International Journal of Sustainable Energy

🌿 Aligning Environmental and Economic Sustainability in Renewable Energy This study explores the delicate balance between environmental and economic trade-offs in renewable energy optimization, addressing the energy trilemma: security, affordability, and sustainability. Utilizing bibliometric analysis and systematic literature reviews with VOSviewer software, the research unveils key challenges and solutions in renewable energy schemes. 🔍 Key findings include: • Environmental Trade-offs: Habitat loss, fragmentation, sediment transport, and deforestation. • Economic Trade-offs: High initial costs, intermittency, job security issues, and supply chain risks. Solutions Proposed: • Strategic planning and continuous monitoring. • Life cycle evaluation and policy implementation. • Diversifying renewable energy sources. 🌟 Recommendations for Transition: A three-tiered approach advocating integrated policy frameworks, technological innovation, and adaptation strategies to ensure a secure and sustainable energy future. 🔗 Dive deeper into this insightful research by Tayo Uthman Badrudeen, Love Opeyemi David, and Nnamdi Nwulu. Read the full article here: https://lnkd.in/g2VxkY3q #SustainableEnvironment #SustainableDevelopmentGoals #OptimizationTechniques #EconomicTradeoffs #RenewableEnergyOptimization #RenewableEnergySchemes #IJSE Taylor & Francis Group

📣 Call for Papers: Energy, Sustainability, and Transportation 📆 Submission deadline: 31-Jul-2025 The global shift to low-carbon transportation is no longer optional—it's a necessity. From electric vehicles and renewable energy to smart cities and green innovations, this is your chance to be part of the revolution transforming how we move and live. Do it with Research Articles, Review Articles, and Rapid Communications that provide actionable insights and interdisciplinary approaches. ✨ Transportation is responsible for 25% of global CO₂ emissions, but innovations in renewable energy integration, EV technology, and sustainable urban planning offer solutions to drastically reduce this footprint. This Article Collection highlights actionable insights and interdisciplinary approaches that address the urgent need for cleaner, smarter, and more efficient transportation networks. Contribute to solutions that reduce environmental impact while improving efficiency by submitting to this impactful collection focused, but not limited, on: 🚗 advancements in electric mobility 🔋 renewable energy integration in transportation systems 🌐 smart grids 🏙️ sustainable urban planning 📜 role of policy and governance in promoting low-carbon transportation 💰 economic implications of transitioning to greener infrastructure 📝 Guest Advisor: Prof. Silvio Nocera, Transport Engineering and Planning, Università IUAV di Venezia, Italy 🔗 Let’s foster a holistic understanding of how sustainable energy can drive the future of transportation. Submit now: https://lnkd.in/dWzgCX2k Find out more details or additional discounts by reaching out to Commissioning Editor, Zhan Yu zhan.yu@taylorandfrancis.com #CallForPapers #SustainableTransportation #RenewableEnergyIntegration #ElectricMobility #LowCarbonInfrastructure #SmartCityPlanning 

How Personality Shapes Green Mobility in India? 🌿🚗 New research explores ‘Big Five’ personality factors in driving green vehicle adoption in Karnataka, India. Traits like openness and emotional stability positively influence adoption, while attitudes toward green vehicles act as a crucial bridge between personality and behavior. Interestingly, extraversion showed no significant impact, offering unique insights into consumer behavior. The study highlights the strong attitude-intention-behavior link, suggesting that tailored marketing and policy strategies can close the gap between intent and action. By aligning efforts with these findings, stakeholders can accelerate the shift toward sustainable transportation. This approach not only supports the transition to sustainable transportation but also aids in achieving broader environmental goals. 👉  Read the full article Embracing sustainability on Indian roads: exploring the influence of personality factors in fostering green transportation behaviour by Amrutha Shetty and M. Rizwana: https://lnkd.in/dKFgWAUB #BigFivePersonalityTraits #GreenConsumption #GreenVehicles #Attitude #PurchaseIntention #AdoptionBehaviour

⚡ Germany’s ambitious energy transition, ‘Die Energiewende’, has led to significant emissions reductions—but at a staggering cost. According to Jan Emblemsvåg, by reevaluating its nuclear policy, Germany could have achieved even greater climate targets while slashing expenditures in half. Is it time to rethink our approach to energy? This analysis not only accents the financial implications of current energy strategies but also highpoints the potential of nuclear power as a reliable alternative in the quest for sustainability. The findings suggest that if Germany had embraced nuclear power more fully since 2002, it would have cut costs while simultaneously reaching climate goals more effectively by achieving a 73% cut in emissions on top of the achievements in 2022. With climate goals at stake, exploring all viable energy options is crucial for a balanced and effective transition. Let’s spark the conversation on the future of energy! Read the full open-access article What if Germany had invested in nuclear power? A comparison between the German energy policy the last 20 years and an alternative policy of investing in nuclear power here: https://lnkd.in/df8Ufxqg #Energiewende #NuclearEnergy #VariableRenewableEnergy #EnergyPolicy #IJSE Taylor & Francis Group Nuclear VS Energiewende. Authors calculations.

