Sep 2, 2026 · 15 min · 11 segments
Solar module certification used to answer one of the most important procurement questions: Is this product qualified? Today, that is increasingly only the beginning. In this episode of The Solar…
Anna CovertHost
Alex HerreraHost
utility-scale solar, the old procurement question used to sound fairly simple, is the module certified? If the answer was yes, that often carried a lot of weight.

Certification to international and U.S. safety standards remains essential, of course.

It confirms that a product meets established safety and performance qualifications.

Developers are building larger pipelines, asset owners are managing bigger portfolios, and the financial consequences of underperformance have become much harder to ignore.

A certificate tells you that a representative sample met a required baseline at a particular point in time.

What it does not necessarily tell you is whether every later production run, every supplier change or every material substitution still reflects the product that was originally evaluated.

It does not always confirm a match between a specific module and a specific project's risk profile.

A project in a hail prone region, for example, may need a different kind of evidence than a project in a hot and humid climate.

a project exposed to high winds or heavy structural loads may need a closer look at mechanical integrity.

The module may be certified, but the buyer still needs to know whether it is the right product for the job.

And that is where bill of materials specific bankability testing becomes important.

Instead of treating a module as a generic model number, the testing is tied to a named bill of materials.

That means the glass encapsulant cells frame and other critical inputs are part of the qualification picture.

The point is to understand how that exact construction behaves under longer and more demanding stress sequences than baseline certification may require.

utility-scale solar, the old procurement question used to sound fairly simple, is the module certified? If the answer was yes, that often carried a lot of weight.

Certification to international and U.S. safety standards remains essential, of course.

It confirms that a product meets established safety and performance qualifications.

Developers are building larger pipelines, asset owners are managing bigger portfolios, and the financial consequences of underperformance have become much harder to ignore.

A certificate tells you that a representative sample met a required baseline at a particular point in time.

What it does not necessarily tell you is whether every later production run, every supplier change or every material substitution still reflects the product that was originally evaluated.

It does not always confirm a match between a specific module and a specific project's risk profile.

A project in a hail prone region, for example, may need a different kind of evidence than a project in a hot and humid climate.

a project exposed to high winds or heavy structural loads may need a closer look at mechanical integrity.

The module may be certified, but the buyer still needs to know whether it is the right product for the job.

And that is where bill of materials specific bankability testing becomes important.

Instead of treating a module as a generic model number, the testing is tied to a named bill of materials.

That means the glass encapsulant cells frame and other critical inputs are part of the qualification picture.

The point is to understand how that exact construction behaves under longer and more demanding stress sequences than baseline certification may require.
The rest of this transcript — segmented and speaker-labeled, so you land on the exact moment something was said
Search every transcript — by keyword, by phrase, or by meaning, across every show Radar indexes
Trends — what is surging across podcasts, measured against its own baseline
Alerts — when a name you follow appears in a newly indexed episode
No account is needed to search Radar.