by Eric Masanet and Nuoa Lei, Northwestern University

March 2020 Quarterly Research Review

As the number of global internet users has grown, so too has demand for data center services, giving rise to concerns about growing data center energy use. And new forms of information services such as artificial intelligence (AI), which are particularly computationally-intensive, may accelerate demand growth further. Therefore, the ability to quantify and project data center energy use is a key energy and climate policy priority.

by James Arnott, Aspen Global Change Institute

March 2020 Quarterly Research Review

Moving society to near zero carbon emissions will entail a substantial amount of distributed clean energy generation, such as through rooftop solar photovoltaic (PV) panels. Adoption patterns of this carbon-free technology illustrates important social dynamics that influence the speed and scale of energy transitions. Knowing who is—or is not—participating in the adoption of cleaner energy sources can help guide more effective policy and communication strategies. For example, commonalities in participation across different groups of people may help to justify and expand strategies that are shown to work well in many contexts. On the other hand, disparities in participation reveal underlying problems where targeted interventions may be required to ensure a just, equitable energy transition is achieved.

by Emily Jack-Scott, Aspen Global Change Institute

December 2019 Quarterly Research Review

The global energy system of the future will look drastically different than it does today. Energy sources, markets, grids, governance structures: every dimension of the energy system is already undergoing rapid changes. While the challenges posed by the pace and scale of this transformation are immense, so too are the opportunities for environmental sustainability, economic gain, and social well-being. Of all the potential co-benefits of a low carbon energy system, one that is not necessarily assured is energy justice. If this important component is overlooked, our future energy system has the potential to exacerbate existing inequities or create new ones. But if done with intention, this can be a rare and vital opportunity to amend structures that have long inflicted damages and injustice on communities and ecosystems around the world. In so doing, we can create a far more robust and equitable energy system, while bypassing opposition and friction to a clean energy transition.

by John Katzenberger, Aspen Global Change Institute

December 2019 Quarterly Research Review

Given the aspirations of the Paris Accord, the challenge facing humanity can be expressed in simple terms: halve annual CO2 emissions by 2030, halve them again by 2040, and again by 2050. The difficulty of the task goes up the longer peak emissions are delayed, as does the ultimate amount of negative emissions needed by 2100. Negative Emissions Technologies (NET) are a suite of technologies that can draw down CO2 from the atmosphere and by use or storage keep it from reentering the air. This simplistic prescription of halving annual emissions pencils out to reducing the 40 billion tons of CO2 (GtCO2) emitted today in each decade: first to 20, then to 10, and finally to 5 GtCO2. The final 5 GtCO2 offset by reducing land use emissions to zero and ramping up CO2 removal to 5 GtCO2 – all happening in about 30 years.

by John Katzenberger, Aspen Global Change Institute

September 2019 Quarterly Research Review

by Emily Jack-Scott, Aspen Global Change Institute

September 2019 Quarterly Research Review

by Brigitta Huckestein (BASF)

June 2019 Quarterly Research Review - Guest Perspective

by Chris Bataille (IDDRI.org)

June 2019 Quarterly Research Review

by John Katzenberger

March 2019 Quarterly Research Review

By guest authors Morteza Taiebat and Ming Xu, University of Michigan

March 2019 Quarterly Research Review