🌍⚡️ Unlocking Uganda's Energy Potential! This study evaluates the performance of Uganda’s power plants from 2010 to 2021, revealing capacity factors ranging from 19.8% to 58.6% across various energy sources while illuminating the strengths and challenges facing the hydropower, solar PV, thermal, and co-generation sectors. The findings reveal that average capacity factors are promising, with levelized costs of electricity significantly lower than retail prices, positioning these power plants as financially viable contributors to the energy market. Key highlights: ▫ Most plants maintain operational and maintenance costs under 5%. ▫ Levelized cost of electricity for selected power plants is lower than the retail price set by Uganda's electricity regulatory authority, indicating financial viability and the ability to cover operational and capital expenses. ▫ Most power plants have a weighted average cost of capital of 12.52%, slightly exceeding the 10% cost of capital, as well as maintain operational and maintenance costs under 5%. ▫ Selected hydropower plants typically spend less than 20% of annual revenue on staff costs. ▫ Thermal power plants have the highest annual greenhouse gas emissions compared to all other types of power plants. Beyond financial metrics, the study points out the importance of operational excellence and environmental sustainability. This research serves as a critical resource for decision-makers aiming to enhance efficiency and sustainability within Uganda’s energy landscape. As global attention shifts towards renewable energy solutions, insights from this assessment can guide strategies to maximize the benefits of electricity generation while mitigating environmental impacts. Read the full open-access article Techno-economic performance assessment of selected power plants in Uganda by Brendah Akankunda, Muyiwa S A., Stephen Nkundabanyanga, Twaha Kaawaase & Nicholas Mukisa, here: https://lnkd.in/d7EE8W-C #EnergyTransition #Uganda #PowerPlants #CapacityFactor #Emissions #IJSE Taylor & Francis Group A snapshot and a schematic of the techno-economic performance assessment

🌍✨ Unlocking Energy Equity: This systematic review reveals how carbon pricing can bridge the gap between sustainability and socio-economic progress, particularly in developing nations. By strategically allocating revenues, carbon pricing mechanisms can alleviate energy poverty and support urban development while advancing multiple Sustainable Development Goals. The findings highlight critical governance challenges and the need for targeted solutions that ensure energy security for vulnerable populations. While carbon pricing has the potential to improve socio-economic outcomes, it also risks exacerbating inequalities, particularly for low-income households. As cities evolve, integrating renewable energy transitions into urban planning becomes essential for fostering equitable access to resources. Let’s pave the way for innovative policies that empower communities and drive sustainable growth! 🌿 Read the full open-access article Pricing the future: unveiling the effects of carbon pricing on socio-economic outcomes and energy poverty by Dr. Phemelo Tamasiga, Dr Helen Onyeaka, Dr. Malebogo Bakwena & El houssin Ouassou here: https://lnkd.in/dsHrbEyE #CarbonPricing #EnergyPoverty #SustainableDevelopmentGoals #CarbonEmissions #PolicyInsights #Equity #IJSE Taylor & Francis Group Evolution of themes

📣 Call for Papers: Energy Storage Technologies for Sustainable and Green Energy Systems 📆 Submission deadline: 30-Nov-2024 Are you ready to be at the forefront of sustainable energy innovation? This Article Collection is about game-changing research on advanced energy storage technologies—the backbone of a reliable, renewable-powered future! As we accelerate toward decarbonization, innovative storage solutions are key to managing renewable intermittency, balancing grids, and creating dispatchable energy sources. By addressing unpredictable generation and surplus energy challenges, energy storage systems hold immense potential to stabilize grids and ensure a reliable energy supply. The field is rapidly evolving, with promising new technologies and strategies that demand further investigation. We welcome Research Articles and Review Articleson the latest advancements, from battery innovations and hydrogen storage to vehicle-to-grid and power-to-gas systems, with a goal of building resilient, green energy systems capable of meeting tomorrow's demands. ⚡💚 Contribute to the future of green energy by submitting to this impactful collection focused, but not limited, on: 🔋 Recent battery technologies 🚗 Vehicle-to-home/load, vehicle-to-grid, and vehicle-to-vehicle technologies 💧 Pumped hydro storage ⚙️ Electrolysis and fuel cell technologies 🛢️ Gaseous, liquid, and solid hydrogen storage technologies 💨 Compressed air energy storage 🚀 Upcoming storage technologies ⚡ Power-to-gas storage 🧲 Supercapacitors and supermagnetic storage 📊 Energy markets for storage integration 💡 Energy management for storage systems 📐 Optimal planning and sizing of storage systems 🔋 Second-life batteries management ⚠️ Hazard and environmental issues of current storage technologies 💵 Economic aspects 📝 Guest Advisors: Dr Marcos Tostado Véliz, Department of Electrical Engineering, University of Jaén, Linares 23700, Spain Dr Paul Arévalo Cordero, Department of Electrical Engineering, University of Jaén, Linares 23700, Spain Dr Nima Khosravi, Department of Electrical and Instrumentation Engineering, R&D Management of NPC, Tehran, Iran 🔗 Submit now: https://lnkd.in/diA2Vw-i #CallForPapers #EnergyStorage #SustainableFuture #Decarbonization #GridResilience 

