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Call for Papers: Thermal Energy Systems: Advances in Energy Production, Cooling, and Heating Technologies

Introduction

The thermal energy systems of present-day society execute fundamental duties that enable power production while delivering cooling and heating services and assisting various industrial sectors. Advanced thermal systems function as essential components that determine the energy efficiency and environmental performance of buildings and manufacturing facilities, food processing plants and water treatment facilities. Traditional heating and cooling systems consume excessive energy while generating high levels of greenhouse gas emissions.

The global effort to achieve decarbonization through climate-resilient, sustainable development brings about urgent requirements for advanced thermal technologies, which must develop innovative solutions to meet current needs. Researchers and engineers collaborate to study thermal energy systems, which help develop energy-efficient systems that enable renewable energy use while reducing environmental impact.

The special issue “thermal energy systems research” was published in Energy Conversion and Management. X invites researchers and practitioners to submit their innovative research solutions that address the new challenges in energy production. The special issue aims to showcase thermal innovations that improve performance and sustainability as well as resilience throughout industrial, commercial and residential systems.

Scope

Researchers can use this special issue to examine how thermal energy technology advancements lead to better system performance and environmental sustainability, and modern energy system integration. The issue accepts research submissions that explore advanced thermal technology through its modelling methods, optimisation techniques, experimental validation and system integration approaches. The submission process welcomes research documents about cooling and heating technologies which produce better efficiency and sustainability results.

  • The systems produce thermal energy through renewable and sustainable thermal energy production methods.
  • The Industrial and building environments benefit from our advanced energy production systems and thermal solutions.
  • The development of new cooling systems includes both indirect evaporative cooling and hybrid cooling technologies.
  • The research investigates heating systems for industrial and commercial settings, together with their associated energy networks.
  • The modern thermal systems of today use waste heat recovery technologies through their implementation in advanced thermal control systems.
  • The process of energy system optimisation uses thermodynamic modelling to achieve system performance improvements.
  • Thermal energy management now combines digital technologies with artificial intelligence and machine learning capabilities.
  • The research assesses the environmental impacts and economic feasibility of various thermal energy technologies.
  • The research presents methods to enhance energy efficiency in thermal systems used by residential buildings, commercial spaces and industrial facilities.

    • Know More About This Issue

    The thermal energy systems serve as essential elements that enable societies to achieve sustainable energy transitions while reducing their overall carbon emissions. The rising pace of urban development, together with the increasing requirement for cooling solutions, creates an urgent demand for thermal technologies that operate efficiently while demonstrating strong performance.

    The advances in thermal energy technologies have enabled researchers to develop energy-efficient heating and cooling systems that deliver optimal performance results. The adoption of hybrid cooling systems together with renewable thermal integration and intelligent energy management solutions has resulted in new design approaches for contemporary energy systems.

    Researchers use digitalisation and artificial intelligence for their research work because these technologies function as essential research tools in cooling and heating technology research. The engineers use these methods to develop systems that operate at high efficiency and adjust their performance based on actual operational conditions and environmental changes.

    Thermal Energy Systems Research for Energy Production

    Key Themes

  • Thermal energy systems have produced sustainable energy production innovations through their research efforts.
  • The industrial and building sectors have received new thermal energy technology developments, which are now available for use.
  • The study investigates how renewable energy sources can be integrated with thermal energy systems to create sustainable energy solutions.
  • The research sector uses both experimental methods and modelling techniques to study cooling and heating technologies.
  • The research focuses on creating hybrid systems that combine both cooling and heating capabilities.
  • The research investigates methods for recovering waste heat and developing thermal energy reuse systems.
  • The research investigates how digitalisation and artificial intelligence technology optimisation improve both energy production and thermal system operations.
  • The research evaluates thermal technologies through techno-economic analysis and life-cycle assessment methods.
  • The research presents methods that thermal systems can use to enhance their energy efficiency performance.

    • How We Support Your Submission

    Publishing in a high-impact special issue requires rigorous methodology, strong experimental validation, and clear presentation of scientific results. Our research support services assist authors in preparing high-quality manuscripts that meet the standards of Energy Conversion and Management: X.

  • Academic editing and manuscript refinement to improve clarity and scientific presentation
  • The service provides help to researchers who need to organise their papers on thermal energy systems
  • The service provides researchers with support to present their modelling and simulation findings about heating and cooling technologies
  • The service provides help to researchers who need to show their experimental work and thermodynamic research results
  • The service provides help with formatting and language editing to ensure compliance with international journal standards
  • The service provides help to researchers who need assistance with their manuscript submission process and reviewer response preparation
  • Expert review support enhances the scientific value of thermal engineering innovations through its use of expert reviews

    • Journal Guidelines:

  • Authors must submit original manuscripts that are not under consideration in any other journal.
  • Manuscripts should follow the Energy Conversion and Management: X Guide for Authors.
  • Submissions must clearly present research objectives, methodology, research results and scientific contributions which relate to energy production and thermal systems.
  • Authors must provide complete details about their modelling methods and experimental procedures, and optimisation techniques to support others in reproducing their work.
  • Manuscripts must be submitted through the journal’s Editorial Manager® submission system.
  • During submission, authors should select the article type “VSI: Thermal Energy Systems (TES2026)”.
  • All submissions will undergo peer review by at least two independent experts to ensure quality and originality.

    • Important Dates

    Submission Deadline: 1 August 2026

    To ensure successful and timely submission to the special issue “Thermal Energy Systems: Advances in Energy Production, Cooling, and Heating Technologies,” researchers are encouraged to seek expert publication support from conceptualisation to final submission.  

    Free Guide: How to Write the Journal Manuscript

    Book a free consultation to get guidance from the PhD assistance research lab for writing a credible research manuscript and submitting it in the high-quality journal.

    Reference

    Elsevier. (2026, March 11). Thermal Energy Systems: Advances in Energy Production, Cooling, and Heating Technologies (Call for papers). Energy Conversion and Management: X. https://www.sciencedirect.com

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