This paper establishes a bottom-up LEAP-Kenya-Centralized-Electricity model to simulate the mitigation potential of chief atmospheric pollutants and greenhouse gas (GHG) emissions from 2010-2040 under different scenarios: Business as Usual (BAU), Vision 2030+Least Cost Power Development Plan...

The ambition to reach climate-neutral energy systems requires profound energy transitions. Various scenario studies exist which present different options to reach that goal. In this paper, key strategies for the transition to climate neutrality in Germany are identified through a meta-analysis...

Energy system models provide us with scenarios for the future energy system, supporting our understanding of the impact of societal changes and adopted policies. To front-load the EU'Fit for 55' package for 2030 and targets of replacing imported natural gas with renewable electricity, the Nordic...

Any “clean energy” initiative cannot be effective without prompt commercialization of new technologies that are funded by both the public and private sectors. All commercial activities are affected by the prevailing legal environment. The energy sector is unusually subject to multiple...

Recently, several articles rely on marginal abatement cost (MAC) curves to analyze the EU ETS. While the assumptions on MAC curves drive the results, the prevailing literature on the EU ETS does not take the shape of MAC curves into account. This paper discusses the implications of MAC curve...