Combining environmental taxation, spill-over effects and community-based financing in development of renewable energy projects in Asia

Asian economies are often characterized as having bank-dominated financial systems and underdeveloped capital markets, in particular with regard to venture capital. In economies that banks are the main source of funding, the main obstacle for financing infrastructural projects including renewable energy (RE) projects is lack of access to long-term finance. The second obstacle for development of RE energy projects is their lower rate of return comparing to fossil fuel projects as more subsidies are globally going to fossil fuels. For larger RE projects insurance and pensions are sustainable financing alternatives. Pension funds and insurance companies hold long-term savings, so these institutions could be a proper alternative for financing mega-size RE projects. In addition, utilizing the spillover effects originally created by energy supplies in form of tax revenues refund to RE projects will increase their rate of return and make them interesting for private investors. For smaller-size RE projects, the paper

provides a theoretical model for combining utilisation of carbon tax and a new way of financing risky capital, i.e., Hometown Investment Trust Funds (HITs). The paper theoretically shows that by environmental taxation and allocating these tax revenues to HITs, RE projects will become more feasible and more interesting for private investors; hence the supply of investment money to these funds will increase. Greenhouse gases (GHG) emissions are rising worldwide. Despite the efforts made both at the national and at the international level, new policies are needed in order to effectively reduce the GHG emissions. Command-and-control policies have been frequently adopted, but proved not to suffice to reverse the phenomenon. A carbon tax could make the case, but it is seldom implemented due to its assumed political unpopularity. A contingent valuation experiment is performed in USA and in Italy to analyze this issue. The results show that the policy acceptability is very high and that the median WTP ranges between.

The results show that the policy acceptability is very high and that the median WTP ranges between a minimum of 161 and a maximum of 246, and varies according to the tax revenue use, the respondents' nationality, the respondents' beliefs and knowledge about climate change, and some sociodemographic characteristics. Policy implications of the results obtained are further described in the paper. Termed a "climate-energy contribution", the carbon tax was introduced in France in 2014 to price energy-related CO2 emissions not covered by the European emissions trading scheme. Its ramp-up is likely to accelerate, at least as far as the rate is concerned, calling for an initial assessment of its actual effects. Such an evaluation is what this edition of Information & Debates provides, concentrating on the sectors most concerned.

Evaluating the impact of the tax is not just a matter of comparing emissions before and after the tax came into force, but requires a comparison of the emissions observed over the period with the evolution of a "counterfactual" scenario representing the hypothetical trajectory that emissions would have followed in its absence. In the first part, we look at the contextual elements needed to understand how the price signal of carbon affects economic actors by way of energy prices. In the second and third parts we then evaluate the impacts of the tax by taking an ex ante approach and an ex post approach respectively. The ex-ante approach is based on calculating price and tax elasticities. It is carried out indi-rectly by comparing the carbon tax with an increase in the prices of fossil fuels. Although this raises the question of transmission from the one to the other, it has the advantage of not requiring a temporal distance in relation to the introduction of the tax.

The results suggest that the carbon tax led to a reduction in emissions from the transport sector of between 0.6 and 1.7 Mt of CO2 in 2017. Taxation of heating oil for its part reduced emissions from the heating of buildings by 0.7 Mt CO2. For transport and fuel oil, the method leads to the prediction that by the end of the five-year period the tax should lead to a reduction in emissions of between 3 and 5.7 Mt of CO2 compared to 2017. These various estimates likely to be a minimum, since it seems that consumers are more responsive to a price increase resulting from higher taxes than to one induced by a change in the price of fossil raw materials. The ex post approach is based on the "synthetic control" method, and involves reconstructing France's hypothetical emissions from a group of comparable countries that have not introduced a carbon tax during the period.

This approach produces a direct evaluation in that the impact of the tax is estimated is implemented over the period the tax has been in force. Applied to France over the period 2014-2017, it does not allow a robust conclusion to be drawn as to the impact of the introduction of the carbon tax on emissions from the transport or building heating sector over the period concerned. This result may be explained by the small number of observations currently available since the introduction of the tax. The use of economic instruments in environmental policies has attracted a wide and increasing interest in the international and European debate in recent decades. Environmental taxes and subsidies, in particular, have been seen as useful policy instruments to enhance environmental protection, getting the price right and creating market based incentives for environmentally-friendly behaviors. Despite these premises, the actual implementation of EFRs has often lagged behind their full potential, leading to marginal

In this paper we describe the main characteristics of, respectively, environmentally related taxes and environmentally related subsidies at present implemented in Italy, designing some possible evolutionary paths, both on the revenue and expenditure side. The Italian experience turns out to be, in this perspective, an interesting case study, for several reasons. Firstly, because both taxes and subsidies have, in the past, been largely exploited for the attainment of wider economic and social objectives, often without a full ex-ante and ex-post assessment of their level of environmental merit. Secondly, because the recent economic crises exacerbated the need for high-debt countries to find growth-friendly and less distortive ways to correct budget imbalances, reforming and optimizing both the revenue and the expenditure side of the public intervention.

Thirdly, because many international organizations and scientific agencies have recommended that Italy develop its environmental fiscal reform, with the indispensable steps of introducing new green taxes, restructuring existing ones and removing environmentally-harmful subsidies. All in all, the analysis leads to the conclusion that the key objective should be that of selectivity: i.e. that of tackling environmental challenges in an effective way, aligning taxes to closer reflect environmental damage, benefits and priorities, and without having revenue-generating potential as the first driving force of future initiatives. [Publisher's text]