New Publications 

• • Transient investigation of solar-powered absorption heat transformers for process heat production in industries

  • Solar Driven Evaporation-induced Electricity Generation from Soil: An Experimental Investigation

  • Uncertainty-driven optimization of photovoltaic-integrated building-level energy Hubs: Advancing SDG 7 targets

  • Optimal Operation of Multi-Vector Energy Systems Considering Multiple Uncertainties

  • Numerical Study of a Frustum-Shaped Wick Heat Pipe at Low Power Input

  • Techno-economic analysis of partial evaporation and sub-critical organic Rankine cycle systems integrated with an absorption heat transformer

  • Thermochemical technologies for industrial waste heat recovery: A comprehensive review

  • Heat pumps using zeotropic mixtures for heating and cooling applications: A literature review

  • A bi-level, many-objective stochastic optimization model for handling simultaneous uncertainties in the operation of multi-carrier integrated energy systems: A hospital case study

  • A novel biomass-to-energy cogeneration system using zeotropic mixtures: Multi-objective optimization and environmental assessment

  • A review of optimization efforts on neighborhood-level energy hubs.

  • Performance enhancement of CO2 transcritical compression cycles: Life cycle climate performance, advanced exergy, and machine learning optimization.

  • Performance enhancement of transcritical CO2 compression cycles: Techno-environmental analysis and machine learning optimization.

  • The energy management strategy of two-by-one combined cycle gas turbine based on dynamic programming.

  • Development of a hybrid renewable energy system for residential complexes in solar-rich regions, harnessing the collaborative power of TRNSYS and the response surface methodology.

  • Thermodynamic analysis and optimal design of an innovative CaC2 and electricity co-production system through air separation and energy storage.

  • Innovative multi-generation system producing liquid hydrogen and oxygen: Thermo-economic analysis and optimization using machine learning optimization technique.

  • Salt hydrates in renewable energy systems: A thorough review

  • Optimizing Supply and Production Management through Energy Storage Strategies: A Solar Cold Production Approach Using Artificial Neural Networks.

  • A comprehensive review of research and applied studies on bifunctional heat pumps supplying heating and cooling.

  • Enhancing ultra low temperature district heating systems with neighborhood-scale heat pump and triple-pipe distribution: A techno-economic analysis.

  • Experimental study of electricity generation from solar energy using organic phase change materials and thermoelectric generator.

  • A complete dynamic modeling of two-by-one gas-steam combined cycle unit for coordinated control design.

  • Thermo-economic optimization of an innovative integration of thermal energy storage and supercritical CO2 cycle using artificial intelligence techniques.

  • Performance characterization of nano-enhanced PV/T systems in various cross-sections, extended flow turbulators, fins, and corrugated patterns.

  • A comprehensive investigation of porous media’s effects on the performance of photovoltaic thermal systems.

  • Solar-Assisted Clean Steam Generator, A Cleaner Production Approach for Sustainable Healthcare Facilities.

  • Techno-economic optimization and working fluid selection of a biogas-based dual-loop bi-evaporator ejector cooling cycle involving power-to-hydrogen and water facilities.

  • Thermo-Economic Optimization of an Innovative Integration of Thermal Energy Storage and Supercritical CO2 Cycle Using Artificial Intelligence Techniques.

  • Techno-economic analysis, emergy assessment, and optimization using response surface methodology of a solar and biomass-based co-generation system.

Read more

• • Free Online Course: AI Applications for Energy Systems Modelling in MATLAB

  • First COPILOT consortium meeting successfully held at DTU

  • Congratulations to Meisam Sadi on His Tenure-Track Position at DTU

  • Prof. Arabkoohsar and Dr. Sadi in Stanford’s 2025 Top 2% Scientists List

  • Conference: Our researchers presented cutting-edge research at the ECOS 2025.

  • Double editorial honor awarded to Ahmad Arabkoohsar by Springer and Nature.

  • Conference: Presentation at JTACC 2025 in Budapest.

  • Onboarding of Two Postdoctoral Researchers.

  • PhD defense: Mohammad Kiani-Moghaddam successfully defended his PhD thesis at AAU.

  • Celebrating Professor Ahmad Arabkoohsar's inaugural ceremony. 

  • COOLBATTERY project secures Mariy Skolda Curi Postdoctoral Action Grant with 99.6% score.

  • Professor Ahmad Arabkoohsar ranks among top scholars in mechanical engineering.

  • Two Members of Smart Thermal Energy Systems Group Ranked Among World’s Top 2% Scientists by Stanford University.

  • Smart Thermal Energy Group is hiring a research assistant in the thermal engineering field. Apply here.

  • Promotion of Ahmad Arabkoohsar to Full Professor

  • Ahmad Arabkoohsar Joins Renewable Energy Journal's Editorial Board

  • Meisam Sadi's stay at KTH

  • Ahmad Arabkoohsar, Head of Smart Thermal Energy Systems Group, Among Top 0.05% Scholars in Four Categories

  • Enroll Now: Dive into Online Uncertainty Analysis Course by SmarTes

  • Ahmad Arabkoohsar, at the helm of the Smart Thermal Energy System group, has been selected as one of the standout rising talents in Denmark's (2023) scientific domain, as per Research.com's latest rankings derived from data sourced from Microsoft Academic Graph on December 21, 2022

  • Ahmad Arabkoohsar, Head of Smart Thermal Energy Systems Group, Recognized Among Denmark's Finest Engineering and Technology Scientists

• • DTU Smart Thermal Energy Systems Group (DTU-STES)

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