connect harnesses the power of electricity to generate plasma, ridding the air of particles such as viruses, bacteria, molds, allergens, dust, and PM 2.5. This technology contributes to a healthier indoor environment, eliminating airborne pollutants and granting peace of mind.

Sustainability Through Smart Integration and Energy Efficiency

On top of improving IAQ, automating HVAC controls improves energy efficiency and, therefore, the sustainability of your building. Worldwide, building energy consumption accounts for over 30% of global energy use.¹ Leveraging the innovations that Mitsubishi Electric brings to the table enables you to become a leader pushing for more energy-efficient buildings.

Our HVAC equipment also uses an eco-friendly refrigerant, R-32, to power the cooling effect of their air conditioners. It has a lower global warming potential² compared to other refrigerants, due to its improved cooling efficiency and non-toxic properties.

Why Choose IEE?

Mitsubishi Electric’s HVAC and building automation systems enable you to reduce your building’s energy consumption while enhancing occupant comfort, ensuring that your HVAC systems run as needed. On top of improving your building’s performance and supporting your organization’s sustainability goals, the integration of HVAC controls into building automation preserves public safety and well-being through effective IAQ maintenance.

IEE is particularly suited to help you improve your building’s operations with top-of-the-line technological innovations, specializing in engineered solutions that account for the distinct environment and local factors within the Philippines. Contact us today to learn more!

¹Chiara Delmastro and Olivia Chen, “Buildings,” IEA, July 11, 2023, https://www.iea.org/energy-system/buildings.

²Adrián Mota-Babiloni et al., “Refrigerant R32 as Lower GWP Working Fluid in Residential Air Conditioning Systems in Europe and the USA,” Renewable and Sustainable Energy Reviews 80 (December 2017): 1031–42, https://doi.org/10.1016/j.rser.2017.05.216.