Zn-Al-Mg Coating in Extreme Environments: Full Data from 24-Month Marine and Arctic Field Exposure
24-month field exposure of ZAM-coated steel at Wanning (tropical marine) and Mohe (−40°C cold). Full SEM, XRD, EDS, EIS, and mass loss data from…
Engineering
Solar Carport as an Energy Asset: LCOE, IRR, NPV, and the Case for Your CFO
TLDR A 500 kW commercial solar carport in a $0.16/kWh market produces an LCOE of $0.06/kWh, a 6.1-year simple payback, a 25-year NPV of…
Elevated Agrivoltaics Protect Crops Better Against Frost and Heat: What EDF’s New Study Means for Mounting Design
Description EDF R&D modeling shows elevated agrivoltaic structures protect crops better against frost and heat, while vertical layouts cut wind stress. What that means…
Aluminum vs HDG Steel vs ZAM Steel for Solar Canopy Applications
Three materials dominate solar canopy construction: aluminum, hot-dip galvanized steel, and ZAM (Zn-Al-Mg) coated steel. Each has a clear best-use case — and using…
What Structural Codes Should Be Considered in Solar Carport Design?
A solar carport designed to the wrong structural code is a liability. Here is a region-by-region guide to the codes that govern wind, snow,…
How to Design Solar Carports for Typhoon and High-Wind Regions
Designing a solar carport for a typhoon zone is a fundamentally different engineering exercise from standard wind design. The speed, duration, and multi-directional nature…
Why Connection Details Matter in Long-Term Solar Carport Durability
A solar carport is only as durable as its weakest connection. Bolt fatigue, galvanic corrosion at dissimilar metal joints, and undertorqued fasteners are the…
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