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Privacy|Terms|Accessibility|
Global Decarbonisation
7
  • Energy Catalyst6
  • Artificial Intelligence for Sustainable Cities5
  • Article type

    • Technical Article24
    • Review12
    • Editorial3

    Year

    • 202639
    • 202535

    Every article: open access, CC BY 4.0, in English.

    1–25 of 39 for energy

    SortRelevanceNewestOldest
    1. Review

      Artificial Intelligence as a Compounding Enabler in the Implementation of Green Energy Technology Policies in South Africa

      Green Technology & Innovation · Volume 2 · pp. 371–386 · 2 July 2026 · PDF

      Vilakazi, S. and Sevhake, M.

      …igence (AI) functions as a compounding factor to support the execution of green energy technology policies within South Africa. We contend that artificial intelligence has shifted from a peripheral technological resource to a mechanical imperative for policy e…

    2. Technical Article

      Harnessing Thermal Stress for Sustainable Zero-Energy Building Design in Iraq

      Green Technology & Innovation · Volume 2 · pp. 210–223 · 13 April 2026 · PDF

      Raheem, M.I., Zheng, X. and Wood, C.

      …uring thermal comfort and healthy indoor conditions, they also drive-up overall energy consumption—an issue of global concern that increases operational costs and places financial pressure on building occupants. This situation highlights a research gap: the wi…

    3. Technical Article

      Seasonally Shaded Trombe Wall for Improved Annual Thermal Comfort and Energy Performance in a Hot Summer - Cold Winter Climate

      Research and Reviews in Sustainability · Volume 2 · pp. 162–178 · 20 April 2026 · PDF

      Wu, M., Mateo-Elgueda, F. and Su, Y.

      …ating in passive solar systems, this study evaluates the year-round thermal and energy performance of a seasonally shaded and fan-assisted Trombe wall in Beijing’s Hot-Summer - Cold-Winter (HSCW) climate. Using a simulation-based approach, four facade configur…

    4. Technical Article

      Geothermal–Passive Hybrid Cooling via Courtyard-Integrated EAHE: A CFD-Based Framework for Low-Energy Residential Construction in Hot, Arid Areas

      Research and Reviews in Sustainability · Volume 2 · pp. 149–161 · 1 April 2026 · PDF

      Raheem, M., Zheng, X. and Wood, C.

      …k of passive-geothermal system integration in residential design, achieving low-energy buildings in hot, dry climates continues to be a significant issue. Although Earth-Air Heat Exchangers (EAHEs) have shown encouraging cooling potential, there hasn't been en…

    5. Technical Article

      From Optimization to Stability Preservation: A Self-Healing, Action-Bearing Digital Twin for Climate-Stressed Building Energy Systems

      Green Technology & Innovation · Volume 2 · pp. 150–177 · 8 April 2026 · PDF

      Samaei, S.R. and Riffat, J.

      Climate change exposes building energy systems to conditions beyond conventional control assumptions, where heatwaves, occupancy shifts, sensor drift, and degradation erode stability over time. This study proposes a self-healing digital twin that preserves sys…

    6. Review

      Review of Recent Developments in Thermochemical Energy Storage Materials and Systems

      Research and Reviews in Sustainability · Volume 2 · pp. 124–148 · 5 March 2026 · PDF

      Zhang, Y., Aydin, D., Jarimi, H. and Kutlu, C.

      Thermochemical energy storage (TES) is emerging as a transformative solution for enhancing thermal energy management in buildings and industrial applications. Unlike conventional sensible and latent heat storage, TES systems store energy through reversible che…

    7. Technical Article

      A Deep Learning Approach to Power Quality Monitoring for Energy Efficiency and Carbon Reduction

      Global Decarbonisation · Volume 2 · pp. 111–142 · 22 May 2026 · PDF

      Danaci, K.İ. and Akkaya, S.

      …cient classification methods are becoming increasingly critical as new forms of energy are integrated into the electric grid and as smart grid technology advances, accurate detection of PQDs will significantly contribute to the stability, efficiency, and robus…

    8. Technical Article

      Cognitive Digital Twins for Climate-Resilient Building Energy Systems: Diagnosis-Informed Control under Extreme Thermal Stress

      Artificial Intelligence for Sustainable Cities · Volume 1 · pp. 71–104 · 17 March 2026 · PDF

      Samaei, S.R. and Riffat, J.

