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AHR EXPO 2027 – HVAC Convention New Product Showcase

Date: Tuesday, January 26, 2027

Time: 11:15–11:35 AM CST

Location: New Product Theater – Theater B (South Hall, to the left as you enter the show floor) | McCormick Place, Chicago, IL

Presenter: Timin Musallam, Manager of Product Management, RenewAire

Admission: Included with AHR Expo registration

AHR Expo 2027 Presentation: ERVs, Frost Control, and Electric Preheat for Extreme Cold Climates

Discover how advanced Frost Control and Electric Preheat options integrate with RenewAire HE Series ERVs to provide reliable frost protection and maximize cold-weather energy savings.

Overview

Heating commercial and institutional buildings in extreme cold climates can significantly increase HVAC energy costs. At the same time, energy recovery ventilation helps maintain indoor air quality, freezing temperatures present additional challenges. Therefore, effective frost control is essential for reliable system operation.

At the AHR Expo HVAC convention, Timin Musallam, RenewAire’s Manager of Product Management, will present the latest Frost Control and Electric Preheat options for commercial energy recovery ventilation systems.

Attendees will learn how these solutions protect energy recovery ventilators (ERVs) from frost formation. In addition, the presentation will explore ways to improve cold-weather performance while reducing energy costs.

HE Series ERV Integration

RenewAire’s Frost Control and Electric Preheat options integrate with select commercial HE Series ERVs. Specifically, these include both indoor (IN) and rooftop (RT) configurations:

Together, these solutions help engineers optimize cold-weather energy savings and simplify equipment specification.

Key Learning Objectives

  • Cold-Weather Energy Load Reduction: Learn how electric preheat warms outdoor air before it reaches the enthalpy core. As a result, this helps prevent frost formation while preserving energy recovery efficiency.

  • HE Series Equipment Integration: Explore design considerations and equipment selection for HE Series indoor (IN) and rooftop (RT) models.

  • Continuous Operation in Extreme Climates: Discover strategies to prevent frost formation, avoid energy-intensive defrost cycles, and reduce winter operating costs.

  • Simplified Engineering & Specification: Understand how factory-integrated preheat solutions simplify controls coordination, electrical design, and field installation.

Product Spotlight: Factory-Integrated Electric Preheat

For cold-climate installations across Canada and northern U.S. states, the RenewAire Electric Preheat option helps prevent frost formation in energy recovery ventilators (ERVs).

To prevent frost buildup, the system warms incoming sub-zero outdoor air before it reaches the static-plate enthalpy core. As a result, it helps prevent frost buildup while maintaining energy recovery performance.

Core Engineering Benefits

  • Continuous 24/7 Balanced Ventilation: Prevents humid exhaust air from freezing onto the core face without exhaust-only defrost cycles. Consequently, outdoor air delivery can continue during severe winter weather.
  • Building Pressure Stability: Traditional exhaust-defrost cycles can create negative indoor air pressure, drawing cold air through building envelope gaps. In contrast, Electric Preheat maintains balanced supply and exhaust airflow to support stable building pressure.
  • Modulating SCR Control: Features an open-coil heating element with modulating solid-state relay (SSR/SCR) control. In addition, the system includes primary automatic limit switches and secondary manual reset safety switches. Available power ranges from 1–17 kW.
  • Single-Point Power & Simplified Installation: The factory-installed heater features a single-point electrical connection inside the unit cabinet. Therefore, separate field-installed duct heaters and additional power runs are unnecessary, simplifying installation coordination.
RenewAire energy recovery ventilator with electric preheat and open access panels, featured in AHR Expo energy recovery ventilation solutions at the 2027 HVAC convention.

About the Presenter

Timin Musallam | Manager of Product

Timin Musallam brings over 20 years of experience in engineering, product development, and management. Throughout his career, he has worked across several industries, including industrial coatings, consumer products, and HVAC technologies.

As RenewAire’s Manager of Product Management, Timin leads innovation across commercial and residential energy recovery ventilation (ERV) systems. His work focuses on improving indoor air quality (IAQ), reducing energy loads, and strengthening cold-climate HVAC performance.

Headshot of Timin Musallam, RenewAire Manager of Product Management, presenting AHR Expo energy recovery ventilation solutions at the 2027 HVAC convention.

Planning Your AHR Expo 2027 Schedule?

Add Timin’s presentation to your calendar or show planner, and visit RenewAire booth #S7777 in the South Hall to speak with our technical team about high-performance ventilation design.

Frequently Asked Questions (FAQs)

RenewAire will present at the AHR Expo 2027 New Product Theater on January 26, from 11:15 to 11:35 a.m. CST at McCormick Place in Chicago, Illinois.

The session will take place in Theater B (South Hall). During the presentation, Timin Musallam, RenewAire’s Manager of Product Management, will discuss frost control and electric preheat options for commercial HE Series ERVs.

At AHR Expo 2027, RenewAire will share practical solutions for improving energy recovery ventilation in extreme cold climates.

During the presentation, Timin Musallam, Manager of Product Management, will explain how Electric Preheat and Frost Control options integrate with HE Series ERVs. In turn, these solutions help prevent frost buildup, support continuous operation, and improve overall energy efficiency.

RenewAire will showcase its factory-integrated Electric Preheat option for commercial HE Series energy recovery ventilators (ERVs) at AHR Expo 2027.

To prevent frost formation in extreme cold climates, this technology warms incoming outdoor air before it reaches the enthalpy core. As a result, it helps maintain continuous, balanced ventilation while maximizing energy recovery performance.