Adapt Energy: A Closer Look at the Adapt Energy System’s Design Process

How do you design a perfect product?

Although the idea of perfection is a subjective one, when Troy Morgan and Alex Teague envisioned their ideal Adapt Energy system, they knew they wanted it to be a reliable one above all else.

Morgan and Teague, who are PanTech Design’s CEO and COO respectively, then began designing their product with the end in mind.

They realized, for example, that a reliable product is made of reliable parts. As a result, the Adapt Energy system is made up of “all industrial-grade components.”

“There’s a cost associated with that, but we were willing to add that extra cost to have that reliability,” Teague said. “And the solution that we have is made to last probably longer than any of the other components in the whole environment.”

“We have more than a hundred systems out there, and we have not had one single component failure – not one,” Morgan added. Although he conceded that this will certainly change over time given the sensitive nature of electronics, he maintained that the position that the company is in today is a reflection of the choices that Teague made during the design process.

Another reason for their system’s flawless performance can be seen in PanTech’s quality control process. The company employs a “double QC” check, where Teague himself conducts one final check of every system before it’s shipped out to the end user.

“The person who designed and engineered it is also the one testing it to make sure, before it gets shipped, that it’s 100% perfect,” Morgan said.

Subscribe to the Adapt Energy podcast on Apple Podcasts and Spotify to explore new ideas in energy automation technology and stay up to date on the latest changes in the industry.

Follow us on social media for the latest updates in B2B!

Twitter – @MarketScale
Facebook – facebook.com/marketscale
LinkedIn – linkedin.com/company/marketscale

Follow us on social media for the latest updates in B2B!

Image

Latest

rubber
How Precision Engineering and Regulatory Complexity Shape the Future of Rubber Manufacturing
April 9, 2026

In an era where precision manufacturing often hides behind the simplicity of everyday products, the world of rubber components offers a striking reminder that complexity frequently lives beneath the surface. What appears to be a modest gasket or sealing element is, in reality, the product of highly specialized engineering, rigorous testing, and an…

Read More
tekniplex
Inside TekniPlex Gaggiano: How Specialized Manufacturing and Precision Engineering Define a True Center of Excellence
April 9, 2026

Manufacturing excellence today is less about scale alone and more about precision, control, and adaptability—especially in industries where even microscopic inconsistencies can have outsized consequences. As global supply chains grow more complex and regulatory standards tighten, facilities that invest in specialized processes and contamination control are quietly becoming the backbone of innovation. Segregated…

Read More
materials
Tekniplex Showcases Sustainable Materials Innovation at Paris Packaging Week 2026
April 9, 2026

At Paris Packaging Week 2026, Tekniplex didn’t just exhibit—it staged an experience that reflected the evolving intersection of materials science and brand storytelling. The company’s modern booth, complete with a living wall and immersive digital displays, signaled a broader shift in how packaging innovators are choosing to engage a sustainability-conscious audience. Beneath the…

Read More
Paris Packaging
Paris Packaging 2026: How Material Science and Global Innovation Are Reshaping the Future of Packaging
April 9, 2026

In an era where sustainability, performance, and consumer expectations are colliding, packaging has quietly become one of the most dynamic frontiers of innovation. What was once viewed as a functional afterthought is now a strategic lever—one that blends advanced science, manufacturing precision, and an increasingly human-centered understanding of market needs. Material science, in this…

Read More