Designing viable multi-commodity energy business ecosystems: Corroborating the business model design framework for viability

D'Souza, Austin; Bouw, Kathelijne; Velthuijsen, Hugo; Huitema, George; Wortmann, Hans

doi:10.1016/j.jclepro.2018.01.256

Cited by 15 publications

(10 citation statements)

References 22 publications

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“…Secondly, our view on energy systems is that they should be multi-commodity energy systems that consist of multiple sources and which are stored in multiple forms. This enables increased opportunities for flexibility and is in line with other literature (D'Souza et al, 2018;Mancarella, 2014;van der Burg et al, 2015). of storage.…”

Section: Multi-commodity Energy Systemssupporting

confidence: 81%

Supply chain decisions for an adaptive, decentralized renewable energy system

Fokkema¹

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This thesis is based on the project entitled "ADAPNER" (Adaptive logistics in a circular economy) which is financed by the Netherlands Organization for Scientific Research (NWO). The main objective of ADAPNER is "Determining optimized adaptable and sustainable configurations for different distribution alternatives regarding biomass and biogas in a circular economy".The objective of this thesis is to determine these configurations for different decentralized renewable energy production, storage, and distribution alternatives.The scope of the alternatives considered in this thesis encompasses different renewable energy sources, storage types, and the connection to the electricity grid infrastructure. In particular, we focus on electricity generated by wind and solar photovoltaic (PV) energy. Biogas is both seen as a source to fulfill natural gas demand and also as a source for fulfilling electricity demand employing a CHP engine. We also include LNG as a potentially important fuel in the transportation sector. Furthermore, this thesis includes hydrogen storage as a way to bridge seasonal mismatches between renewable energy production and electricity demand, in which the hydrogen can be converted to electricity. Finally, we include the • Chapter 4:

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Section: Multi-commodity Energy Systemssupporting

confidence: 81%

Supply chain decisions for an adaptive, decentralized renewable energy system

Fokkema¹

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“…Engineering is in fourth place, with 23 documents [9,35,48,62,72]. Decision sciences and energy register 18 manuscripts each and these occupy the fifth and sixth places [20,52,[73][74][75]. Environmental science is in seventh place, with 17 publications [8,10,18,19].…”

Section: Production Of Documents By Subject Areamentioning

confidence: 99%

What Are the Topics That Business Ecosystems Navigate? Updating of Scientific Activity and Future Research Agenda

et al. 2022

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The objective of this research was to review the manuscripts registered in the Scopus database related to business ecosystems during the period 2018–2022. A total of 96 documents were selected and examined under a bibliometric and bibliographic approach. The results showed an annual growth rate of 13.21%. The United Kingdom (n = 22) led the countries with the most documents, computer science (n = 40) is the subject area with the most publications, and articles (n = 61) and conference papers (n = 23) dominated the types of documents. The nine most studied topics were innovation ecosystems, collaborative ecosystems, sustainable business ecosystems, digital business ecosystems, ecosystems of the Internet of Things, circular ecosystems in companies, regulatory frameworks for digital business ecosystems, resilience of business ecosystems, and ecosystems in smart cities. Six unexplored themes were extracted for future research: ICT industries, smart contracts, electric vehicles, serious games, energy, and blockchain. It should be noted that this study is one of the most up to date, and 85.5% of the 96 publications were original studies, i.e., valuable information that supports the results.

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“…To fulfil this function requires the flow of materials, resources, capabilities, and knowledge between the interdependent actors of an ecosystem (Ganco, Kapoor, & Lee, 2019). Co-creation and co-capture of value are much emphasised, because the survival of organisations does not solely depend on the individual performance of actors, but also to the properties of the ecosystem that they are a part of (D'Souza, Wortmann, Huitema, & Velthuijsen, 2015;Kapoor, 2018), highlighting the "shared fate of the community as a whole" (Jacobides, Cennamo, & Gawer, 2018: 2257. Here, value is often considered as an economic value that private actors generate.…”

Section: Innovation Ecosystemsmentioning

confidence: 99%

Ecosystems in Places & Partnerships as Herding Spaces

Dzhengiz

Patala

2021

Proceedings

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There has been a growing interest in explaining the role of place in different organisational settings. Yet, there is a lack of understanding of how a place can shape interorganisational relations in partnerships and ecosystems. In this paper, we conceptually develop dynamic and recursive relationships between innovation ecosystems, cross-sector partnerships as herding spaces, and places that include the natural and regional environments.We demonstrate these dynamic relationships in the illustrative case of an emerging circular textile ecosystem in Southwest Finland, which was developed and nurtured by a cross-sector partnership. Drawing on our literature review and showcasing this illustrative case, we introduce a conceptual model and discuss how place can play an enabling or disabling role in the development of sustainable innovation ecosystems, and that the recursive relationships can be best understood with the creation of vicious and virtuous cycles. We emphasise the role of path dependence in the relationship between ecosystems and the places they are embedded, and in doing so we bridge the gap between innovation ecosystems and natural and regional environments. We position nature and regions as platial scales and highlight the crucial role of cross-sector partnerships as herding spaces to develop and nurture the sustainable innovation ecosystems that help the regeneration of places.

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Designing viable multi-commodity energy business ecosystems: Corroborating the business model design framework for viability

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Cited by 15 publications

References 22 publications

Supply chain decisions for an adaptive, decentralized renewable energy system

Supply chain decisions for an adaptive, decentralized renewable energy system

What Are the Topics That Business Ecosystems Navigate? Updating of Scientific Activity and Future Research Agenda

Ecosystems in Places & Partnerships as Herding Spaces

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