      Climate change is increasingly exposing building energy systems to prolonged and severe thermal stress, revealing fundamental limitations in conventional control strategies that rely on static models and reactive feedback. Under extreme heatwave conditions, bu…

    9. Technical Article

      A Reliability-Based Framework for Phase Change Material Thermal Energy Storage under Renewable Intermittency: Linking Phase-Change Dynamics, Energy Availability and Load Matching

      Energy Catalyst · Volume 2 · pp. 77–105 · 10 July 2026 · PDF

      Riffat, J. and Samaei, S.R.

      Phase change material (PCM)-based thermal energy storage is widely recognized as a key technology for integrating intermittent renewable energy into energy systems. However, most existing studies evaluate performance using temperature- or heat-transfer-based i…

    10. Technical Article

      An AI-Based Hybrid Prophet–LSTM Model for Forecasting and Financial Optimisation in Sustainable Energy Grids

      Artificial Intelligence for Sustainable Cities · Volume 1 · pp. 49–70 · 17 February 2026 · PDF

      Razak, T.R., Alaoui, A.E., Jarimi, H., Ul-Saufie, A.Z., Ismail, M.H. and Fuzi, M.F.M.

      Accurate and reliable forecasting is critical for sustainable energy grid planning, as fluctuating demand, market volatility, and policy uncertainty pose significant challenges to both operational and financial stability. This paper proposes a novel AI-based h…

    11. Review

      Thermochemical Energy Storage for Renewable Grids: A Critical Review of Materials, Reactor Architectures, and Integration Strategies

      Research and Reviews in Sustainability · Volume 2 · pp. 17–37 · 3 February 2026 · PDF

      Riffat, J. and Samaei, S.R.

      Thermochemical energy storage (TCES) has gained increasing attention as a practical pathway for achieving reliable, long-duration energy storage in systems dominated by intermittent renewable generation. Unlike conventional thermal storage, TCES relies on reve…

    12. Technical Article

      Research on the Application of Hollow Fiber Membrane Reactor for CO2 Absorption Based on Amino Acid Salt Solution in Carbon Capture Energy Tower

      Global Decarbonisation · Volume 2 · pp. 25–39 · 15 May 2026 · PDF

      Hou, Z., Yang, L., Zhu, Y. and Guo, H.

      This paper addresses the current situation of high energy consumption and high costs in DACC factories. It proposes to use the existing closed cooling towers in civilian buildings as the target for the transformation of carbon capture energy towers, resulting…

    13. Editorial

      Editorial: Advancing Energy Access, Innovation, and Sustainability

      Energy Catalyst · Volume 2 · pp. 1–3 · 6 April 2026 · PDF

      Riffat, S., Oliveira, A., Jarimi, H., Razak, T.R., Riffat, J. and Chen, Z.

      Addressing global energy challenges, particularly energy poverty, climate change, and energy security, requires integrated approaches that combine technological innovation with policy, finance, and implementation strategies. Energy Catalyst (EC) continues to p…

    14. Technical Article

      Performance and Emission Characteristics of B0 and BxxDxx Alternative Fuels for Diesel Generator Applications under Sustainable Energy Transition

      Research and Reviews in Sustainability · Volume 2 · pp. 279–291 · 17 June 2026 · PDF

      Alam, L.W., Cahyo, N., Fajar T.K, B., Nugraha, A.D., Muchammad and Paryanto

      The transition toward sustainable energy systems requires the development of alternative fuels with favorable combustion characteristics and reduced environmental impact. This study analyzes the physicochemical properties of diesel fuel (B0), biodiesel (B100),…

    15. Technical Article

      Predictive Modeling of Energy and Exergy Effects from Injector Placement in HCCI Engines Running on Diethyl Ether and Biogas Using Machine Learning Techniques

      Research and Reviews in Sustainability · Volume 2 · pp. 72–101 · 10 February 2026 · PDF

      Samavedam, A.S., CV, P., Sreekanth, M., P, T. and M, F.

      The global emphasis on sustainable energy has highlighted biogas as a viable alternative fuel for internal combustion engines. Among advanced engine technologies, Homogeneous Charge Compression Ignition (HCCI) engines stand out due to their notable efficiency…

    16. Technical Article

      Performance Characterization of a Hybrid PV-CSP-TES-PCM-SOEC System with Renewable Integration for Sustainable Hydrogen Production across Indian Climate Zones

      Green Technology & Innovation · Volume 2 · pp. 294–349 · 16 June 2026 · PDF

      Nandini, J. and Reddy, K.

