About the Journal

About ELRINA - Journal of Electrical, Marine, and Its Application

The Journal of Electrical, Marine, and Its Application (ELRINA) is a pioneering open-access, peer-reviewed journal dedicated to advancing research and innovation in the fields of electrical engineering, electro marine technologies, marine informatics, and marine technology. As an international journal, ELRINA aims to be a global platform for the dissemination of high-quality research, promoting the exchange of scientific knowledge, and fostering cross-disciplinary collaboration. The journal’s unique approach to publishing goes beyond traditional constraints such as page limits and thematic importance, instead focusing on the validity and scientific quality of the research presented.

The discipline of Electrical and Marine Engineering has grown tremendously in recent years, driven by the need for advanced technological solutions in the maritime industry. As part of a comprehensive academic program, ELRINA draws from various fields, including power systems, renewable energy, marine control systems, and intelligent maritime technologies. These areas are key to tackling global challenges such as energy efficiency, environmental sustainability, and safe marine operations. Within this context, the journal embraces contributions that provide practical insights and theoretical advancements to enhance the maritime industry’s capabilities.

The Program Studi Teknik Kelistrikan Kapal (Electrical Engineering for Ships) has long been a vital area of study, offering students and professionals the opportunity to specialize in electrical technologies applied within the maritime sector. This includes mastering both electrical systems in vessels as well as systems in building structures, encompassing practices such as installation, control systems, electromagnetism, and electronics. The significant growth of this sector has led to a continuous demand for high-quality research, particularly in renewable energy systems for marine vessels, hybrid power technologies, and advanced ship control systems, all of which are vital to maritime innovation.

As we build upon the core disciplines of Electrical Engineering, ELRINA's scope expands to incorporate crucial marine sectors, where electrical engineering expertise is fundamental. Marine informatics, for instance, explores the integration of digital technologies and intelligent systems into the maritime industry, from remote diagnostics and navigation to the development of sophisticated communication systems. Through advanced research and technical innovation, the journal addresses the integration of artificial intelligence, machine learning, and robotics in marine systems, significantly enhancing their efficiency, safety, and operational capabilities.

ELRINA’s mission is not only to publish outstanding research, but to also contribute actively to the growth of the maritime industry. It aims to provide a platform where researchers, practitioners, and industry stakeholders can collaborate to advance cutting-edge solutions in marine systems, including electric ships, offshore power generation, and renewable marine energy. Furthermore, the journal recognizes the growing importance of interdisciplinary research and emphasizes the cross-pollination of ideas between various technological domains, fostering innovation that addresses the evolving needs of the global maritime sector.

With its clear focus on the development of electrical and marine technologies, ELRINA strives to create an environment where excellence in research can flourish. It is committed to providing high-quality, peer-reviewed articles on topics ranging from electrical power systems and renewable energy applications to the latest developments in marine technologies and electronics. The journal is designed to serve both academia and industry, ensuring that the findings presented in its pages have real-world applications that improve the efficiency, safety, and sustainability of maritime operations.

The scope of ELRINA includes multiple disciplines that intersect and complement each other. Among the key areas explored in the journal are Electrical Engineering—including power systems, energy conservation, and intelligent systems; Electromarine Technologies—such as electric ships, offshore power systems, and marine diagnostic instrumentation; Marine Informatics—including intelligent marine data processing and simulation tools; and Marine Technology—covering innovations in underwater robotics, sensors, and radar systems for navigation and safety. These fields represent the forefront of technological advancement, aiming to address both the practical and theoretical challenges faced by the maritime industry.

By fostering a holistic and interdisciplinary approach, ELRINA brings together research from electrical, marine, and computing domains, providing a forum for diverse perspectives. The journal's continuous goal is to enhance visibility, foster collaboration, and promote groundbreaking innovations that contribute to a more sustainable and technologically advanced maritime industry worldwide.

 

Aims and Scope of ELRINA

Tujuan ELRINA:
The Journal of Electrical, Marine, and Its Application (ELRINA) is dedicated to the publication of high-quality, peer-reviewed research and review articles that cover a wide array of topics related to electrical engineering, electro marine technologies, marine informatics, and marine technologies. As an open-access journal, ELRINA aims to provide global visibility for innovative research, encouraging the free exchange of knowledge and fostering international collaboration. Unlike traditional journals, ELRINA does not impose constraints on article length or thematic significance, allowing authors to fully explore their research findings. Instead, the primary criteria for publication are the scientific rigor, originality, and relevance of the research. By not restricting its scope to a specific discipline, ELRINA promotes interdisciplinary research, encouraging novel insights that connect the fields of electrical engineering and maritime technologies.

Ruang Lingkup ELRINA:
The scope of ELRINA encompasses the following major research areas, all of which are essential to the advancement of electrical and marine technologies:

  1. Electrical Engineering
    • Topics in this area include the application of electrical engineering principles to the maritime industry. Key themes include:
      • Power Systems and Power Engineering for marine applications
      • Renewable Energy Sources and Hybrid Systems used in maritime environments
      • Energy Management and Conservation in marine systems
      • Control Systems, Intelligent Systems, and Automation in marine vessels
      • Machine Learning and Optimal Control for marine electrical systems
      • Protection Systems for electrical installations aboard ships and offshore platforms
  2. Electromarine
    • This field focuses on the integration of electrical and electronic technologies in the marine environment. Key topics include:
      • Electrical systems in marine biology and environmental monitoring
      • Electronics applications in marine navigation and communications
      • Offshore Power Engineering, including offshore wind and marine energy projects
      • Blue Energy and its potential for sustainable marine power generation
      • Marine Diagnostics and Instrumentation for monitoring marine vessels and systems
      • Electric Ship Systems, including propulsion, energy storage, and management systems for ships
  3. Marine Informatics
    • This area explores the intersection of information technology and marine science, including:
      • Marine Digital Signal Processing and its applications for marine communications
      • Intelligent Marine Informatics, focusing on data analytics, and decision-making algorithms
      • Computer-Aided Marine Systems for ship design, operation, and management
      • Educational Computer-Based Programs aimed at enhancing marine informatics knowledge and skillsets
  4. Marine Technology
    • Research in this area addresses technological advancements used in the maritime industry, including:
      • Remote Operated Vehicles (ROVs) and Submarine Operated Vehicles (SOVs)
      • Unmanned Underwater Vehicles (UUVs) for exploration, surveying, and research
      • Sensor Technologies and Command Systems used for maritime applications, such as SEWACO (Sensor, Weapon, and Command) systems
      • Maritime Communication, Radar Systems, and Navigation technologies
      • Development of Submersible Equipment for underwater operations

Conclusion:
ELRINA's commitment to a broad and inclusive research agenda enables it to cover critical topics in both electrical engineering and maritime technologies. With its emphasis on interdisciplinary research and innovation, ELRINA serves as a premier platform for scholarly exploration in fields that are vital to the global maritime industry. The journal seeks to promote groundbreaking research and development across various aspects of electrical and marine systems, pushing the boundaries of technological progress while contributing to the sustainability and efficiency of maritime industries worldwide. Through this approach, ELRINA aims to not only advance academic knowledge but also to have a tangible impact on the practical applications in the maritime sector.