Understanding Building-Integrated Photovoltaics  

Learn how BIPV rainscreen facades can boost sustainability, cut costs, meet codes, and improve durability and performance

Sponsored by Elemex Architectural Facade Systems | Presented by Hugh Lowry and Lee-ah Durance

Live Webinar Airing on October 22, 2026 at 02:00 PM ET

This presentation will offer an overview of rainscreen technologies being used to incorporate BIPV into a building’s façade. We will discuss the important role onsite power generation can play in creating positive environmental impacts, contributing to LEED certification goals, and positively impacting costs associated with energy use.

We will look at the components required to successfully install and operate a BIPV system, as well as some of the design consideration architects should pay attention to in order to maximize solar capture and system performance. Also, this content will address how BIPV facades can meet or beat applicable standards and building codes. 

Finally, this presentation will discuss the advantages of solar facades that are specified with a pressure-equalized rainscreen solution, and how this option provides a more durable and sustainable system. 

Photo courtesy of Elemex

 

Speaker

Hugh Lowry is the Technical Sales and Engineering Manager at Elemex. Hugh has an engineering background and extensive experience in sustainable design, specializing in advancing building-integrated photovoltaic (BIPV) technologies with a focus on Elemex’s innovative Solstex®️ system.

Hugh holds a Bachelor of Applied Science degree from Queens University, focused on computational studies and fluid dynamics. He has also completed his Masters in Engineering from Western, with a focus on solar photovoltaic and solar thermal systems.

Hugh’s work experience encompasses solar solutions of varying backgrounds, from ground mounted solar farms to building integrated solutions. Direct to grid, or battery storage – Hugh is a knowledgeable resource when harnessing the sun’s energy. He works closely with architects, developers, and builders to deliver energy-efficient, aesthetically pleasing solutions that help achieve net-zero building goals. An advocate for reducing our carbon footprint, Hugh is passionate about driving the adoption of renewable energy in the construction industry. He supports projects from design through certification to ensure high performance and sustainability.

Speaker

Lee-ah Durance is a Sales Coordinator at Elemex Architectural Facade Systems, a North American leader in innovative architectural facade solutions. In her role, Lee-ah serves as a key point of contact for architects, contractors, developers, and project stakeholders, helping to ensure a seamless experience from initial inquiry through project execution.

With a strong commitment to customer service, organization, and communication, Lee-ah supports the sales team by coordinating project information, managing client relationships, and facilitating collaboration across departments. Her attention to detail and proactive approach help keep projects moving efficiently while ensuring clients receive the support they need at every stage.

As part of the Elemex team, Lee-ah contributes to the delivery of advanced facade systems that combine design flexibility, performance, and sustainability. She takes pride in helping bring innovative architectural visions to life and supporting the company's mission of redefining the future of building envelope solutions across North America.

Originally published in Architectural Record

Originally published in July 2026

LEARNING OBJECTIVES
  1. Discover the key differences between applied and integrated solar photovoltaic systems, and recognize the advantages of integrated solar.
  2. Discuss the benefits of photovoltaic facades to the environment, and demonstrate how BIPV facade systems can contribute to LEED certification goals for architects and owners.
  3. List the components and possible attachment methods available for a successful design and installation of a BIPV facade system.
  4. iscuss the applicable standards and codes associated with modern BIPV facade systems.