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1. Ownership in the Electricity Market Property, the Firm, and the Climate Crisis

Author:
Gregory Ferguson-Cradler
Publication Date:
04-2020
Content Type:
Working Paper
Institution:
Max Planck Institute for the Study of Societies
Abstract:
Electricity is a key area in climate mitigation. The sector needs to significantly expand while transitioning to renewable production, all in an extremely short timeframe. This paper fo- cuses on ownership and control in the electricity sector in an era of climate change. Bor- rowing substantially from classical American Institutionalism, heterodox theories and his- tories of the firm, and legal institutionalism, this paper discusses the historically constituted nature of the categories of property, capital, and the firm and how these literatures provide helpful frameworks for analyzing the recent history and possible futures of electricity sec- tors. A short discussion of the recent history of the German electricity sector, particularly the large utility RWE, will briefly illustrate the approach. Climate change mitigation will require revised notions of ownership and an updated theory of the firm, property, and cor- porate governance for the Anthropocene.
Topic:
Climate Change, Energy Policy, Governance, and Electricity
Political Geography:
Europe, Germany, and Central Europe

2. Power of the River: Introducing the Global Dam Tracker (GDAT)

Author:
Johannes Urpelainen, Wolfram Schlenker, and Alice Tianbo Zhang
Publication Date:
11-2018
Content Type:
Working Paper
Institution:
Center on Global Energy Policy
Abstract:
Dams are a major source of electricity globally, with hydropower generating 16 percent of the world’s total electricity and 71 percent of all renewable electricity in 2016. Many developing countries possess great untapped hydropower potential. Sub-Saharan Africa, for example, is estimated to have tapped less than 8 percent of its hydropower potential. Proponents of dams praise them as a source of low-carbon electricity, estimated to reduce annual emissions by about 2.8 billion tons of carbon dioxide equivalent. Dams also provide wide-ranging benefits in terms of flood control, irrigation, navigation, and job creation. But harnessing the power of the river comes with concentrated costs, from fragmenting the river system and destroying natural habitat to triggering ecological hazards and displacing millions of people. As the world is undergoing an energy system transformation toward renewable sources to combat climate change and meet emission reduction targets outlined in the Paris Agreement, understanding the costs and benefits of dam construction has important policy implications. In this project, the authors compiled a global geospatial database of dams, the GDAT, to enable rigorous research on the costs and benefits of dam construction. The project was motivated by the absence of a comprehensive, reliable, real-time, easy-to-use database on global dam construction. Such data could allow policymakers to make informed decisions on the use of hydroelectric power in the future, based on systematic evaluations of the costs and benefits of hydroelectric dams along the dimensions of energy access, climate change mitigation, water supply, ecological preservation, and population displacement. Below is a summary of findings: Globally, the authors identify 36,222 dams that are spatially concentrated along major river basins in Asia, North America, South America, and Europe. Compared to two widely used datasets, AQUASTAT and Global Reservoir and Dam (GRanD), GDAT has not only 144 percent and 419 percent more dam observations, respectively, but also more comprehensive attribute information, such as completion year, geographic location, main purpose, and reservoir and generation capacity. Dams are used for a variety of purposes, with considerable heterogeneity across continents. Worldwide, dams are mainly used for irrigation and hydroelectricity, representing 34 percent and 25 percent of the data, respectively. There are notable differences in the distribution of dam completion year across continents. While most developed countries in North America, Europe, and Oceania have witnessed a decline in dam construction since the 1970s, developing countries in Africa, Asia, and South America are experiencing a continued increase in the number of dams currently planned or under construction. GDAT makes three important contributions: First, to the best of the authors’ knowledge, no prior effort has been made to consolidate official records with existing datasets such as AQUASTAT, GRanD, and World Resources Institute (WRI). By collecting and compiling primary data from administrative sources and secondary data from existing databases, the authors have offerred the most comprehensive geo-referenced data on worldwide dam construction to date. Second, through extensive cross-checking and manual validation, the authors fill in important data gaps on key attributes and correct erroneous observations in previous datasets. Third, existing datasets are often static and not frequently updated. Efforts are underway to develop a framework for making the data collection and compilation process easily reproducible, so that it can be updated on a reasonable time interval to facilitate intertemporal analysis. Upon publication of academic research papers, the authors are planning to release the entire dataset and documentations to the public, free of charge.
Topic:
Climate Change, Water, Displacement, Electricity, Renewable Energy, and Dams
Political Geography:
Africa, Europe, Asia, South America, and North America

