Abstract
Developing green building industry (GBI) is an effective way to promote sustainable economic development, realize energy savings, and reduce emissions. In this paper, an evolutionary game model is developed to examine the interactions between technology, knowledge transfer, and enterprises' behaviors in innovation networks. Through analysis of the evolutionary trend of the game, the cost of cooperative innovation is found to be an important factor that determines the evolutionary stable state or strategy (ESS). The government grant and financial support are deemed critical to promote the development of green building products (GBP). The government supervision, government procurement, and R&D are important for the GBI.
Highlights
In this low-carbon emission era, conflicts between environmental management and economic development have intensified, leading to many problems [1]
Buildings play an important role in causing global green-house gases (GHG) emissions and they are responsible for more than 40% of total GHG emissions
We investigate the effect of the government grant and financial support for enterprises
Summary
In this low-carbon emission era, conflicts between environmental management and economic development have intensified, leading to many problems [1]. For these reasons, based on innovation networks theory [25], this paper creatively introduces an equilibrium analysis of the game between focal and marginal enterprises, and two alternatives considered: fund/join or not fund/not join for enterprises.
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