Our Innovation Projects
Sodium-ion Battery
The Sodium-ion battery system provides a sustainable and cost-effective alternative to traditional lithium-ion batteries, ideal for energy storage applications. Leveraging abundant sodium resources, this technology offers a lower environmental impact while delivering reliable energy performance. With high safety standards and the capability to endure a wide temperature range, sodium-ion batteries are well-suited for renewable energy systems and grid applications, supporting the transition to cleaner, more resilient energy solutions.
The First Net Zero Carbon Solar STEAM Bus in Hong Kong
Our lab-on-wheels features an Integrated Solar System with Maximum Power Point Tracking (MPPT) to optimize solar energy usage efficiently. The bus is equipped with a Secondary Life Battery system, enhancing sustainability by repurposing batteries for extended use. With an innovative Mentoring System, students gain hands-on experience in green technology and renewable energy, learning practical skills to tackle real-world challenges in a net-zero future.
Mall Management System
An intelligent system has been integrated into the mall management infrastructure, accessible via a mobile application to enhance operational efficiency. This system can detect areas within the mall with high or low foot traffic, enabling temperature adjustments to meet emission reduction and energy-saving objectives. Furthermore, sensors in strategic locations monitor patron numbers in establishments, such as restaurants, with real-time data displayed on the mobile app to assist patrons in making informed choices. The solution also includes the deployment of autonomous smart robots to guide elderly visitors to their preferred
AI Smart Glasses
AI Smart Glasses are an innovative device that integrates cutting-edge technology into everyday applications, offering key features such as visual assistance, auditory support, health monitoring, navigation, and emergency help. Its built-in intelligent system analyzes the environment in real-time to provide practical information. For the visually impaired, object recognition technology offers safe guidance, while the hearing impaired can utilize voice-to-text features to view subtitles instantly. Equipped with biosensors, the glasses monitor health data such as heart rate and blood oxygen levels, issuing alerts when anomalies are detected. The navigation system, combining GPS and AR technology, delivers precise route guidance, making it especially useful for the elderly and those with mobility challenges.
