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BIPV Curtain Wall
Under evolving distributed energy policies, cities face an urgent mandate to minimize grid dependencies and generate clean power on-site. However, modern urban architecture heavily relies on full-glass curtain wall systems—structures optimized for aesthetics, but inherently challenging for energy efficiency.
Our innovative BIPV solution turns this architectural challenge into a green energy asset without altering the building’s visual identity.
By strategically integrating high-efficiency solar modules directly inside the spandrel glass sections—the non-transparent glass zones between floors—we bridge the gap between design and sustainability.
By pairing the sleek aesthetics and high structural durability of curtain wall systems with solar power generation, this solution sets a new standard for urban Zero Energy Buildings.
Solar Carport
Solar carports are rapidly expanding as an effective solution to provide both shade and clean energy.
However, intense price competition among low-cost contractors has driven a relentless focus on cutting installation costs—leading to a noticeable decline in the aesthetic quality and structural integrity required for long-term architectural facilities.
An alternating gable-roof module configuration maximizes site density on limited land without sacrificing performance.
This structural design ensures a balanced energy profile that aligns with daily power demand and reinforces grid reliability, elevating visual appeal far beyond standard flat-panel installations.
In addtion, seamlessly integrating electric vehicle chargers expands the functional utility of solar carports beyond simple power generation.
By combining specialized gable-fastening engineering and enhanced roof waterproofing with customizable upper skin displays and overhead EV charging, this system sets a new standard for solar carports. It moves far beyond low-cost, cookie-cutter installations to elevate both urban aesthetics and operational convenience.
Promoting industry standardization in response to the growing demand for charging solutions powered by eco-friendly energy sources.
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