Soluxion Paint

Anuar, Nurlisa Arina and Khairuddin, Nursyazwana and Yushadi, Nur Nasywa Hanani and Fatkhuddin, Muhammad Faiz Dinie and Akashah, Nor Ariqah Alia and Ariffin, Nurul Azrin (2025) Soluxion Paint. In: Innovation in action: turning ideas into reality. Universiti Teknologi MARA, Negeri Sembilan, pp. 194-198. ISBN 9786299595304

Abstract

Soluxion Paint is a next-generation photovoltaic paint system designed to revolutionize the way industrial buildings harness solar energy. Soluxion Paint presents an innovative alternative to conventional solar panels by offering a lightweight, scalable, and easy-to-apply solution. This paint-based technology consists of a multi-layer structure including an internal insulation layer, a conductive base, a photovoltaic light-absorbing layer, and a weather-resistant transparent coating. As for the uniqueness of this innovative product, such a layer plays a crucial role in ensuring efficient energy conversion, temperature regulation, and long-term durability.The insulation component contributes to reducing heat gain, improving indoor comfort and lowering the energy demand for cooling systems such as air conditioners—especially crucial in warehouses storing temperature-sensitive goods. Additionally, the photovoltaic layer actively converts sunlight into electricity, supporting critical warehouse operations including conveyor belts, electric forklift charging stations, lighting systems, and automated machinery. Soluxion Paint not only simplifies the process of adopting renewable energy but also reduces maintenance costs and enhances aesthetic integration. The application process, using tools like airless spray systems, allows for uniform coverage on various surfaces without extensive modification to existing structures. In a market where sustainability, efficiency, and innovation are becoming essential, this product supports industries in achieving long-term energy goals and environmental compliance.

Metadata

Item Type: Book Section
Creators:
Creators
Email / ID Num.
Anuar, Nurlisa Arina
UNSPECIFIED
Khairuddin, Nursyazwana
UNSPECIFIED
Yushadi, Nur Nasywa Hanani
UNSPECIFIED
Fatkhuddin, Muhammad Faiz Dinie
UNSPECIFIED
Akashah, Nor Ariqah Alia
UNSPECIFIED
Ariffin, Nurul Azrin
UNSPECIFIED
Subjects: A General Works > Academies and learned societies (General)
Divisions: Universiti Teknologi MARA, Negeri Sembilan > Seremban Campus
Page Range: pp. 194-198
Keywords: Photovoltaic paint, renewable energy, industrial innovation, warehouse sustainability, solar technology
Date: 2025
URI: https://ir.uitm.edu.my/id/eprint/119594
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