concept

energy technology assessment

Also known as: ETA, ETAs, energy technology appraisal

Facts (66)

Sources

Global perspectives on energy technology assessment and ... link.springer.com Springer Oct 30, 2025 64 facts

claimInternational partnerships, specifically the International Renewable Energy Agency (IRENA) and the Paris Agreement, emphasize the role of Energy Technology Assessment (ETA) in setting global sustainability goals and tracking progress.

referenceKaviti Musango J published 'Energy technology assessment in managing sustainable energy transitions: a bibliometric analysis' in Sustain Energy Technol Assessments in 2024.

claimInterdisciplinary Energy Technology Assessment (ETA) education prepares students to synthesize knowledge from engineering, economics, environmental studies, and social sciences, which enables the creation of more holistic assessment models and methodologies.

procedureProject-based activities in Energy Technology Assessment (ETA) education challenge students to conduct impact assessments of novel energy technologies, requiring them to consider how these technologies might alter existing energy systems, energy markets, or social groups.

procedureEducators can promote critical thinking in Energy Technology Assessment (ETA) lectures by using pedagogical approaches such as case studies, policy analysis exercises, and debates.

claimIncorporating Energy Technology Assessment (ETA) into governance processes allows countries to develop flexible policy combinations that adapt to market conditions and technological breakthroughs while maintaining resilience and energy equity.

claimEnergy Technology Assessment (ETA) examines the implications of emerging technologies, such as hydrogen energy, carbon capture and storage (CCS), and energy storage systems, for mitigating greenhouse gas emissions and ensuring energy efficiency.

procedureThe inclusion criteria for the study were peer-reviewed journal articles, conference papers, and review articles in English focused on renewable energy innovations, policy frameworks, and energy technology assessment.

claimExisting Energy Technology Assessment (ETA) research is characterized by a superficial treatment of socio-economic trade-offs and insufficient reflection on long-term systemic implications.

claimEmerging research areas in Energy Technology Assessment (ETA) include the use of artificial intelligence to optimize energy systems and the impact of digitalization on energy efficiency.

claimEnergy Technology Assessment (ETA) informs policies that promote equitable energy access and address socio-economic disparities in energy distribution to foster inclusive transitions toward sustainable energy futures.

claimEnergy Technology Assessment (ETA) curricula should include international case studies that highlight different approaches to energy transitions in regions such as Europe, Asia, Africa, and the Americas.

claimResearch on energy technology assessment (ETA) frequently focuses on renewable energy, energy storage, carbon capture, and life-cycle assessment as core themes.

claimEnergy technology assessment (ETA) evaluates energy technologies across their entire lifecycle, ranging from resource extraction to disposal or recycling.

referenceSustainability transitions theory examines the co-evolution of technological, institutional, and social innovations over time, and is linked to Energy Technology Assessment (ETA).

claimEnergy Technology Assessment (ETA) is a vital process for evaluating the economic viability, environmental impact, social acceptability, and technological developments of new energy options.

procedureCollaborative learning environments in Energy Technology Assessment (ETA) education can be implemented through pedagogical strategies such as team-based projects, cross-disciplinary coursework, and joint seminars.

claimThe United States, China, and the United Kingdom are the leading contributors to research on energy technology assessment (ETA).

referenceThe Technology Development Matrix (TDM) is an Energy Technology Assessment (ETA) framework established by the National Research Council of Canada and Université Laval.

referenceEnergy technology assessment (ETA) methodologies include life cycle assessment (LCA), cost–benefit analysis (CBA), environmental impact assessment (EIA), and technological foresight analysis.

claimIntegrating Energy Technology Assessment (ETA) into policy instruments ensures that energy transitions are equitable, addresses socio-economic injustice, and makes sustainable energy accessible and affordable.

claimStudents of Energy Technology Assessment (ETA) must be trained to evaluate the technical feasibility and broader societal, ethical, and economic consequences of innovations in renewable energy, energy storage, and carbon capture technologies.

claimAdvancement in Energy Technology Assessment (ETA) research requires a focus on emerging technologies, specifically hydrogen energy, next-generation energy storage systems, and digital energy management technologies.

referenceEnergy Technology Assessment (ETA) contributions include incorporating innovation indicators like patent growth rates to forecast technological progress and linking ETA with innovation system theories.

procedurePolicymakers in developing economies can integrate Energy Technology Assessment (ETA) tools into existing regulatory and planning frameworks through targeted capacity-building programs, partnerships with academic and technical institutions, and pilot-scale demonstrations adapted to local socio-economic realities.

claimEffective Energy Technology Assessment (ETA) requires collaboration among a wide range of actors, including government agencies, businesses, academic institutions, and civil society organizations.

claimTo be effectively focused on Energy Technology Assessment (ETA), a curriculum should encourage collaboration across disciplines to help students understand the connections between energy technologies and their social, technical, and economic implications.

referenceEnergy Technology Assessment (ETA) incorporates social acceptance metrics from perception surveys to strengthen societal considerations.

perspectiveEnergy Technology Assessment (ETA) must be incorporated into national and international energy policies.

referenceThe study provides a comprehensive bibliometric summary of Energy Technology Assessment (ETA) research, emphasizing its significance in ensuring sustainable energy transitions.

claimDominant research topics in ETA-related sustainable energy include Renewable Energy, Energy Storage, Carbon Capture, Sustainability, ETA, and Solar Energy, with emerging areas including Artificial Intelligence, Grid Integration, and Low-Carbon Technology.

claimAligning Energy Technology Assessment (ETA) with national and international energy policy is an effective method for achieving sustainable energy transitions.

claimCountries rely on Energy Technology Assessments (ETA) to identify optimal energy technologies and manage resources efficiently to meet climate goals.

