Accounting for spatiality of renewables and storage in transmission planning

Göke, Leonard; Kendziorski, Mario; Kemfert, Claudia; Hirschhausen, Christian von

doi:10.1016/j.eneco.2022.106190

Cited by 12 publications

(6 citation statements)

References 16 publications

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“…Für eine angebliche Gefahr einer Deindustrialisierung wegen steigender Energiekosten gibt es keine hinreichende Evidenz (Gornig und Kemfert, 2022). Im Gegenteil: In der Breite der Industrie spielen Energiekosten eine eher unbedeutende Rolle.…”

Section: Energiepreise Nur Für Einzelne Industrien Ein Problemunclassified

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Grüne Transformation in Deutschland – nur mit echter Energiewende ein ökologischer und ökonomischer Erfolg

Gornig,

Kemfert

2024

Wirtschaftsdienst

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Section: Energiepreise Nur Für Einzelne Industrien Ein Problemunclassified

“…Die Wirtschaft muss emissionsfrei werden. Die Energieversorgung ohne Atom und Kohle, aber mit erneuerbaren Energien wird dezentraler werden, kleinteiliger, vernetzter und smarter (Göke et al, 2022). Das Energiesparen in allen Sektoren ist elementar.…”

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Grüne Transformation in Deutschland – nur mit echter Energiewende ein ökologischer und ökonomischer Erfolg

Gornig,

Kemfert

2024

Wirtschaftsdienst

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“…In a study by Zappa et al (2019), the authors estimated that enabling a completely renewable European power system by 2050 could cost up to 530 billion € per annum. Likewise, a 2023 report by Aquila Capital concluded that a 100% self-sustainable energy sector in Europe by 2030 could cost up to 2 trillion €, though the 42.5% target of the Commission is theoretically much more feasible (Göke et al, 2023). Nonetheless, providing safe and accessible renewable energy sources (RES) can be crucial for agriculture (Majeed et al, 2023).…”

Section: Sources Of "Green Energy"mentioning

confidence: 99%

A “Teal” Deal for European agriculture

MAVROEIDIS,

STAVROPOULOS,

ROUSSIS

et al. 2024

Not Sci Biol

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The European Union (EU) has been actively combating climate change for decades, and in 2019 it introduced its most ambitious project to date, the European Green Deal (EGD). EGD includes a variety of policies and strategies aimed at mitigating the adverse effects of climate change, foster an economic growth, and promote social equity. Recently, the European Commission has been contemplating the development of the European Blue Deal (EBD), which aims to address the growing water crises and water insecurity issues within the EU. Similar to the EGD, the EBD would encompass all sectors of the European economy, seeking integrated solutions to these pressing environmental problems. This review aims to assess the progress of the EGD, evaluate the objectives of the EBD, and provide insights into the factors that could either catalyze or hinder their effective and harmonious implementation. The concept of a "Teal Deal" (a combination of the blue and green color) which combines elements of both the EGD and the EBD, is explored, with particular emphasis on its implications for the agrifood sector. Here we argue on the necessity for a holistic approach to agricultural sustainability, rapid advancements in renewable energy, the adoption of crop diversification strategies, and the development of effective international policies to ensure global cooperation and support for these transformative initiatives. By addressing these key areas, the EU can make significant strides towards achieving its environmental and economic goals.

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“…The AnyMOD Framework uses a graph-based linear modeling approach to allow for large scale energy system models (Göke, 2021a,b). It was previously used to model the European energy system by Kendziorski et al (2022) as well as in many other publications on energy systems, such as Zozmann et al (2021), Eerma et al (2022), and Göke et al (2022). It uses a graph-based approach to allow varying levels of detail for different energy carriers and time steps to reduce the size of the model and makes it faster to compute.…”

Section: Models the Anymod Energy System Frameworkmentioning

confidence: 99%

Integration of renewable energy resources into the water-energy-food nexus–Modeling a demand side management approach and application to a microgrid farm in Morocco

Agadi,

Sakhraoui,

Dupke

et al. 2023

Front. Environ. Econ.

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This paper introduces a framework aimed at analyzing the water-energy-food nexus (WEF) within the context of sustainable farming practices utilizing renewable energy sources, specifically Solar PV, to optimize water management efficiency. The focus lies on investigating the interplay between the water-energy-food nexus and both technical and institutional factors. The study particularly delves into the utilization of distributed energy systems and microgrids for electricity distribution. To achieve the objectives outlined, the framework is applied to a case study involving an off-grid farm in Morocco, aligned with the country's “Green Morocco Plan” of 2008. The study employs the AnyMOD open-source modeling framework in combination with the publicly available decision support tool CropWat (Version 8.0). Through this coupling, a linear optimization model is created to assess various irrigation practices, thus evaluating the energy and water supply variations across different crop growth stages. By employing scenario analysis, the study reveals that the integration of a smart microgrid alongside storage technologies proves beneficial in terms of reducing overall system costs. This integration presents cost-effective solutions and enables the establishment of a sustainable energy supply driven by renewable energy resources. Furthermore, the investigation highlights that constraining irrigation to specific hours of the day results in increased storage requirements and higher associated costs. In conclusion, the study underscores that enhancing the water-energy-food nexus through the integration of a renewable-based microgrid is a complex task. However, it significantly contributes to the development of sustainable farming solutions. This research sheds light on the challenges and opportunities associated with aligning renewable energy, water management, and agricultural practices, ultimately facilitating the pursuit of environmentally conscious and efficient farming methodologies.

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Accounting for spatiality of renewables and storage in transmission planning

Cited by 12 publications

References 16 publications

Grüne Transformation in Deutschland – nur mit echter Energiewende ein ökologischer und ökonomischer Erfolg

Grüne Transformation in Deutschland – nur mit echter Energiewende ein ökologischer und ökonomischer Erfolg

A “Teal” Deal for European agriculture

Integration of renewable energy resources into the water-energy-food nexus–Modeling a demand side management approach and application to a microgrid farm in Morocco

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