Changing Energy: The Transition to a Sustainable Future

Purpose This study aims to review recent conceptualizations and theories of organizational citizenship behaviour (OCB) and its role in the energy transition from Malaysia’s perspective. It examines how factors of OCB, such as individual values, attitudes, motivations, leadership style, organizational culture and policies, affect the energy transition process. The research findings have implications for future studies on energy transition, highlighting the role of OCB in shaping the country’s strategies, addressing challenges and contributing to the transition process. Design/methodology/approach This study conducts a narrative review of past literature and documents OCB in the context of energy transition; factors influencing OCB (individual, organizational and external factors); OCB in the context of energy transition; and insights into energy transition in Malaysian organizations. Findings This study finds support in the literature for the impact of OCB on energy transition efforts from the Malaysian perspective. OCB, which extends beyond formal role expectations, can significantly support the effective implementation of energy policies and contribute to organizational objectives. By encouraging OCB within organizations, Malaysia can facilitate the adoption of renewable energy and energy efficiency practices, thereby playing a crucial role in reducing dependence on fossil fuels and advancing the energy transition, instilling hope for a more sustainable future. Originality/value This study encourages future research to explore the relationship between discussed variables and their impact on OCB, which is crucial for organizational policies aimed at advancing the energy transition in Malaysia. These findings contribute to the growing body of knowledge on OCB within the context of energy transition and provide a foundation for further related research.

Background Energy security is a top priority for import-dependent countries like Poland and is driving efforts to diversify supply and reduce dependence on dominant exporters. International cooperation - through infrastructure projects, technology sharing and joint investment - is increasing resilience and accelerating the clean energy transition. This article examines Poland’s evolving international energy partnerships from 2015 to 2024 and their impact on the pace of Poland's energy transition. Methods This article uses a mixed-method approach, combining policy analysis, document review, quantitative data analysis, and case studies to examine how international cooperation supports Poland’s energy transition. Framed through the lens of neoliberal institutionalism, the study assesses how international regimes and market mechanisms influence Poland’s energy diplomacy and decarbonization efforts. Results The research highlights that international energy cooperation plays a critical role in enhancing Poland’s energy security, accelerating the development of renewable energy, and advancing key transition areas. One of the major findings is the untapped potential for collaboration in emerging sectors such as hydrogen, biomethane, and energy storage. The study also underscores the significant impact of European financial institutions, like the EIB and EBRD, in supporting Poland’s energy infrastructure and transition efforts. Furthermore, the author proposes a classification of Poland’s foreign energy partners into strategic, sectoral, and potential partners, providing a framework for targeted policy engagement. The article concludes with actionable recommendations to strengthen and expand Poland’s international energy partnerships. Conclusions Strengthening international energy cooperation is not just beneficial but essential for Poland’s secure and sustainable energy future. Unlocking partnerships in emerging sectors and leveraging EU financial support can significantly accelerate the country’s transition efforts.

To limit global warming to 1.5 °C, it is imperative to accelerate the global energy transition. This transition is crucial for solving the climate issue and building a more sustainable future. Therefore, within the loaded capacity curve (LCC) theory framework, this study investigates the effects of digital adaptation, energy transition, export diversification, and income inequality on the load capacity factor (LCF). This study also attempts to investigate the integration effects of digital adaptation and energy transition, and digital adaptation and export diversification, on LCF. Furthermore, we explored how income inequality influences the LCF in economies. For this study, 112 countries were selected based on the data availability. Panel data from 2010 to 2021 were analyzed using the STATA software 13 application utilizing a two-step system generalized method of moments (GMM) approach. First, interestingly, our finding shows that digital adaptation and income significantly affect the LCF. An increase in income increases the LCF among the middle-income group of countries. Therefore, LCC is confirmed in this research. Surprisingly, energy transition, export diversification, and foreign direct investment negatively impact the LCF in the base model. Second, the impact of integrating digital adaptation and energy transition has a positive effect on LCF. Third, a negative correlation was observed between the interaction of export diversification and digital adaptation with the LCF. Fourth, a positive correlation was observed between the interaction of renewable energy and digital adaptation with the LCF. Finally, this study explores the impact of the energy transition, export diversification, and income inequality on the LCF with reference to the Organization of Petroleum Exporting Countries (OPEC). The result shows a negative effect between export diversification and LCF among OPECs at a 10% significance level. To improve the quality of our planet, policymakers must understand the forces causing climate change. By adopting a comprehensive perspective, the study aims to understand how these interrelated factors collaboratively influence the LCF thoroughly. Additionally, this research seeks to provide valuable insights related to energy transition, digital adaptation, and export diversification to policymakers, researchers, and stakeholders regarding possible avenues for cultivating a more joyful and sustainable global community.

