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ISSN: 3020-531X

The Renewable Energies, Environment & Power Quality Journal (REE&PQJ) is an open access electronic journal edited in Pontevedra (Spain) by the European Association for the Development of Renewable Energies, Environment and Power Quality (EA4EPQ/AEDERMACP), Reg.No. 169208, with the International Standard Serial Number (ISSN): 3020-531X and DOI (Digital Object Identifier).: https://doi.org/10.24084/reepqjxx.xxx (x=reference-numbers for each volume and paper)

Objectives. The main objective of the REE&PQJ is widespread over the world the recent development in the areas of Renewable Energies, Environment and Power Quality.

REE&PQJ publishes original, high-quality research articles. Only the best papers among those that can be previously presented in the "International Conference on Renewable Energies and Power Quality (ICREPQ)", or in other conferences, congress, etc, but also the articles can be submitted directly to a special issue of the journal (a maximum of three special issues per year: April, September and December), without having to be previously presented and defended in the ICREPQ or in other conferences, using the REE&PQJ Template, and, like most scientific journals, relies on effective peer review process, to uphold not only the quality and validity of individual articles, but also the overall integrity of the journal we publish.


REE&PQJ is edited by:

C/ Ramón Aller, 83
36500 Lalin
Pontevedra (Spain)

REE&PQJ Phone:


REE&PQJ Email:




The procedure for to publish one article in the REE&PQJ have eight steps and for to present one proposal it is necesary to follow the guidelines of a Template. All the proposals need to be reviewed by three members of the International Scientific Committee (REE&PQJ-ISC) in a peer review process in which each of the reviewers need to fill up an Evaluation Form. If your proposal has been accepted positively by two of the three members of the REE&PQJ-ISC, it could be included in the journal if you accept a language review and after checking that you have followed the template.



-Wind Energy, Small Hydro Energy, Solar Energy, Photovoltaic Energy, Ocean Energy, Geothermal, Biomass,…
- Classical and special electrical generators: Theory, design, analysis, losses, efficiency, heating and cooling, vibration and noise, modelling and simulation, control strategies, protection systems, maintenance, mechanical behaviour, new methods of testing, parallel operation, stability,...
- Power plants. Distributed generation. Fuel cells. Co-generation. Hybrid Systems. Original solutions,...
- Energy conversion, conservation and energy efficiency.
- Hybrid Systems. Microgrids. Smart grids. Original solutions,...
- Energy saving policy. Energy storage. Batteries,...
- Energy and the environment. Ecological balance. Ecosystem,...
- Application of the renewable energy. Best practice projects.
- Legislation in the area of renewable energies.
- Energy and cybersecurity
- Biomass combustion techniques. The energy use of agricultural and forest residues. Production and the energy exploitation of bio-gas. Environment. Social importance…
- Interconnection and transport problems.
- Planning and control of the power system take into account the renewable energy. Stability. Protection…
- Economic analysis of the power system take into account the renewable energy.
- Regulation/des-regulation of the power market. Influence of the renewable energy.
- Models and simulation of the power systems. Models and estimation of loads. Software tools.
- Application of the communications, internet, artificial intelligence for the renewable energy.
- Security assessment and risk analysis in renewable energy
- Technical and economic issues of the large-scale integration of renewable energies
- Recent advances in transmission technologies (AC and DC) for renewable energies
- Electric vehicles.
- Electrical Machines & Drives, Power electronics, and Control strategies for renewable energy applications.
- Monitoring and Diagnostics of electrical machines & drives, Tools for Diagnostics and Test for Predictive Maintenance for renewable energies applications
- Sensors and actuators for renewable energies applications.
- Renewable Energies Teaching