referenceThe research advances Energy Technology Assessment (ETA) theory by developing a harmonized framework that integrates environmental, economic, and social dimensions through unified system boundaries, harmonized datasets, and life-cycle indicators.

claimEnergy Technology Assessments (ETA) serve as tools for policymakers to develop environment-friendly policies by demonstrating how energy technologies affect the environment, economy, and society.

claimIndustry stakeholders, including energy producers, manufacturers, and service providers, utilize Energy Technology Assessments (ETAs) to inform strategic decisions within fast-changing energy sectors.

claimAn interdisciplinary approach to Energy Technology Assessment (ETA) education is required to effectively address the complex challenges inherent in energy systems.

claimBibliometric analysis revealed that research on Energy Technology Assessment (ETA) is concentrated in a few regions and suffers from limited international cooperation.

claimEnergy Technology Assessments (ETAs) assist stakeholders in identifying opportunities, evaluating risks, and exploring methods to improve and expand clean energy solutions.

claimEnergy technology assessment (ETA) research supports policy frameworks, investment strategies, and technological innovations that align with the United Nations Sustainable Development Goals (SDGs).

claimEnergy Technology Assessment (ETA) research encompasses technological, economic, social, and environmental dimensions and has played a crucial role in informing energy policy decision-making, technological advancement, and the development of sustainable energy infrastructures.

claimThe primary objective of energy technology assessment (ETA) is to facilitate the adoption of energy solutions that maximize benefits while minimizing negative consequences such as environmental degradation, resource depletion, and socio-economic inequalities.

perspectiveEnergy Technology Assessment (ETA) education should incorporate critical thinking regarding emerging innovations and their potential impacts on future energy systems, rather than focusing solely on current technologies.

claimThe research offers a unified Energy Technology Assessment (ETA) framework that combines innovation indicators, social acceptance factors, and interdisciplinary sustainability assessments to enhance understanding of the interplay between innovation, policy, and social dimensions in sustainable energy transitions.

claimPolicymakers and governments should utilize Energy Technology Assessment (ETA) to design and implement policies that promote renewable energy technologies, enhance energy security, and stimulate carbon neutrality.

claimEnergy technology assessment (ETA) is a multidimensional approach that evaluates the technological, economic, social, and environmental impacts of energy technologies to inform decision-making for sustainable energy transitions.

referenceEnergy Technology Assessment (ETA) is a field of study that provides insights to guide sustainable energy transitions by investigating the technological, economic, social, and environmental impacts of energy solutions.

claimThe absence of a comprehensive global overview of Energy Technology Assessment (ETA) research weakens the ability of policymakers, researchers, and practitioners to effectively support sustainable energy transitions.

claimEnergy Technology Assessment (ETA) provides insights into the feasibility and sustainability of renewable energy sources, including solar, wind, hydro, and bioenergy.

procedureThe authors performed a systematic literature review on energy technology appraisal, evaluation, sustainable energy transitions, renewable energy innovations, and policy frameworks using Boolean operators and truncation to optimize search coverage.

perspectiveEnergy Technology Assessment (ETA) education should aim to develop students' ability to think critically about sustainability.

accountThe study 'Global perspectives on energy technology assessment and ...' is based on a systematic review and analysis of existing literature and published data, and did not use original data.

referencePolicymakers use Energy Technology Assessment (ETA) through the 'multi-level perspective' (MLP) framework, which analyzes energy systems across three levels: niche innovations, socio-technical regimes, and the socio-technical landscape.

referenceThe study titled 'Global perspectives on energy technology assessment and ...' utilizes systematic literature review and bibliometric analysis, employing statistical and network mapping methods to examine academic literature on Energy Technology Assessment (ETA).

claimThe application of Energy Technology Assessment (ETA) varies globally due to differences in institutional capacity, research priorities, and socio-political contexts.

claimCurrent Energy Technology Assessment (ETA) research lacks cohesion across disciplinary boundaries, creating a need for future scholars trained in interdisciplinary and cross-sectoral thinking.

claimEnergy Technology Assessment (ETA) remains underutilized in developing countries and regions where instability significantly impacts energy challenges and socio-economic inequalities.

claimBibliometric analysis of Energy Technology Assessment (ETA) research identifies major research directions, including the integration of renewable energy, energy storage technology, and carbon capture technology.

claimEnergy Technology Assessments (ETAs) provide researchers with information regarding current energy technologies, their future development, and associated challenges.

referenceHammond GP and O’Grady Á published 'Indicative energy technology assessment of UK shale gas extraction' in Appl Energy in 2017.

perspectiveEnergy Technology Assessment (ETA) education curricula should integrate a variety of disciplines, including energy engineering, economics, environmental science, policy analysis, and social sciences.

perspectiveThe advancement of educational approaches in Energy Technology Assessment (ETA) is essential to address research gaps such as methodological fragmentation, regional imbalances, and limited integration of socio-technical perspectives.

claimEnergy technology assessment (ETA) research is increasingly integrating digital technologies, such as AI-driven modelling and big data analytics, to enhance decision-making for low-carbon systems.

claimEnergy Technology Assessment (ETA) methodologies compare costs and benefits of renewable energy technologies, specifically evaluating their impact on operational costs, environmental negatives, and overall social benefit.

Sustainable Energy Transition for Renewable and Low Carbon Grid ... frontiersin.org Frontiers Mar 23, 2022 2 facts

referenceThe indicator measuring potential negative impacts of global climate change caused by greenhouse gas emissions per 1 kWh of electricity was used in almost all energy technology assessment studies reviewed by Streimikienea et al. (2012).

claimLand use and solid waste are identified as additional environmental indicators for energy technology assessment.