Media & News
Blue Sky is the supporting organisation of "Promoting Energy Sharing Service by Hybrid Microgrids for Net-Zero Emission Target", an project initiated by UNSW. We are interested in the proposed sustainable business model for community batteries to provide different services which will create a platform that can trace smart metering data for the energy/load forecasting, match the energy generation and consumption for the supply-demand balance in real-time. The platform can significantly decrease the peak demand, dependence on fuel-based energy, and CO2 emission.
ICRS 2024 Singapore
Under the theme "Resilient Social-Technical-Enviroment Systems", ICRS 2024 will provide insight and inspiration for driving sustainable development across globally recognised risk and opportunity topics. Being a speaker and exhibitor, AudTech is honored to share our vision and solutions in the show.
UNSW & Industry Program
We are excited to join the UNSW Industry Accelerator Program. Throughout the program, we collaborated with various UNSW academics to integrate AudTech's solutions for sustainable community.
Sustainable community via energy sharing
AudTech is now a partner of ARC Research Hub for Integrated Energy Storage Solutions.
250,000 AUD will be used for conducting the project "Understanding Energy: Building an AI platform to help buildings thrive in a rapidly evolving energy sector".
Large language models for forecasting and quantum reinforcement learning for distributed control will be co-developed by AudTech and UNSW researchers (Dr Huadong Mo and Dr Chaojie Li).
We are now partner of ARC Research Hub
We are again partner of ARC Research Hub
AudTech is now a partner of ARC Research Hub for Resilient Intelligent Infrastructure Systems.
450,000 AUD will be used for conducting the project "Building resilience to cyber-physical power systems under climate-related disasters".
Distributed robust optimization and deep reinforcement learning methods will be integrated into the digital twin to guide the pre- and post-disaster response of power systems against violent storms. It will be co-developed by AudTech and UNSW researchers (Dr Huadong Mo and Dr Chaojie Li). It will be co-developed by AudTech and UNSW, ANU and University of Paris Saclay researchers (Dr Huadong Mo, Dr Chaojie Li, Prof Nasser Khalili, Prof Daoyi Dong, Prof Yiping Fang and Prof Anne Barros).
Happy to announce that our project "Delivering Net-Zero Energy Buildings: A Next-Generation Hybrid Energy System with Demand-Side Management" - Stage 1 (1.05 Million) has been successful in the latest TRaCE innovation funding round. With UNSW researchers Deo Prasad AO FTSE, Huadong Mo, Chaojie Li, Lan Ding, William Craft, Yu Zhang, James Christian and Mark Lewis, we are embarking on developing, testing, upscaling and commercialising an AI-enabled Smart Energy Management System to better integrate the entire energy system for buildings. With strong industry partners, such as Sungrow, and Dubbo City Council, the nextGen system will predict urban heat events and building occupancy, among others, to pre-heat/cool buildings and actually deliver on 'data-led operations'.
