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All Sections
A: Sustainable Energy
Sustainable energy is a form of energy that meet our today's demand of energy without putting them in danger of getting expired or depleted and can be used over and over again. Sustainable energy should be widely encouraged as it do not cause any harm to the environment and is available widely fr...
A1: Smart Grids and Microgrids
The research and development of smart grids and microgrids in the last decades is the way how some countries have modernized their transmission and distribution networks in order to respond to the challenges and problems that the grid has to face, such as the increasing demand or the higher penet...
A2: Solar Energy and Photovoltaic Systems
The use of solar energy is expected to increase around the world in the coming years. Particularly at middle and at low latitudes, it will be the main source of energy supporting the economy after global and local crises. Due in part to its reduced past environmental ...
A3: Wind, Wave and Tidal Energy
Wind, wave and tidal energy—commonly recognized as clean and environmentally friendly renewable energy resources—are becoming more commonplace, as the fraction of energy from renewable resources continues to increase. Nevertheless, significant challenges remain in reducing the leveliz...
A4: Bio-Energy
In recent decades, there has been a constant growth in the world’s energy demands, mostly supported by fossil fuels. This has resulted in an associated increase in CO2 emissions and a growing concern about the consequences of climate change and global warming, which represent a m...
A5: Hydrogen Energy
Hydrogen is a promising energy carrier. It is the ultimate, utopian supplier of energy to meet the world’s demand and simultaneously decrease greenhouse gases emissions. Presently, our journal's Hydrogen Energy Section aims to gather innovative research (experimental and computational...
B: Energy and Environment
The “Energy and Environment” Section covers all topics at the interface of energy and the environment that are of interest to the science and engineering communities. Special focus is given to progress in research and applications associated with the development and evaluation of tech...
B1: Energy and Climate Change
Climate change and its derived dire consequences are arguably the most significant threat humankind is facing currently. The overwhelming scientific consensus, albeit not complete, points to anthropogenically caused greenhouse gas emissions as the likeliest cause behind the sustained increases in...
B2: Clean Energy
Clean energy is vital to our sustainable futures. It comprises a number of zero- or low-emission, versatile technologies crucial to tackling climate change and other environmental challenges. They represent a paradigm shift in energy system, consumption, production, and in society’s relatio...
B3: Carbon Emission and Utilization
The Carbon Energy section is primarily focused on (i) carbon generation from energy utilization from both fossil fuels and biomass based fuels, (ii) carbon capture, transport and storage associated to industrial and energy use and (iii) carbon utilization oriented to the production of synthetic f...
B4: Nuclear Energy
Today, nuclear energy accounts for over 10% of global energy generation and the number of nuclear reactors deployed continues to grow steadily. However, if nuclear energy wants to remain a really sustainable energy source, innovation shall play a key role. Therefore, this section covers present a...
C: Energy Economics and Policy
Energy policy is the manner in which a given entity (governments, industry groups, businesses) address issues of energy development, production, distribution, and consumption. This Section also provides a forum for communicating recent advances in energy policy, economics and innovation aspects o...
D: Energy Storage and Application
With ever increasing concern on energy and environment, energy storage technologies and their emerging applications are one of the main themes in Energies. Since energy comes in various forms including electrical, mechanical, thermal, chemical and radioactive, the energy storage essentially store...
D1: Advanced Energy Materials
The increasing energy demand due to growing global population and the critical relationship between Energy, environment and sustainability lead to novel discoveries and advancement in the field of Energy Materials in search of alternative resources. Energy materials is making ground breaking deve...
D2: Electrochem: Batteries, Fuel Cells, Capacitors
Our growing demand for energy and our understanding of how fossil fuel consumption, global greenhouse gas emissions, and climate change are interconnected make us constantly ask ourselves: what are the alternative solutions? At present, one of the most critical issues facing our modern society is...
D3: Nanoenergy
E: Electric Vehicles
Aims and Scope
There are a number of advantages to electric vehicles (EVs) over traditional cars such as low carbon emission...
F: Electrical Engineering
We are living nowadays an Energy transition. We are going more electrical than ever before in transportation: electrical vehicles and ships, electrical motors are every were. Back home, more electronics, electrical kitchens and electronic controlled devices are more a...
F1: Electrical Power System
F2: Distributed Energy System
F3: Power Electronics
F4: Critical Energy Infrastructure
All countries are seriously concerned about the security of energy supply and, in particular, about the protection of energy critical infrastructures: electricity, gas, and oil. These assets are essential for the maintenance of vital social economic functions. In order to protect critical energy ...
F5: Artificial Intelligence and Smart Energy
Increase in human growth, alongside a higher standard of living, encourages the community to engage in progressively more activities. This is evident i...
F6: High Voltage
G: Energy and Buildings
The aim of Energies’ Energy and Buildings Section is to present new research results, and new proven practice aimed at reducing the energy needs of a building, improving building energy efficiency, and improving how energy is managed in buildings. 2261 articles
G1: Smart Cities and Urban Management
The aim of Energies’ Smart Cities and Urban Management Section is to present new research results and new proven practices aimed at optimizing the energy use of smart cities and improving the energy efficiency in urban management.
Example topic areas within the scope of our...
G2: Phase Change Materials for Energy Storage
H: Geo-Energy
The fossil fuel industry must act as a responsible partner in the transition process to a sustainable energy system by making efforts to reduce its environmental footprint within acceptable limits. The optimization of oil and gas recovery and coal mining with responsible environmental footprint r...
H1: Petroleum Engineering
H2: Geothermal
H3: Fossil
I: Energy Fundamentals and Conversion
I1: Fuel
Fuels—energetic chemical substances at molecular or elementary form—are the basis of the development of modern society, as a primary energy source. Since the prehistoric age, the progress of humanity has been linked to the availability of heat and energy; the discovery of fire has mad...
I2: Energy and Combustion Science
Since the first industrial revolution, combustion has played a central role in power generation, engine operation, industrial and domestic heating processes and appliances. This is not expected to change significantly in the mid-term future, in the frame of the fourth industrial revolution that s...
I3: Energy Chemistry
Energy, as the basic need of human beings, is essential in our daily lives. The conversion between various energy forms involves different chemical reactions. Namely, chemistry is fundamental to energy conversion. Therefore, comprehending the chemistry underlying energy is key to any long-term so...
J: Thermal Management
Thermal Management is the ability to control the temperature of a system by means of Technology based on Thermodynamics, Fluid Dynamics and Heat and Mass Transfer. The phrase Thermal Management is therefore describing all possible means and processes like conduction, convection, boiling,...
J1: Heat and Mass Transfer
J2: Thermodynamics
J3: Exergy
According to many textbooks and papers, the exergy of a system is defined as the maximum theoretical, useful work (shaft work or electrical work) that is obtainable as the system is brought into complete thermodynamic equilibrium with the environment, under a specified condition. This condition r...
K: State-of-the-Art Energy Related Technologies
L: Energy Sources
The modern world is seeking solutions to become more sustainable in terms of power generation and more efficient as well. One of the solutions are to implement renewable generation in the electrical power system and so far after hydropower - the wind turbine technology has been the fastest moving...

