• Graduate program
    • Why Tinbergen Institute?
    • Program Structure
    • Courses
    • Course Registration
    • Recent PhD Placements
    • Facilities
    • Admissions
  • Research
  • News
  • Events
    • Summer School
      • Introduction in Genome-Wide Data Analysis
      • Inequalities in Health and Healthcare
      • Crash Course in Experimental Economics
      • Econometric Methods for Forecasting and Data Science
      • Behavioral Macro and Complexity
      • Research on Productivity, Trade, and Growth
  • Times
Home | Events Archive | Energy prices, competition, and environment-related innovation
Master's Thesis defense

Energy prices, competition, and environment-related innovation


  • Series
    MPhil Defense
  • Speaker
    Leon Bremer
  • Location
    Tinbergen Institute, room 1.60
    Amsterdam
  • Date and time

    August 27, 2019
    11:30 - 12:30

As directed technical change has the potential to delink economic activity from environmental degradation, understanding the drivers of environment-related innovation is crucial. This paper combines the literature on induced innovation and the literature on the relation between competition and innovation. Using patent data I empirically estimate the role energy input prices play in environment-related patenting under different intensities of market competition. Using Poisson, Negative Binomial, and zero-inflated Poisson count models I find that both electricity prices and natural gas prices positively affect environment-related patenting, where the positive effect of electricity prices strengthens with market competition and where the positive effect of gas prices weakens with market competition. I additionally find no strong evidence for an inverted-U relationship between competition and innovation, as suggested in the literature. The relationship is rather linear where its slope depends on energy prices. Only for relatively high energy prices an inverted-U relationship may occur.