Green Computing refers to a multi-faceted and environmentally sustainable computing environment. In a broad sense, Green Computing focuses on the environmentally responsible and eco-friendly usage of computers being central to the formation of smart environments, exploration of their resources and efficient applications. As such, within this framework, one concentrates on the studies of designing, manufacturing/engineering, using and disposing of computing devices to reduce their environmental impact thus making them environmentally sustainable. Green computing is important for all classes of systems, ranging from handheld devices to large-scale data centers. Green initiatives including renewable energy, smart grids, energy efficiency are essential to the holistic, well thought out buildup of the smart environments. They are of fundamental relevance given the omnipresence of computers when offering solutions to a plethora of problems encountered in smart cities, Internet of Things (IoT), sensor networks, diverse communication channels, user-centricity and centrality of systems, AI-oriented tasks, high complex systems, supporting strategic decisions, high scale logistic problems, rapid crises response strategies, decision-making processes and risk assessment in complex and varying and unpredictable environments.

There has been a great deal of interest in the research discipline of Green Computing as well as its practical implications and a number of journals have expressed vital interest there, however from different albeit somewhat limited viewpoints thus lacking a badly needed broader perspective.

So far there has not been a unified platform that could fill this acute gap by bringing a publishing venue with an ultimate focus on green computing studied in a holistic and unified manner. The ultimate objective of this journal is to bring to the research community and practitioners a stable and recognized platform to disseminate crucial, timely, and far-reaching research results as well as establish a broad forum for fostering vital discussions and accelerate further progress. The main areas of interest include the following:

Power Supply
Power Management
Algorithmic Developments and Deployment Strategies for Green Computing
Energy Management in Data Centres
Green Cloud Computing in Energy Efficiency
Green Wireless Networks
Green Cloud Computing
Green Parallel Computing with Big Data and Data Analytics
Smart Cities
Smart Grid, Smart Agriculture, Smart Ocean
E-learning, Smart education, E-health
Ambient Intelligence
Product Recycling and Recycling Strategies
Advantages and Challenges of Green Computing
Green Computing and Smart Cities
Ambient Intelligence-Based Green Computing
Applications to Manufacturing, Health, Energy Sector, and Education
Green Virtual Technologies
Green Monitoring Systems
Green Energy
Societal Issues 


Submission Information
Articles from 2022-2024 are free of charge for article processing.
Best paper award:https://segcjournal.com/announcement/view/354
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Contacts: Regnia Liu, Assistant Editor, assistant-editor@segcjournal.com， wechat：liuxing63

Special Issue on The Challenges and Solutions of Smart Energy Management Systems and Control for HEV/PHEV
Submission Date: 2023-11-15

In the current situation of severe environmental pollution and the shortage of fossil energy, hybrid electric vehicles (HEVs) have proven to be a promising solution for environmental pollution and fuel saving. The benefits of this solution are often reflected in fuel consumption savings, which is also the challenge of developing the right energy management strategy for HEVs.

However, there are still many problems to be solved on this topic. The output performance of the hybrid power system is an essential reason for determining the life of the battery cell. The unreasonable output will affect the control characteristics of the drive system, resulting in severe consequences such as reduced life of the battery cell hybrid system. Therefore, the energy management strategy and performance optimization of the hybrid power system are the keys to ensuring the system's normal operation.

Keywords or key topics of the SI:
● Offline or Online Energy Management Strategy(EMS) Optimization Approach
● Cyber-Physical Predictive Energy Management for HEV/PHEV
● Adaptive Fuzzy Logic for Smart Energy Management in HEV/PHEV
● The Predictive EMSs Considering Dynamic Traffic Conditions with ITS
● Machine Learning based on Genetic Algorithm for HEV/PHEV
● Collaborative Optimisation between Route Planning and Energy Flow in Hybrid Powertrain
● Multi-Objectives EMSs Incorporating Battery Aging and Drivability

Articles of special issue are free of charge for article processing.
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Contacts: Cindy Deng, Assistant Editor, editor_cindy@segcjournal.com