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PV Evolution Labs (PVEL), an independent test lab for the solar industry, has upgraded the company’s suite of extended reliability and performance tests, the Product Qualification Program (PQP).

PVEL established the PQP in 2012 to provide empirical data for PV module benchmarking and project-level energy yield and financial models, and to help recognize top-performing PV modules. PQP testing also helps inform the company’s annual PV Module Reliability Scorecard, which provides actionable insights for PV module procurement based on data from PVEL’s testing.

“The module buying landscape has changed dramatically in recent years with advancements in module technology and new players entering the market, and in response, PVEL has focused our globally-acclaimed test program on addressing these changes,” said PVEL’s Tristan Erion-Lorico.

“The improvements we’ve made in this PQP update incorporate critical feedback from our downstream partners, research institutes, module and component manufacturers, and our own test results, keeping the PVEL PQP at the forefront of the growing demand for PV module procurement due diligence,” he adds.

Notable updates to the PQP include the following:

  • a new test to address concerns around Ultraviolet Induced Degradation (UVID);
  • refocusing the Hail Stress Sequence (HSS) on identifying the threshold of glass breakage;
  • modifying the Mechanical Stress Sequence (MSS) to target module mechanical durability concerns; and
  • streamlining processes for Light Induced Degradation (LID), Damp Heat (DH), Light and Elevated Temperature Induced Degradation (LETID), and Backsheet Durability Sequence (BDS) testing.

Participation in PVEL’s PQP is voluntary for manufacturers, and only top-performing module model types are named in the annual PVEL Scorecard. To date, PVEL has tested over 600 BOMs from more than 70 manufacturers for the PV Module PQP.

The post PVEL Enhances Product Qualification Program for PV Modules appeared first on Solar Industry.

PVEL Enhances Product Qualification Program for PV Modules

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Renewable Energy

Myth Busting in Renewable Energy

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I met a guy earlier today who told me that wind and solar are controversial, and that some people say that the mining and manufacturing of wind turbines requires more fossil fuels that the turbines themselves produce.

I told him that I’m aware of such people; they’re called “professional liars.”

I explained the concept of EROI, energy return on investment, and surprised him by saying that the EROI of wind is somewhere between 18 and 30, meaning that each wind turbine you see as you drive along the freeway will generate at least 18 times as much energy as was required in its mining, fabrication, installation, maintenance, and decommissioning–all the way up to 30 times that amount.

The generation of disinformation of renewables has become a cottage industry.  People are paid to make up and publish complete bullshit, so as to discredit the burgeoning clean energy industry, and keep Big Oil in place.

Myth Busting in Renewable Energy

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Renewable Energy

Thanking God for Trump

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As bad as things are in the United States, they could always get worse.

Trump could succeed in his quest to be a dictator, Christianity could be taught in schools, and unvaccinated adults and their kids could trigger another epidemic.

In terms of our reputation on the world stage, however, things really can’t get must worse; the countries around the globe already regard us with a mixture of hate and derision.

Yet regardless of what the future holds, there will always be idiots who that believe that Trump is our savior, like the author of the meme above.

Thanking God for Trump

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Renewable Energy

Eastman Disbarred

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Good to see John Eastman disbarred in California; it’s a small measure of justice.

Criminal prosecution in the future?

Eastman Disbarred

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