Exploring path dependence, policy interactions, and actor behavior in the German biodiesel supply chain
Authored by J A Moncada, Z Lukszo, M Junginger, A Faaij, M Weijnen
Date Published: 2017
DOI: 10.1016/j.apenergy.2017.03.047
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Abstract
Biofuel production is not cost competitive and thus requires
governmental intervention. The effect of the institutional framework on
the development of the biofuel sector is not yet well understood. This
paper aims to analyze how biofuel production and production capacity
could have evolved in Germany in the period 1992-2014. The effects of an
agricultural policy intervention (liberalization of the agricultural
market) and a bioenergy policy intervention (a tax on biodiesel after an
initial exemption) are explored. Elements of the Modeling Agent systems
based on Institutional Analysis (MAIA) framework, complex adaptive
systems (CAS) theory, and Neo Institutional Economics (NIE) theory were
used to conceptualize and formalize the system in an agent-based model.
It was found that an early liberalization of the agricultural market led
to an under-production of biodiesel; a late liberalization led to the
collapse of biodiesel production. An early introduction of the biodiesel
tax led to stagnation in biodiesel production and production capacity; a
late introduction led to an increase in sunk costs provided that the
biofuel quota is binding. Also, a lack of agents' adaptation mechanism
to forecast prices led to a decrease in patterns of biodiesel production
when an external shock was introduced in the system. In sum, we argue
that system behavior is influenced by individual behavior which is
shaped by institutions. (C) 2017 The Authors. Published by Elsevier Ltd.
Tags
Agent-based modeling
Complex adaptive systems
Land-use
Optimization
Policy analysis
systems
lock-in
Energy
Path dependence
Projects
Ethanol
Technologies
Biodiesel
supply chain
Biofuel policy
Optimal-design