We construct a New-Keynesian E-DSGE model with energy disaggregation and financial intermediaries to show how energy-related fiscal and macroprudential policies interact in affecting the euro area macroeconomy and carbon emissions. When a shock to the price of fossil resources propagates through...

Green preferences are often regarded as crucial factors in facilitating the energy transition. However, it is unclear if they can alone propel an economy towards achieving a net-zero emissions outcome. In this study, we expand the multi-agent integrated assessment model MATRIX by incorporating...

A symbiotic relationship exists between the state and the energy sector that often leads to conflicting relationships between the two. The best example of this complicated relationship is between the state and free markets is the case of the United States, European Union, and Global Energy...

This paper discusses the development of Business-as-usual (BAU) and low-emission scenarios for the energy sector in Ethiopia. This is done as part of efforts by the government to develop a Long-term Low Emissions Development Strategy (LT-LEDS) for the country. The process is conducted in...

This study examines strategic response towards climate change mitigation by listed firms in the energy sector in Malaysia from 2010 to 2019. It also examines whether institutional pressures and attributes of the Chief Executive Officer (CEO) drive such strategic response. Using a TwoStep cluster...

This paper explores the potential impacts of climate change and mitigation policies on the Euro Area, considering the uncertainty and heterogeneity in both climate and economic systems. Using the MATRIX model, a multi-sector and multi-agent macroeconomic model, we simulate various climate...

Scaling up energy efficiency is critical to the energy transition-and the public sector is a good place to start. Programs in public buildings, in particular, can introduce new models and thus help shape markets. Given the limits of public financing against huge investment needs, countries must...

One of the cornerstones to reach a decarbonised energy system by 2050 is the inclusion of a set of flexibility solutions into the energy system to cover the need for flexibility on all timescales. Such flexibility services can come in different ways such as sector coupling, energy storage,...

The demand for critical minerals is rising in support of the low-carbon energy transition, as well as global economic growth. Despite its hostile environment, the Arctic is a region with historic and existing mineral production. This paper assesses the potential of the Arctic to make a...

We build a general equilibrium model to study how climate transition risks affect energy prices and the valuations of different firms in the energy sector. We consider two types of fossil fuel firms: incumbents that have developed oil reserves they can extract today or tomorrow, and new entrants...

The global energy crisis that began in fall 2021 and the following spike in energy price constitute a major challenge for the world economy which risks undermining the post-COVID-19 recovery. In this paper, we develop and validate a new macroeconomic agent-based model with an endogenous energy...

The shift away from fossil fuels needed to reduce CO2 emissions requires the use of renewable carbon and energy sources, including biomass in the bioeconomy. Already today, the bioeconomy has a significant share in the EU economy with traditionally bio-based sectors. For the future, the energy,...

The rapid transformations and developments experienced today have increased the importance of energy resources and sustainable energy. In this context, the success and profitability of the activities of companies engaged in energy production and distribution is an important topic. This study,...