⚡ Optimizing Electric Vehicle Charging for a Greener Future! As EV adoption accelerates, optimizing the allocation and sizing of fast charging stations (FCS) becomes crucial for efficient network management and user satisfaction. This recent study tackles the challenge head-on, using queuing theory (M/M/c) and a non-dominated sorting genetic algorithm to identify the ideal number of chargers. By focusing on EV user satisfaction, voltage stability, and CO2 emissions, the model achieves remarkable improvements. Key findings include: 🔹 40% boost in EV user satisfaction compared to other models. 🔹 45% enhancement in FCS utilization, underscoring the effectiveness of this approach in elevating network performance. Selected approach represents a significant step forward in creating a more reliable and environmentally sustainable EV infrastructure. 👉 For more insights on this study, read the full open-access article Smart allocation and sizing of fast charging stations: a metaheuristic solution by Nivine Samarji Guler here: https://lnkd.in/d3yWmiVs #FastChargingStation #ElectricVehicles #NetworkManagement #QueuingTheory #ChargingStationUtilisation #CO2Emissions #Sustainability Flowchart for Optimal number of charging stations

🔋 Building Trust for a Smarter Future in Energy! Excited to share recent insights from Petteri Siitonen, Samuli Honkapuro, Salla Annala and Annika Wolff on consumer adoption of smart grid technologies! This study investigates how trust and perceived benefits shape customer intentions to embrace smart grids—a critical component of the sustainable energy landscape. 🌍 Through a cross-sectional survey of Finnish households, the authors used structural equation modelling to analyze the impact of competence-based trust, integrity-based trust, perceived financial benefits, and perceived environmental benefits. Findings show that while trust alone does not directly influence usage intentions, it significantly affects adoption when perceived benefits are considered, highlighting a mediation effect. This underscores the importance of trust and clear communication of benefits to encourage technology acceptance in the energy sector. As end-customers take on a more active role in energy sustainability, fostering trust and demonstrating the advantages of smart grid technology are essential for widespread adoption. 🔍 Read the full open access article Effects of trust and perceived benefits on consumer adoption of smart grid technologies: a mediation analysis here: https://lnkd.in/dcJRmPZF #SmartGrid #TechnologyAcceptance #Trust #PerceivedBenefits #StructuralEquationModelling #Mediation Path analysis model depicting the effects of trust and perceived benefits on behavioural intention to use smart grid technologies and the path coefficients for the direct effects between survey measures (below)

🚗🧪 Transforming Fuel Desulfurization! Recent study presents a novel magnetic deep eutectic solvent (MDES) used in the ultrasound-assisted oxidative desulfurisation (UAOD) of dibenzothiophene. Synthesized with choline chloride, p-toluene sulfonic acid, and FeCl₃, the MDES achieved an impressive 98.7% sulfur removal rate, even at higher concentrations. Key operational parameters were optimized using response surface methodology, significantly improving efficiency and reducing processing times. Additionally, the solvent’s magnetic properties enabled quick separation, streamlining the process even further. This study marks an exciting advancement in cleaner fuel technology and more effective desulfurisation solutions. 🔍 Read the full open-access article Characterization and optimization of ultrasound assisted oxidative desulfurization of a model fuel using a novel magnetic deep eutectic solvent by Seyed-Milad Seyedi sania, Shahrokh Shahhosseini and Zahra Kaeed here: https://lnkd.in/dYR9yQuy #MagneticDeepEutecticSolvent #MDES #UltrasoundAssistedOxidativeDesulfurization #UAOD #SolventSeparation #CentralCompositeDesign #CCD #ModelFuel Diagram of (a) H-NMR and (b) C-NMR for the MDES.