This article consists of two well-differentiated parts. The first, based on a bibliographic analysis, tries to position this current episode of global warming within the framework of the geological history of climate change. The conclusion is clear and in line with the scientific consensus. Greenhouse gas emissions linked to human actions are the main cause of global warming. Given this situation, we can speculate about the future climate evolution of the “Anthropocene”. Unfortunately, such projections in the scientific literature paint a bleak picture. Paradoxically, future predictions take us back millions of years in geological history, placing humanity in unknown territory. Accordingly, we must ask ourselves what we can do to adjust the global thermostat. A first optimistic reflection is that the very fact that humans are the cause of the problem opens a window of hope. If global warming were due to natural causes linked to astronomical phenomena, to the internal dynamics of the planet, or to its evolution, we could do little or nothing to remedy our current climate situation. However, if we are the main cause of the crisis, we have the capacity to resolve it. This consideration, in turn, leads us to the second part of this article which comprises a series of personal reflections on the nature of the so-called energy transition and its main lines of action.

Conceptualizing rural energy transitions: Energizing rural studies, ruralizing energy research

Energy transition is a shift in the system of energy production and consumption, from fossil-based materials (oil, natural gas, coal) to renewable energy sources (nuclear, wind, solar). Indonesia’s national energy transition roadmap has set the vision towards a cleaner and more sustainable energy future in 2045. The ultimate goal is to reach net zero emission, the state in which emissions caused by human activities are balanced by carbon dioxide removal over a certain period of time. With this vision, Indonesia stands as a beacon of promise in the global pursuit of green energy solutions, navigating the path towards a more sustainable and resilient future. Indonesia's Energy Transition Preparedness Framework Towards 2045 unveils a comprehensive framework that encapsulates Indonesia’s energy transition readiness and elaborates the steps needed to strengthen the efforts. This book represents a significant milestone in Indonesia’s commitment to foster a transition towards renewable energy. From the lush landscapes of Sumatra to the vibrant cities of Java, Indonesia’s rich diversity is mirrored in its approach to energy transition—a transformative journey that encompasses not only technological advancements, but also socioeconomic considerations, policy dynamics, and the empowerment of its people. This book will be useful for the general public to learn and understand the framework of energy transition and supplies, so that it will eventually accelerate clean energy momentum in Indonesia.

Social imaginaries and Big History: Towards a new planetary consciousness?

The energy transition (ET) is one of the major components of achieving the Sustainable Development Goal (SDG) 7. Based on the growing recognition of the need for sustainable energy, this study aims to investigate the influence of natural resource rent, energy prices (EPs), financial development (FD), trade and economic growth on the ET from 1990 to 2021 in N‐11 countries. The study employed the Fully Modified Ordinary Least Squares and Dynamic Ordinary Least Squares techniques for the panel data analysis. These test findings revealed that natural resources rent, EPs, trade and economic growth are positively and significantly associated with ET. It indicates that these factors' are essential in promoting the shift towards renewable and sustainable energy sources. Whereas FD has a negative relationship with the ET, which underscores the need for targeted interventions and policy measures to address the challenges faced by financial systems. Moreover, the Pairwise Dumitrescu Hurlin panel causality test results declared the bidirectional association between natural resources and FD, economic growth and EPs and trade with all other variables. The study's outcomes suggest policy implications to promote and accelerate the ET process towards a greener and more sustainable future.

The material foundations of a low-carbon economy

2nd ASEAN International Conference on Energy and Environment (AICEE) Cambodia, Hybrid, 14-15 September 2022 Accelerating Clean Energy Transition to Enhance Energy Security and Environmental Sustainability in ASEANIntroductionASEAN Centre for Energy (ACE) is an intergovernmental organisation within ASEAN structure that represents the 10 ASEAN Member States’ (AMS) interests in the energy sector. With their growing population and economic growth, AMS are expected to be a new global epicentrum of energy market in the future. This trend pushes energy security as one of the highest priorities in energy development in the region.On the other hand, the ASEAN Plan of Action for Energy Cooperation (APAEC) Phase II: 2021-2025, a regional blueprint on energy cooperation, has a theme and sub-theme in which embracing energy transition is one of the key elements to achieve regional energy security and environmental sustainability.Therefore, the concerns on energy security and sustainability call for collaborative planning and action between energy and climate change policymakers, scholars, and businesses, to find common ground and ensure success in both areas. Energy and climate experts sometimes work in their own chambers and have limited interaction with each other. To bridge the chamber and pave the way forward, the short-run target of energy security and the long-run target of sustainability should be reconciled within the framework of the energy transition. During the energy transition, a mixture of fossil fuels and renewable energy that maximizes economic growth and minimizes emissions might be preferable. The optimal road map to decarbonization and shift to low carbon energy should also be developed.To help accelerating the energy transition, improve intersectoral collaboration and connect academia with policymakers and business sector, the ASEAN Centre for Energy (ACE) and the Institute of Technology of Cambodia (ITC) as the academe partner held the 2nd ASEAN International Conference on Energy and Environment (AICEE) in conjunction with the ASEAN Energy Business Forum (AEBF) 2022 and the 40th ASEAN Ministers on Energy Meeting (AMEM). The 2nd AICEE was in partnership with the Kyoto University, Japan, Japan-ASEAN Science, Technology, and Innovation Platform (JASTIP), and the International Society for Sustainable Future of Human Security (SustaiN Society), and support of the National Energy Technology Center (ENTEC), Thailand. This year, the 2nd AICEE was held in collaboration with the 8th International Conference on Sustainable Future for Human Security (The 8th SustaiN).List of Theme, Topic, Key Dates, Participants, Agenda, Steering Committee, Scientific Committee, Organizing Committee, Documentation, Conference Agenda are available in the pdf.

