As industrial sectors strive toward net-zero emissions, High-Temperature Heat Pumps (HTHPs) are emerging as a key technology for process electrification. However, integrating these systems into complex industrial thermal profiles remains a major engineering challenge, often requiring extensive manual analysis and iterative design work.
This webinar presents the current capabilities and future roadmap of the ASTRA Framework (AI-Based Superstructure Thermal System Automated Design), developed to automate the sizing, placement, and integration of industrial heat pump systems. By combining thermodynamic analysis, optimization algorithms, and AI-assisted compressor modeling, ASTRA aims to transform raw process data into economically and thermodynamically optimized integration strategies.
Pushing the Boundaries: The Transcritical Roadmap
While current automated designs primarily focus on subcritical cycles, the next frontier of industrial heat requires moving beyond conventional operating limits. Standard systems are often constrained to supply temperatures around 150°C and face significant challenges under large temperature-glide conditions.
To address these limitations, we are now expanding the ASTRA framework toward the integration of Transcritical Heat Pump Systems, opening new opportunities for higher efficiencies and broader industrial applicability in demanding thermal scenarios.
Beyond presenting the technology itself, this webinar aims to open discussion with industrial stakeholders, equipment manufacturers, consultants, and policy makers regarding future needs, implementation challenges, and collaboration opportunities for the next generation of industrial heat pump integration tools.
