Harvesting lithium and sun in the Andes: Exploring energy justice and the new materialities of energy transitions

2022 ◽  
Vol 87 ◽  
pp. 102477
Author(s):  
Marie Forget ◽  
Vincent Bos
2021 ◽  
Vol 3 ◽  
Author(s):  
Amber Nordholm ◽  
Siddharth Sareen

The threats climate change poses require rapid and wide decarbonization efforts in the energy sector. Historically, large-scale energy operations, often instrumental for a scaled and effective approach to meet decarbonization goals, undergird energy-related injustices. Energy poverty is a multi-dimensional form of injustice, with relevance to low-carbon energy transitions. Defined as the condition of being unable to access an adequate level of household energy services, energy poverty persists despite the emergence of affordable renewable energy technologies, such as solar photovoltaics (PV). Historical injustices and the modularity of solar PV combine to offer new possibilities in ownership, production and distribution of cost-competitive, clean and collectively scalable energy. Consequently, emerging policy priorities for positive energy districts call into question the traditional large-scale modality of energy operations. We report from a case study of solar power in Lisbon, a frontrunner in urban energy transitions while also home to high energy poverty incidence. The study focuses on scalar aspects of justice in energy transitions to investigate whether and how solar PV can alleviate urban energy poverty. It features 2 months of fieldwork centered on community and expert perspectives, including semi-structured interviews and field observations. We mobilize a spatial energy justice framework to identify justice aspects of multi-scalar solar PV uptake. By showing how energy justice is shaped in diverse ways at different scales, we demonstrate ways in which scale matters for just urban energy transitions. We argue that small- and medium-scaled approaches to electricity distribution, an integral component of positive energy districts, can address specific justice concerns. However, even as such approaches gain attention and legitimacy, they risk structurally excluding socio-economically vulnerable users, and proceed slowly relative to large-scale solar rollout.


2021 ◽  
pp. 251484862110007
Author(s):  
Huei-Ling Lai

Studies on community energy have generated many useful insights concerning its potentials and challenges in facilitating energy transitions. However, this line of inquiry tends to overlook the crucial significance of site-specific contexts, concerns, and needs beyond the energy system and often generalizes these under a “civil society” umbrella. To study community energy on its own terms, this paper proposes a more grounded approach based on the relational place-making framework. It draws upon the case of the Taihsi Green Energy and Health Community Initiative in Taiwan to investigate how the emergence, development, and framing of this initiative are entangled with geo-historically produced concerns about the village’s socio-economic marginalization and suffering from petrochemical pollution. The findings suggest that community energy in this context was a proactive continuation of place-based activism for environmental justice; its value to this damaged community lied in its potential to create self-reliant socio-material relations alternative to those relied on the patronage of petrochemical interests. However, this justice-oriented aspiration tended to be discounted in national-level energy transitions agenda, revealing a tension between citizen-oriented and community-based energy projects. The paper argues that a relational place-based analysis is crucial in recognizing the grounded meanings and values of a community energy initiative, which can address the decontextualizing tendency in many community energy studies to better help policymakers and advocates enhance energy justice in disadvantaged communities.


2021 ◽  
Vol 73 ◽  
pp. 101933
Author(s):  
Erin Baker ◽  
Destenie Nock ◽  
Todd Levin ◽  
Samuel A. Atarah ◽  
Anthony Afful-Dadzie ◽  
...  

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