Global energy transition to 100% renewables by 2050: Not fiction, but much needed impetus for developing economies to leapfrog into a sustainable future

This review examines the pivotal interaction between the energy transition and the bioeconomy, underscoring their pivotal role in mitigating climate change, resource limitations, and socioeconomic disparities. The study aims to map the evolution of ETBE research, identifying key themes, regions, and scholarly contributions driving progress in these fields. Using a bibliometric and systematic elements review approach, the study analyzes trends, collaborations, and thematic clusters from 2000 to 2023. The findings reveal exponential growth in ETBE research, with distinct thematic focuses on policy, technology, socio-economic impacts, and sustainability. Four major thematic clusters are identified: policy and economy, societal and environmental implications of energy transitions, energy systems and technologies, market dynamics, and strategic planning. The analysis underscores the global collaboration between leading nations like the United States, China, and Germany, which play pivotal roles in advancing ETBE research and innovation. While energy transition dominates the discourse, the integration with bioeconomy still needs to be explored, accounting for only 14% of the reviewed studies. This highlights the need for greater synergy between renewable energy technologies and bio-based solutions to achieve holistic sustainability goals. The review concludes that fostering inclusive collaborations, prioritizing equity, and aligning renewable energy with bioeconomic strategies are essential for achieving a low-carbon, sustainable future. The study provides a roadmap for future research and policy, emphasizing the critical importance of interdisciplinary and international efforts in shaping the global energy transition and bioeconomy landscape.

Transition to a sustainable energy balance and conversion factors in economic management: Basics for transitioning to a low-carbon economy

The existing energy ecosystem that sustains economic activity around the world is heavily dependent on coal, oil, and natural gas. In fact, all fossil fuels combined accounted for over 84 per cent of total global energy use in 2019. Reducing the carbon footprint of energy is a driving force in energy transitions. Hydrogen is an energy carrier that can transform the fossil-fuel dependent economy into a hydrogen economy, which can provide an emissions-free fuel. Among the key uses of hydrogen is that it can increase renewable electricity market growth potentials substantially and broaden the reach of renewable solutions. However, changing global energy dynamics mean that resource-holders cannot assume that their oil resources will translate into reliable future revenues. Accelerated energy transitions would result in lower demand and prices for hydrocarbons can cut sharply into future revenues. This provides the need for countries such as Nigeria to tap from the economic opportunities in hydrogen economy in the face of dwindling oil revenue. Energy transitions are opening up new opportunities for a different set of strategic resources. Nigeria is a home to many of the mineral resources that are critical in driving global energy transitions. The rising demand for the minerals that can support global energy transitions offers an opportunity for minerals-rich country like Nigeria. The country’s energy future is not doomed: many pathways are possible, but effective policy choices can guide the country to a more inclusive and sustainable energy future and accelerate its economic and industrial development.

It is widely acknowledged that climate change is one of the most serious concerns of the 21st century, posing serious risks to the environment, society, and economy. The energy and power sector is a significant beneficiary and potential solution to this global problem. This review critically examines the interlinkages between climate change and energy transition. It explores strategies for reducing greenhouse gas emissions through renewable energy integration and efficient energy management to save the environment and promote green and clean energy. The research focuses on the barriers and emerging opportunities connected with integrating solar and wind energy into the grid. It also highlights the importance of efficient energy management and shifting power consumption to off-peak hours to reduce carbon emissions. Additionally, the paper examines the broader economic and social impacts of transitioning to cleaner energy and suggests policies to promote a more sustainable energy future. To boost research rapidly, a literature review on the role of artificial intelligence, machine learning, and genetic algorithms in advancing climate change and energy transition is also discussed. Readers will feel more comfortable with the latest research findings and numerical data presented in table format.