Webinars

This webinar will explore reliable, efficient solutions for electrification of thermal management systems aimed at reducing carbon emissions in dense urban environments where rooftop space is limited or in cold climates. Thermal Battery™ storage-source heat pump system benefits, limitations, and best practices will also be discussed.

In this program, we will review the factors that influence building pressure. We will also explain how HVAC system operation can impact ventilation airflow rates, exhaust rates, and the resulting building pressure. Then we will demonstrate and discuss several common building pressure control techniques and controls using a model building. Finally, we will review several industry standard requirements related to building pressure control.

In this session, we’ll share what’s changed in the light and large rooftop space in recent years. We’ll dive into the latest trends including decarbonization through energy efficiency and electrification of heat, modernizing outdated system design and approaching service through data-driven connected solutions.

Modular chillers have unique characteristics that require attention when designing a system utilizing their technology. In this program we will explain what a modular chiller is, identify different system types utilizing modular chillers, and explain what to consider when selecting a modular system.

Engineers and Contractors are being asked more and more frequently to design efficiency and productivity into the construction process. Whether you are an engineer providing options for a cost effective, reimaged manufacturing facility or a contractor looking to provide a less labor, capital, and time-intensive installation, Air Rotation Units (ARU) are an ideal solution for heating and cooling large open spaces. 

The new Trane® / Mitsubishi Electric HVRF two-pipe heat recovery system uses a combination of water and refrigerant to provide all electric, simultaneous heating and cooling to multi-room buildings such as hotels, dormitories, and multi-family residences. HVRF combines the best of VRF and a chiller system into one solution for maximum comfort, flexibility, and reduced refrigerant in the overall system.

Retrofitting a building’s HVAC system can be challenging, not to mention trying to figure out how to get new equipment into the building. Thermafit™ modules can help as they are compact and designed to fit where space is limited. They are also easy to service.

Learn the various protocols, considerations, and application factors for building communication mediums to choose the right one that will best optimize your system.

This webinar will focus on today’s advanced packaged rooftop equipment when they’re placed in older installations. What should you consider? What are the best recommendations from systems experts?

This webinar will explore solutions for electrification of thermal systems using site sourced, site recovered and compressor-based heating. Air-to-water and water-to-water heat pump system benefits, limitations, and best practices will be discussed as well as cold climate strategies.

Learn how Linear Expansion Valve (LEV) Kits help pair VRF with applied HVAC solutions for more flexibility to meet a building’s specific load, airflow, and application requirements.

Now more than ever, customers are seeking innovative, sustainable solutions to help improve buildings. As a result, engineers should opt for designing out-of-the-box energy efficient and future-proof solutions to meet their needs. As a partner in design, there are steps you can take to ensure the building automation system allows for future controls opportunities - from network lighting control to full integration.

Want to learn more about VRF design best practices and hear insider tips and tricks that could help save you time on your next VRF project? Watch our webinar hosted by ASHRAE Journal and hear from two VRF field experts as they share insight from their combined engineering and application expertise.

The pandemic has put an intense focus on the quality of our indoor environment and especially on improving indoor air quality. Society’s values with respect to wellbeing and the dynamics of public spaces have changed. This means that buildings and occupants will have different needs for the complete built environment - improving indoor air quality, lighting, acoustics, and thermal comfort - going forward.

2021 brought an unprecedented year for VRF growth in the United States and with that growth, often questions arise about the technology. Join Trane VRF experts from across the country for a webinar where they will share the questions they get asked about the most.

This session takes a deep dive into different types of free cooling solutions for chilled-water systems including air-side vs water-side economizing and integrated vs standalone options, identifies key strategies for optimizing free cooling in system design including data centers, and explains new developments in free cooling controls that deliver enhanced efficiency to customers today.

This session will introduce the topic of decarbonization including why it’s needed for a sustainable future, where the grid is already getting greener, as well as potential electric solutions design teams can employ to help their customers.

Pre-engineered control applications, like those built into Tracer building automation systems, account for efficiency, IAQ, building codes and more right out of the box. Watch this informative session to learn more!

Building Automation Systems provide great value, integration, and optimization to your building, yet they still carry the risk of breaches whenever a connection is present. Learn how to protect yourself and your customers by discovering the benefit of refocusing prevention efforts towards your building automation systems.

Designing a Variable Refrigerant Flow (VRF) System for your next project doesn’t have to be complicated. In this session, you will learn how to break down VRF System design into a 4-step process, including system type, humidity control, ventilation, and system control.

Designing a Variable Refrigerant Flow (VRF) System for your next project doesn’t have to be complicated. In this session, you will learn how to break down VRF System design into a 4-step process, including system type, humidity control, ventilation, and system control.

When a client requests an open building automation system, what does that really mean? During this webinar, we will discuss the different definitions of open, reasons to specify functionality over technology and Trane Design Assist, or TDA, which is a free and easy-to-access web-based application to help specify open systems and functionality.

In this webinar, you’ll hear from a group of industry experts on the whole carbon lifecycle and how various factors including materials, building shape and use, weather, use of renewables and efficient equipment, and proper refrigerant management can positively affect the long-term goals of a building and its ultimate impact on sustainable progress.