Product News · Mechanical Performance · Phenix
Phenix Solar Module Demonstrates 5,400 Pa Static Load Resistance on Both Sides
Philadelphia Solar reported that its Phenix module withstood 5,400 Pa static mechanical loads on both the front and rear sides, with power degradation of less than 0.4%, citing a UL test report.
Mechanical load testing
Performance beyond the referenced test requirement
Philadelphia Solar reported that its Phenix PV module withstood static mechanical loads of 5,400 Pa on both the front and rear sides, with less than 0.4% power degradation relative to its original output.
The company attributed the result to its bill-of-materials (BOM) combination and proper installation, emphasizing how module construction and mounting practice contribute to mechanical resilience.
Key figures
Reported test results
The values below are from the company’s original announcement and do not imply identical performance for every module or installation.
Test reference: UL test report No. 4790569409
Test reference
Performance in relation to IEC 61215
The announcement cites UL test report No. 4790569409 and states that Phenix exceeded the referenced 2,400 Pa rear-side load requirement under IEC 61215.
This result relates to the specified test conditions. Actual permitted loads in a project depend on the mounting system, installation configuration, site conditions and the applicable module documentation.
Thoughtful module construction
The company linked the result to its component and material combination.
Proper installation matters
Correct mounting practice remains vital for achieving the intended mechanical performance.
Technical note: figures reflect the reported test. Always refer to the specific module datasheet and installation documentation for design load limits.
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