      Continuous green hydrogen production from solar energy faces two fundamental challenges. Solar resources are inherently intermittent. At the same time, solid oxide electrolysis cells (SOECs) require a stable, high-temperature thermal input around the clock. Th…

    17. Technical Article

      AI-Based Occupancy Detection for HVAC-Relevant Load Estimation in a University Building

      Artificial Intelligence for Sustainable Cities · Volume 1 · pp. 187–201 · 30 June 2026 · PDF

      Dwamena, R., Zhang, W., Tien, P., Calautit, J. and Sun, H.

      …compared with 4.48 kW for a static seminar-room benchmark. Within the original EnergyPlus comparison framework, the best dynamic schedule corresponded to normalized winter-heating and summer-cooling indices of 73.3 and 32.4 relative to a static benchmark of 1…

    18. Technical Article

      Health-Aware Digital Twins for Building Control under Climate Extremes: An Exposure-State Control Framework

      Research and Reviews in Sustainability · Volume 2 · pp. 179–203 · 24 April 2026 · PDF

      Samaei, S.R. and Riffat, J.

      …sure by 30–50% relative to compliance-based and MPC controllers, while limiting energy penalties to below 12%. The results reveal a structural disconnect between regulatory compliance and long-term health protection and demonstrate that exposure-state modeling…

    19. Review

      Review of Recent Solar-Powered Cooling Systems

      Research and Reviews in Sustainability · Volume 2 · pp. 102–123 · 5 March 2026 · PDF

      Zheng, T., Jarimi, H. and Su, Y.

      …nisms. The findings indicate that while solar cooling systems offer significant energy savings and carbon emission reductions, several technical, economic, and operational challenges remain. Key issues include the intermittency of solar energy, efficiency limi…

    20. Review

      Recycled Metal Utilization on the Microstructure and Mechanical Properties of Casting Alloys

      Green Technology & Innovation · Volume 2 · pp. 102–112 · 19 March 2026 · PDF

      Gürkan, D.

      …dry applications, covering microstructural evolution, mechanical properties and energy efficiency. The aim is to make an integrated assessment of the scientific findings and industrial practices that underpin the wider adoption of recycled feedstock in metal c…

    21. Technical Article

      Self-powered and self-purifying building envelopes: Progress, challenges, and future perspectives

      Green Technology & Innovation · Volume 2 · pp. 76–101 · 18 March 2026 · PDF

      Qian, Y., Ji, J., Xu, S., Gao, Y., Li, Z., Jia, H. and Mu, Y.

      Self-powered and self-purifying building envelopes enable the simultaneous utilization of renewable energy and indoor air purification without external energy input, offering dual benefits in reducing building energy consumption and improving indoor air qualit…

    22. Technical Article

      AI Integration Framework for Sustainable Architecture: Optimized Pathways

      Artificial Intelligence for Sustainable Cities · Volume 1 · pp. 3–25 · 5 February 2026 · PDF

      Sharma, V.C. and Gupta, J.K.

      The built environment accounts for 30% of global energy consumption and 26% of CO2 emissions, yet AI adoption in sustainable architecture remains fragmented despite transformative potential. This study addresses the critical gap between AI's technological capa…

    23. Technical Article

      Performance Analysis of Indoor CO₂ Capture Methods across Operational Contexts for Building Emissions Reduction

      Global Decarbonisation · Volume 2 · pp. 4–24 · 18 March 2026 · PDF

      Shen, Y. and Yang, H.

      Developing low-carbon buildings with low energy consumption and healthy indoor environments is paramount for urban decarbonization, yet it remains challenging. The challenge stems from the conflicting demands on ventilation rates for maintaining low heating, v…

    24. Review

      A Review on Daylighting Prediction by Using Artificial Neural Network Techniques

      Energy Catalyst · Volume 2 · pp. 4–37 · 6 April 2026 · PDF

      Zhang, L. and Su, Y.

      Daylighting is a key renewable strategy in sustainable building design, reducing energy use while improving visual comfort and productivity. However, predicting daylight performance is complex due to nonlinear interactions among many variables, limiting tradit…

    25. Editorial

      Editorial: Advancing Global Pathways to Net Zero

      Global Decarbonisation · Volume 2 · pp. 1–3 · 16 March 2026 · PDF

      Riffat, S., Kutlu, C., Pastakkaya, B., Riffat, J., Reddy, K.S., Zhang, S. and Chen, Z.

      …ormation. Achieving a net zero carbon future requires coordinated action across energy systems, industrial processes, transport, urban infrastructure, and societal behaviour. Global Decarbonisation (GD) is established as an international peer reviewed open acc…

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