NRP 73 grant for Prof. de Rassenfosse
20.08.17 - The project of Prof. de Rassenfosse was one of 25 NRP73 projects that received funding from the SNSF (success rate of 27.2%). The project, entitled “Financing investments in clean technologies” was jointly submitted with Joëlle Noailly, Head of Research and Lecturer in International Economics at the Graduate Institute, Geneva.
The overarching objective of this project is to investigate how society can steer financing towards cleantech investments. Greater understanding about the financing of cleantech is critical not only in light of the massive amount of investment needed but also because cleantech differs from other technologies on two important aspects. First, clean technologies are largely dependent on public support as they suffer from a double externality: an environmental externality, which relates to the fact that firms do not bear the full costs of pollution; and a knowledge externality, which stems from the benefits and ‘good nature’ of public knowledge (or: stems from the benefits and value of knowledge being public . As a result, policy uncertainty, i.e. frequent changes in environmental and climate regulations, is particularly harmful to cleantech investments. Second, cleantech investors differ from traditional investors in other technologies: they are of more dispersed, diverse and small-scale nature than traditional investors and may be driven by different (e.g. altruistic) motives. Much of the dynamism in the sector appears to be driven by new types of investors, rather than the traditional ones (e.g. incumbent energy firms).
The research project is structured around two main goals. The first goal is to understand how uncertainty about the policy environment impacts cleantech investment. The research plan will address this first objective by building novel indicators of climate and environmental policy uncertainty and conducting economic analysis of how these indicators affect cleantech investments. Relative to the extent that we find uncertainty is particularly harmful to cleantech development (as we suspect), the findings will have implications for “Module 2: Opportunities and Risks” of the NRP73 by examining how a stable environmental policy regime can help Switzerland attract investors, expand its expertise and develop new export markets in the area of clean technologies. Indeed, Switzerland is generally perceived as a country with outstanding strengths in science, technology and innovation, and a highly stable regulatory framework.
The second goal is to understand how new tools and financing models (e.g. crowdfunding) can help attract new investors into cleantech. This part of the project will present studies evaluating potential remedies to alleviate the financial constraints faced by young cleantech firms. In Switzerland, venture capital investments in cleantech represent less than 4% of the total volume, against 72% for life sciences technologies alone. By investigating how financing instruments can help to channel investments towards cleantech companies, the results of the project will have implications for “Module 3: Measures and Instruments” of the NRP73.
The research project involves a significant number of implementation partners—policy organisations, companies active in the cleantech sector and financial institutions—which will significantly contribute to the translation of the generated scientific knowledge into valuable know-how for the praxis and its dissemination. The results of the project will provide a rich understanding of the success factors of cleantech investments, which will lead to practical recommendations on how to shape better policies to move Switzerland towards a more “sustainable economy”. The project will also provide a platform to initiate pragmatic and informed discussions among policymakers and financial institutions on the potential of new funding instruments (e.g. crowdfunding as one fintech opportunity). Such discussions will strengthen the cleantech sector and ultimately help attract a critical mass of investors with diverse profiles.