On June 11, BOE made a stunning appearance at the 2025 SNEC exhibition, unveiling over 20 pioneering and leading perovskite photovoltaic products, along with a range of comprehensive energy solutions. As a leading IoT innovation enterprise, BOE has long integrated sustainability into its corporate DNA. The exhibition featured five innovative exhibition zones, covering zero-carbon transportation, zero-carbon buildings, zero-carbon industrial parks, and zero-carbon living, comprehensively showcasing BOE’s breakthroughs and applications in green and low-carbon technologies.
In the zero-carbon transportation exhibition zone, BOE introduced its first-ever perovskite CIPV (Car Integrated Photovoltaic) dimmable glass roof, which utilizes flexible perovskite power generation technology to achieve dynamic roof color changes autonomously driven by solar energy. This innovation adapts to the interior brightness in both sunny and rainy conditions, redefining the intelligent interactive experience in fuel vehicles. BOE also showcased multiple comprehensive energy solutions for the transportation sector, integrating photovoltaic, energy storage, and charging technologies, equipped with an integrated photovoltaic-energy storage-charging management system to effectively enhance energy utilization efficiency.
In the zero-carbon building exhibition zone, BOE presented its first-ever perovskite full-scenario BIPV (Building Integrated Photovoltaic) products and solutions. Leveraging the excellent power generation performance of perovskite, combined with unique exterior glass treatment technologies, BOE created photovoltaic art walls that simulate building material textures. Additionally, BOE launched a full range of products, including photovoltaic tiles, photovoltaic curtain walls, and photovoltaic bricks, utilizing the flexibility and light transmittance of perovskite to enhance product texture while providing possibilities for carbon reduction in architectural aesthetics. Meanwhile, BOE’s zero-carbon building solutions, taking buildings as carriers, combine IoT technology and AI intelligent algorithms to collect and adjust building energy consumption data in real-time, effectively improving equipment operational efficiency, reducing operational carbon emissions, and contributing to the achievement of zero-carbon goals.
Industrial parks are a key direction for BOE in actively promoting the “dual carbon” goals. Based on years of application experience in multiple zero-carbon factories, BOE’s “near-zero carbon industrial park” showcased in the zero-carbon industrial park zone serves as a “green smart technology innovation demonstration park.” Equipped with an intelligent energy management and control platform, it achieves various synergies across source, grid, load, and storage, with an energy-saving rate of 52%. This project has won multiple awards, including “Best Practice Case in Energy Internet” and “Leading Project Award,” for its replicability, operability, and scalability. Entering the zero-carbon living exhibition zone, BOE’s first-ever perovskite photovoltaic mobile phone back panel attracted significant attention. This marks the industry’s first application of perovskite photovoltaic cells in mobile terminals, achieving a maximum charging power of 2W, effectively alleviating battery life pressure while promoting green and low-carbon practices, and creating new application scenarios for the iterative upgrading of the mobile terminal industry. Additionally, BOE showcased products such as perovskite photovoltaic parasols and perovskite photovoltaic electric vehicles, greatly expanding the application scenarios of perovskite.
Furthermore, BOE specially set up a zero-carbon comprehensive energy (urban) exhibition zone at the center of the exhibition area, presenting multiple application scenarios of BOE’s green energy through a visual sand table.
