HONG KONG, Feb. 14, 2025 (GLOBE NEWSWIRE) — Wang & Lee Group, Inc., a leading publicly-traded company dedicated to environmental sustainability, has announced a partnership with City University of Hong Kong to research and develop kinetic energy technology. This innovative project will convert the energy from footsteps into renewable electricity using advanced energy panels, transforming sustainable energy solutions.

This collaboration between Wang & Lee Group, Inc. and City University of Hong Kong demonstrates a shared commitment to environmental protection and sustainable practices. By harnessing human kinetic energy and converting it into off-grid power, the project aims to significantly benefit the community by promoting renewable energy generation in a novel and engaging way.

“We are delighted to begin this transformative project with City University of Hong Kong,” said Mr. Ho, CEO of Wang & Lee Group, Inc. “This partnership showcases our dedication to both sustainability and innovation, as we work together to create groundbreaking technology that generates renewable energy and promotes environmental awareness.”

Beyond technological advancements, the project also aims to create engaging educational opportunities. By highlighting the potential of kinetic energy conversion, Wang & Lee Group, Inc. and City University of Hong Kong hope to inspire and educate the public about the importance of Environmental, Social, and Governance (ESG) principles, fostering a more sustainable future.

The research and development of kinetic energy technology for renewable power represents a major step toward a sustainable future. Using the power of human movement, this project could revolutionize energy production and consumption, setting a new benchmark for sustainable energy solutions.

Wang & Lee is currently completing the design and installation of the energy panels for Hangseng Bank at its headquarters in Central, Hong Kong, specifically on a busy pedestrian footbridge. The Company is also exploring the possibility of issuing an ESG bond in Luxembourg to secure funding for this project.

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