#USA #Clean Energy #San Diego #Solar Modules #Avaada Group

Powering the Future: Avaada Electro at InterSolar 2025

Avaada Electro, recognized as a front-runner in solar technology, is poised to debut its state-of-the-art products at InterSolar North America 2025, held from February 25-27, 2025, at the San Diego Convention Center in California. As the manufacturing division of the Avaada Group, which enjoys a prominent position in renewable energy, this participation is a significant step in Avaada's mission to revolutionize the solar landscape in North America.

Introducing Innovative Solar Solutions

Avaada Electro's showcase will feature high-efficiency TOPCon solar modules designed specifically for the U.S. market. These modules are not only cutting-edge in terms of technology, but they also promise enhanced output, reliability, and cost-effectiveness. Avaada Electro aims to set a new benchmark in the solar industry, leveraging a rich heritage of expertise in large-scale solar manufacturing.

A Strategic Expansion into North America

The company's involvement in InterSolar is pivotal, marking a key moment in Avaada Electro's strategy to broaden its influence in the United States. As an established Independent Power Producer (IPP) with impressive manufacturing capabilities, Avaada Electro is ready to address the needs of the thriving U.S. solar sector. The upcoming event will allow the company to present its innovative technologies and engage with key stakeholders in the industry.

Pioneering Manufacturing Excellence

In India, Avaada Electro operates several advanced manufacturing facilities in locations including Dadri, Noida, Greater Noida, and Nagpur. The company's facility in Nagpur boasts a unique production line that can convert ingots to modules in just 16 seconds, showcasing Avaada's commitment to maintaining its speed and efficiency on a global scale.

Key Features of Avaada Electro's Solar Modules

1. High-Efficiency Performance: The modules utilize next-gen TOPCon solar cells that achieve an impressive 23.3% efficiency, ensuring optimal energy conversion and yield.
2. Adaptability for the U.S. Climate: These solar modules are designed for low-light performance, resilience to high temperatures, and the ability to adapt to diverse climates found across North America.
3. Advanced Automation: The entire production process integrates AI-driven quality control, ensuring that every module manufactured meets the highest standards of performance.

Competitive Advantages of Avaada Electro

• - Technological Leadership: Avaada Electro integrates innovative technologies with high-performance solar cell structures, allowing for improved product quality and scalability.
• - Cost Efficiency: By managing in-house production, the company optimizes its supply chain while maintaining quality control at every manufacturing stage.
• - Global Expertise with Local Solutions: With its solid foundation as a renewable energy developer, Avaada Electro is well-positioned to deliver reliable, trusted solar solutions for developers, EPCs, and investors in the United States.

A Message from Leadership

Vineet Mittal, Chairman of Avaada Group, shares the company's vision: "The U.S. stands at the forefront of the global energy transition. Avaada Electro's expertise in solar manufacturing allows us to support U.S. developers with high-performance solutions that will advance the industry. InterSolar North America 2025 is the perfect venue for us to highlight our innovations and forge lasting partnerships."

About Avaada Electro

As the manufacturing segment of Avaada Group, Avaada Electro is committed to producing high-quality, precision-engineered solar solutions. Their modern facilities reflect a dedication to efficiency, reliability, and performance, setting new standards in the global energy landscape. Through continuous investment in advanced manufacturing and R&D initiatives, Avaada is playing a transformative role in accelerating the shift toward clean, affordable, and sustainable energy.

For more information, visit Avaada Solar's website.