Founded in 2004, intelamp entered the solar lighting industry with a focus on sustainable outdoor solutions. Since 2015, the company has expanded its product line to include decorative fixtures and general lighting replacements. According to its website, all outdoor solar lights in its range are equipped with a monocrystalline solar panel and a lithium iron phosphate battery, which is designed to provide twice the lifespan of conventional alternatives.
The lighting products also feature smart motion detection sensors that automatically activate illumination when required. Users can operate the lights via remote control, and a linkage mode allows multiple units to synchronize for coordinated operation. With an IP65 waterproof rating, the products are engineered to endure outdoor environments. The company currently lists 15 products in its outdoor solar lighting line, priced between $39.00 and $79.99.
China remains the leading global producer of solar lights, accounting for more than 90% of worldwide output. In a statement, intelamp said the Guinness World Record emphasizes the potential of renewable energy and reinforces its mission to promote sustainable lighting solutions internationally.
Master Tang, Chief Scientist of intelamp, said: “For us, this record is more than just a number. We are proud to demonstrate how solar innovation can inspire both sustainable development and cultural connection.”
The event in Dunhuang not only showcased technological achievement but also highlighted how renewable energy solutions can be integrated into cultural and scenic landmarks. By combining advanced solar technology with large-scale artistic display, intelamp underlined the role of innovation in shaping both sustainability and public engagement.
With its long-standing expertise in solar lighting, the company aims to strengthen its presence in the global market and contribute to the broader adoption of clean energy solutions. The Guinness World Record serves as a milestone for intelamp, illustrating the potential of solar power in both practical applications and symbolic demonstrations.
