Journal of Energy Conservation

Aims And Scope

Journal of Energy Conservation (JEC) is a renowned peer-reviewed open-access research journal dedicated to providing an enhanced understanding of the topics of energy conservation and management. The journal covers various topics related to energy conservation, such as renewable energy, energy efficiency, and energy security. JEC focuses on interdisciplinary research topics related to the study and application of energy conservation in our daily lives. JEC is aimed to present the latest research developments in energy conservation, including the topics on the storage, processing, efficiency, optimization, security, and composition of energy sources, as well as protection of energy resource development and utilization.

The journal publishes original research papers, review papers, reports on case studies, and technical notes from a wide variety of fields such as energy systems modeling and simulation, energy conservation process design and optimization, energy economic evaluation and risk management, energy policy and institutional framework, energy efficiency and renewable energy technologies, energy infrastructure development and operation, energy storage, energy system consulting and technology innovation, smart city development and so on. 

Topics covered in the journal include energy efficiency policies, energy-saving technologies and approaches, renewable energy sources and applications, alternative energy systems, and energy storage, energy conservation, such as efficiency in energy production, control, and optimization of energy systems, and energy storage. JEC actively encourages submissions that explore the latest developments in energy conservation, sustainability, and advanced energy technologies.

JEC provides rapid publication of articles and encourages innovative research ideas and approaches related to energy saving strategies, environmental footprint, energy efficiency, financial implications, integral energy conservation strategies, and technologies. The research published in the journal covers topics like energy efficiency and sustainable energy technologies like hydroelectric, solar, wind, storage, and distribution, as well as renewable energy sources such as solar, wind, and geothermal.

JEC encourages the authors to submit new and innovative research papers related to energy conservation. In particular, papers should consider topics such as the development, design, and implementation of energy-efficient systems, energy optimization and best practices, power system design, evaluation of sustainability practices and policies, energy management, and innovations in energy conservation technology. This journal aims to publish peer-reviewed, innovative, and interdisciplinary research in the field of energy conservation to promote the adoption of more sustainable technological solutions among energy consumers.

Contributions from the following research areas are invited but not limited to the following branches 

Energy Efficiency: Heat pumps, insulation, efficient lighting, smart grids, and more

Renewable Energy: Solar, wind, geothermal, biomass, hydropower, and other alternative energy sources 

Energy Storage: Batteries, fuel cells, supercapacitors, and other storage technologies 

Energy Modeling: Computational models, optimization algorithms, and energy modeling techniques 

Conservation Policy: Regulatory frameworks, best practices, financial incentives, and other policy measures for energy conservation 

• Batteries
• Petroleum
• Greenhouse gases
• Solar energy
• Wind energy
• Conservation of energy
• Geothermal
• Sustainable development
• HVAC systems
• Alternative energy sources
• Energy storage
• Energy management
• Demand management
• Electrochemical impedance spectroscopy
• Energy Security
• Energy generation
• Energy distribution
• Bibliometric analysis
• Exsolution
• Energy optimization
• Energy demand
• Low-carbon economy
• Zero energy buildings
• Integrated energy system
• Building applications
• Minimum energy efficiency standards
• Energy efficiency data
• Energy-efficient transportation
• Energy-efficient buildings
• Energy Efficient Transportation
• Energy efficiency in industry
• Renewable energy communities
• Energy efficiency
• Renewable energy
• Sustainable energy
• Energy conservation techniques
• Building energy conservation
• Energy conservation policies
• Industrial energy conservation
• Energy conservation technologies
• Energy management
• Energy audits
• Energy consumption reduction
• Energy savings
• Energy-efficient appliances
• Green buildings
• Passive solar design
• Sustainable architecture
• Energy-efficient lighting
• Energy-efficient HVAC systems
• Energy-efficient windows
• Energy-efficient insulation
• Energy-efficient roofing
• Energy-efficient water heaters
• Energy-efficient refrigeration
• Energy-efficient transportation
• Energy-efficient manufacturing
• Energy-efficient agriculture
• Energy-efficient data centers
• Energy-efficient servers
• Energy-efficient algorithms
• Energy-efficient software
• Energy-efficient computing
• Smart grids
• Microgrids
• Distributed energy resources
• Energy storage systems
• Battery storage
• Thermal storage
• Pumped hydro storage
• Flywheel storage
• Hydrogen storage
• Carbon capture and storage
• Carbon sequestration
• Energy economics
• Energy markets
• Energy policy
• Energy regulation
• Energy tariffs
• Energy subsidies
• Energy taxes
• Energy security