3. Resourcing Green Technologies through Smart Mineral Enterprise Development

Author:
Salem Ali, Perrine Toledano, Nicolas Maennling, Nathaniel Hoffman, and Lola Aganga
Publication Date:
02-2018
Content Type:
Working Paper
Institution:
Columbia Center on Sustainable Investment
Abstract:
Much has been written in recent years about the urgency to develop new technologies that meet ambitious targets for more efficient energy infrastructure with reduced reliance on fossil fuels. There has also been growing recognition that mineral scarcity can hamper the speed of key technologies being developed. The dominance of China as a global supplier of many technology minerals and the Chinese government’s ability to constrain supply has led to a focus on the international trade dimensions of the challenge. The United States, Japan, the European Union and South Korea have all been keenly focused on securing mineral supply for their domestic industries through a range of initiatives. These efforts have included the World Trade Organization dispute resolution mechanism; research investment in alternative and more widely available materials where possible; and considering strategic stockpiles of minerals from internal sources that harken back to Cold War era strategies for material security. In this report, we argue that a neglected area in addressing the mineral scarcity challenge is the private sector’s current trajectory for geological mineral exploration of key minerals and innovative initiatives on material efficiency and recycling where possible. We term this approach Smart Mineral Enterprise Development (SMED) which entails a partnership between public and private entities to consider pathways whereby public sector data sharing on geology can be coupled with research innovations in the private sector both upstream and downstream of mineral supply. Just as smart energy grids harness efficiencies in electricity supply and demand through a dynamic process of communication, SMED processes can do the same for key technological bottlenecks in mineral supply. We focus on cobalt to highlight the bottlenecks; identify alternative supply sources based on current exploration and recycling technologies; propose ways in which the international legal framework could be adapted to promote investments in critical minerals; and consider ways by which the public sector can assist the private sector in developing a SMED process that would bring forth more efficient and effective entrepreneurial activity to meet our green technology needs.
Topic:
Climate Change, Energy Policy, Science and Technology, Natural Resources, European Union, Green Technology, and Electricity
Political Geography:
United States, China, Europe, Asia, and South Korea

4. Iberian Electricity Sector: A transition towards a more liberalized and sustainable market

Author:
Agustin Garcia, Maria Teresa Garcia-Alvarez, and Blanca Moreno
Publication Date:
02-2017
Content Type:
Working Paper
Institution:
Global Development and Environment Institute at Tufts University
Abstract:
In recent years, important policy developments have impacted the electricity market in the European Union (EU), affecting the cost of energy and resulting in changes to countries’ electricity generation mix. This paper details the Spanish and Portuguese attempts to transition to a cleaner energy economy. At the end of the last century, Iberian countries started the process of liberalizing their electricity market and promoting the use of renewable energies in the electricity mix. Their objectives included establishing a “greener” energy supply, opening new employment opportunities, reducing dependence on imported fossil fuels, and pursuing a more sustainable economy and society. Assuming a leading role in the energy transition process has been a novel and challenging endeavor for both countries. The economic crisis only increased those challenges, leading to mixed results. In addition to covering the evolution of the Iberian electricity sector, this paper identifies key considerations for the future.
Topic:
Energy Policy, European Union, Electricity, and Fossil Fuels
Political Geography:
Europe, Spain, Portugal, and Iberia Peninsula