Integral approach to energy planning and electric grid assessment in a renewable energy technology integration for a 50/50 target applied to a small island

Mendoza-Vizcaino, Javier; Raza, Muhammad Ahmed; Sumper, Andreas; Díaz‐González, Francisco; Arellano, Samuel Galceran

doi:10.1016/j.apenergy.2018.09.109

Cited by 23 publications

(7 citation statements)

References 40 publications

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“…Malekpoor et al [12]; Mendoza-Vizcaino et al [13]). Multiple econometric, energy equilibrium and optimization analytical and modelling tools have aided this smart energy transition within isolated electricity systems, including HOMER, DER-CAM, and PLEXOS [13,14]. Different aspects studied include capacity expansion investments and improving system-level decision-making (e.g.…”

Section: Introductionmentioning

confidence: 99%

“…The practical challenges of such innovative energy transitions are predominantly addressed in small and largescale modelling research (e.g. Malekpoor et al [12]; Mendoza-Vizcaino et al [13]). Multiple econometric, energy equilibrium and optimization analytical and modelling tools have aided this smart energy transition within isolated electricity systems, including HOMER, DER-CAM, and PLEXOS [13,14].…”

Section: Introductionmentioning

confidence: 99%

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The social perspective on island energy transitions: Evidence from the Aegean archipelago

Stephanides

Chalvatzis

et al. 2019

Applied Energy

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Multiple (inter)national networks and research consortia attempt to capitalise on their emerging experience of integrated smart and green energy solutions by contributing towards the sustainable energy transition of non-interconnected island communities. However, past research at an international level suggests that local opposition might undermine otherwise promising transition plans. In order to minimise the problems of technological transfers, it is, thus, imperative to embark on an early-stage exploration of public attitudes towards such innovations. In light, however, of the routine exclusion of social issues in island energy studies, we present timely data from the first-ever questionnaire survey conducted across the islands of the Aegean Sea. In doing so, we uncover the widespread acceptability of green energy solutions developed as part of the internationally acclaimed TILOS ("Technology Innovation for the Local Scale, Optimum Integration of Battery Energy Storage") Horizon 2020 project. Simultaneously, though, we draw on the outputs of our unique end-user segmentation analyses and argue that only certain islanders are likely to accept the full replication of the TILOS energy model in their communities. Numerous personal/demographic factors influence the likelihood of accepting specific sustainable energy technologies and, subsequently, only a group of individuals who are young, male, knowledgeable and concerned about the environment are expected to support the proposed technological transition. In turn, we argue that these findings should inform future interventions and research with the ultimate aim of supporting efforts to "green" the Aegean archipelago and other non-interconnected islands at an international level.

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Section: Introductionmentioning

confidence: 99%

Section: Introductionmentioning

confidence: 99%

The social perspective on island energy transitions: Evidence from the Aegean archipelago

Stephanides

Chalvatzis

et al. 2019

Applied Energy

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“…They are also important for backup power generation in a carbon-neutral future. The requirements for these uses are different from those that apply to transportation applications (Guney and Tepe 2017;Mendoza-Vizcaino et al 2019). Low energy density is not a major issue for stationary energy storage systems, but safety, reliability and durability are important (Chediak 2018).…”

Section: Energy Storage Applicationsmentioning

confidence: 99%

Economic Geology Models 5. Specialty, Critical, Battery, Magnet and Photovoltaic Materials: Market Facts, Projections and Implications for Exploration and Development

Simandl¹,

Simandl

Paradis

2021

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Many exploration companies are now focusing on specialty materials that are associated with so-called ‘green technology’. These include ‘battery materials’, ‘magnet materials’ and ‘photovoltaic materials’, and many such commodities are also broadly labelled as ‘critical materials’ because they are seen as vital for industrial development, societal needs or national security. The definitions used for such materials are not always consistent among jurisdictions or across industry, and this paper attempts to clarify the criteria and address some common misconceptions. The distinction between major minerals (e.g. base metals) and ‘specialty materials’ (i.e. those mined or produced in much smaller amounts) is particularly important. The markets for many specialty materials are growing faster than those for traditional ferrous, precious and base metals and they are often portrayed as excellent long-term investment opportunities. However, the small market bases for specialty materials and considerable uncertainty around growth projections (especially related to material substitutions and rapid technological change) need to be taken into consideration for objective assessment of the development potential of any proposed project, establishment of new supply chains by major corporations, and responsible decision-making (mineral policy) by government. In the short-term, projects aimed at specialty materials (materials with a small market base) cannot benefit from economy of scale, and their development hinges on commercially proven metallurgical processes, unless they are supported by governments or end-users. Several specialty metals (e.g. germanium, indium, cadmium, and cobalt) are commonly obtained as by-product of base metal extraction. In such cases, systematic testing of base metal ores for their specialty metal content may justify the addition of relevant recovery circuits to existing smelters. If positive results are obtained, the need for targeting new sources of such specialty metals as primary exploration targets may be reduced or eliminated. Where market conditions permit and concerns about the future availability of materials seem reliable, grass-roots exploration for specialty materials is warranted, and pre-competitive government involvement may be justified to promote such development efforts.

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“…In case of disruption, rainwater can still be used. 12.033 tons Pros: no use of plastic bottles, stability of production during operating hours, possible use of rainwater for drinking and cooking in case of failure. In case of major need, the system may work until 24 h a day at a higher cost.…”

Section: Table 7 Business As Usual (Bau)mentioning

confidence: 99%

“…From the literature analysis, it is quite evident that in SIDS, an energy transition to more sustainable energy sources is desirable and different studies state that the transition should take place in the next few years [11][12][13][14][15][16][17][18][19][20][21][22][23][24][25].…”

Section: Introductionmentioning

confidence: 99%

Water Resource Management and Sustainability: A Case Study in Faafu Atoll in the Republic of Maldives

Acciarri

Checola²,

Galli

et al. 2021

Sustainability

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This paper contributes to the existing literature in proposing an integrated approach to water management and energy renewable production in a fragile environment. After the 2004 tsunami, in many outer islands in The Republic of Maldives, the lens freshwater natural reservoir was deeply damaged. Currently, the populations of rural atolls use rainwater and water in plastic bottles imported from the mainland for drinking. To provide safe and sustainable drinking water, we analyze the feasibility of two different actions: a desalination system fed by a diesel plant or by a photovoltaic (PV) plant with batteries. The current situation (business as usual, (BAU)) is also evaluated and taken as a benchmark. After illustrating the technical and economic features of desalination and PV plants, a financial and environmental analysis is conducted on the two alternatives plus BAU, showing that the desalination fed by the PV plant results in optimization both on the financial and the environmental side. The levelized cost of water (LCOW) and the CO2 levelized emissions of water (LEOW) are calculated for each alternative. The case study is developed in Magoodhoo Island, Faafu Atoll and can be extended to other islands in The Republic of Maldives and in general to small island developing states (SIDS).

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Integral approach to energy planning and electric grid assessment in a renewable energy technology integration for a 50/50 target applied to a small island

Abstract: Integral approach to energy planning and electric grid assessment in a renewable energy technology integration for a 50/50 target applied to a small island,

Cited by 23 publications

References 40 publications

The social perspective on island energy transitions: Evidence from the Aegean archipelago

The social perspective on island energy transitions: Evidence from the Aegean archipelago

Economic Geology Models 5. Specialty, Critical, Battery, Magnet and Photovoltaic Materials: Market Facts, Projections and Implications for Exploration and Development

Water Resource Management and Sustainability: A Case Study in Faafu Atoll in the Republic of Maldives

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