Technology

Advanced solar technology powered by innovation, smart manufacturing, and precision engineering for reliable, high-efficiency performance.

Module Design & Engineering

Precision-engineered solar modules designed for high efficiency, structural durability, and reliable long-term performance.

Solar Module Exploded View
Optimized Cell Architecture

Our advanced cell design maximizes photon capture and minimizes energy loss. Each cell is engineered with cutting-edge technology to ensure exceptional efficiency and light-to-electricity conversion across operating temperatures.

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Advanced Materials & Encapsulation Design

Premium EVA encapsulation and high-transmission tempered glass protect cells from environmental stress while maintaining optimal light penetration and thermal management.

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Structural Strength & Weather Resistance

Robust anodized aluminum frames and reinforced junction boxes provide superior mechanical strength, corrosion resistance, and weather protection for decades of reliable operation.

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Engineered for Long-Term Performance

Every component is tested to exceed industry standards, ensuring minimal degradation, maximum energy yield, and reliable performance over 25+ years of operation.

Solar Cell modules

Engineered solar cell modules delivering high efficiency, durability, and reliable performance.

DCR MODULES
DCR MODULES

Power Output: 140W - 150W

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Mono-Perc
Mono-Perc

Power Output: 150W - 350W

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Research & development

Continuous research and innovation focused on improving efficiency, reliability, and future-ready technologies.

Cell & Module Efficiency Improvement

Research focused on increasing power output, reducing losses, and improving low-light performance through advanced cell structures and optimized module designs.

Next-Generation Technology

Research focused on increasing power output, reducing losses, and improving low-light performance through advanced cell structures and optimized module designs.

Next-Generation Technology

Research focused on increasing power output, reducing losses, and improving low-light performance through advanced cell structures and optimized module designs.

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Next-Generation Solar Technologies

Materials & Reliability Engineering

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