Narratives of energy incumbents - Unravelling perspectives on municipal electric utilities
Licentiate thesis, 2022
Three narratives are explored through a synthesis of two qualitative case studies of Swedish electric utilities’ engagement with solar photovoltaics. The thesis is organized along two core questions: how electric utilities engage with this emerging technology at the level of business models and collaborations, and why they choose to engage in certain ways, investigating internal and external drivers. The findings show that most electric utilities engage with solar photovoltaics through a variety of business models and collaborations, depending on a combination of firm-internal factors (i.e., organizational goals, business logics, and resources) and external factors (i.e., the task environment, the institutional environment, and the industry regime).
The study illustrates the need for extending dominant narratives, as it shows that electric utility incumbents can support niche innovations, display niche and regime characteristics simultaneously, and react heterogeneously to similar external pressures. As a result, this thesis contributes to pluralizing incumbencies within sustainability transitions.
innovation
business model choice
Solar PV
interaction
niche-regime interaction
business relationships
dichotomy.
Author
Maria Altunay
Chalmers, Technology Management and Economics, Environmental Systems Analysis
Solar business model adoption by energy incumbents: the importance of strategic fit
Environmental Innovation and Societal Transitions,;Vol. 40(2021)p. 501-520
Journal article
Altunay M., Bergek A., Interaction between energy incumbents and solar entrants: Relationship status complicated
Electricity retailers and solar power diffusion: strategies and critical trade-offs
Swedish Energy Agency (2018-003170), 2019-01-01 -- 2020-12-31.
Driving Forces
Sustainable development
Subject Categories
Social Sciences Interdisciplinary
Other Engineering and Technologies not elsewhere specified
Business Administration
Areas of Advance
Energy
Publisher
Chalmers