- Air. Ambient air quality. Air polution. Ecosystems.
- Forest. Quality and quantity of the forest. Protection and restauration of the forest. Resilience. Biodiversity. Environment climate and agriculture.
  - International cooperation. Environment actions woldwide. Global environment challenges. Environment legislation. Global environment degradation. Impact of the economic activity on natural resources woldwide. Cooperation at the international level. Multilateral environment agreements. Sustainable development. Low carbon and resources-eficient economies. Improvements of the relationship with nature.
  - Noise. Noise pollution. Environment noise reductions. Effect of noise exposure. Burdens healthcare system. Regulations of the environment noise.
 - Soil and land. Soil and land degradation. Agricultural production and food securyty. Soil and land biodiversity presenvation.
- Chemicals. Chemical pollutions. Sustainable chemicals for health and the environment. Hazardous properties of chemicals. Chemicals protective regulations.
  - Funding. Economic support of environment projects. Suporting programes for circular economi and quality of life. Suport for implement pilot projects.
  - Law and governance. Laws on water, nature, air and waste. Infringements procedures. Laws to improve environment. Environment rules.
- Plastics. Plastic pollution. Actions on plastics. Transition to a circular plastic economy. Marine litter. Plastic packaging. microplastics. Biodegradeble and compostable plasticas.
 -Urban environment. Environment protection for a good quality of life in urban areas. Reduction of the use of private motorised transport. Energy efficient buildings. Green spaces. Laws, policies and programmes on pollutions.
  - Circular economy. Transition to a circular economy. Reduction of the preasure on natural resources. Creation of sustainable growth and jobs. Climate neutrality target. Halt biodiversity loss.
  - Marine environment. Actions fo to reduce the fragile balance of marine ecosystems. Effects of the offshore renewable energy production. Pollution. Biodiversity loss. Seabed damage. overexplotation. Underwater noise. Ocean warming and acidification. Protection and conservation of the coasts, seas and the oceans. Actions for to ensure their sustainable use.
  - Pollution. Reduction pollution at sorce. Decontamination. Zero pollution action plans. Actions for to improve air, water and soil quality.
  - Waste and recycling. Treating and managing waste. Extraction of high-quality resources fron waste. Specific approaches for different categories of waste. Innovation in recycling. Waste laws.
  - Industrial emissions and safety. Environment impacts of the industrial activities. Impact of the industrial activities effects of large industrial installations on the atmospheric pollutant emissions. Industrial waste. Industrial energy consumption. Actions that contribute toward a greener industry. Prevention of accidents by dangerous sustances. Regulations of the emissions caused by industrial activities.
  - Nature and biodiversity. Biodiversity stategies. Birds and habitats directives. Actions to protect nature and reverse the degradation of ecosystems. Coordinated networks of protected areas in the world. Biodiversity policy. Environment laws.
  - Water. Quality of water. Pollution of water by industrial chemicals, pesticides, nutrients and pharmaceutic products. Managing water resources more efficiently and facilitate water reuse. Actions of prevention and mitigation of water scarcity and droughts. Evaluation of the risks about the humans and animals produced by a poor quality water. Rules to ensure clean and hight quality water.
  - Research and innovation. Research about desing, implementation, evaluation and review of environment policies.



- Electromagnetic compatibility (EMC)
- Power Quality in Transport and Distribution.
- Economic Studies of the Power Quality
- Low-frequency conducted disturbances: Voltage deviations, voltage fluctuations/flicker, voltage dips and short interruptions, harmonics and inter-harmonics, transient over-voltages, voltage unbalance (imbalance), temporary power-frequency variations.
- Sources, effects and mitigation methods of the disturbances.
- FACT (Flexible Alternating Transmission Systems)
- Measurements of the power quality in networks, industrial installations and Laboratories. Equipment, procedures and measurement methods. Standards.
- Modelling and simulation of the power quality. Software tools.
- Transmission of the disturbances
- Filtering techniques
- Power factor compensation. Capacitor switching techniques
- Optimization techniques
- Communication, internet and artificial intelligence.
- Permanent monitoring techniques and online diagnosis
- Intelligent energy delivery systems. Uninterrupted power supplies
- Expert systems applications
- Devices, equipment and power systems. Control centres
- Specific problems and studies cases
- Power quality influence in deregulated markets
- High frequency disturbances (radiated)
- Data security and electromagnetic pulses.
- Protection against natural and intentional EMI
- Power Quality Teaching