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    Weiss, Jurgen, Ryan Hledik, Roger Lueken, Tony Lee, and Will Gorman. “Estimating the Value of Electricity Storage in PJM: Arbitrage and Some Welfare Effects.” Energy Economics 31, no. 2 (2020): 269-277. Publisher's VersionAbstract

    Significant increases in prices and price volatility of natural gas and electricity have raised interest in the potential economic opportunities for electricity storage. In this paper, we analyze the arbitrage value of a price-taking storage device in PJM during the six-year period from 2002 to 2007, to understand the impact of fuel prices, transmission constraints, efficiency, storage capacity, and fuel mix. The impact of load-shifting for larger amounts of storage, where reductions in arbitrage are offset by shifts in consumer and producer surplus as well as increases in social welfare from a variety of sources, is also considered

      McKibbin, Warwick, Adele Morris, and Peter Wilcoxen. “THE ROLE OF BORDER CARBON ADJUSTMENTS IN A U.S. CARBON T AX.” In, 2017.Abstract
      wilcoxen_2017.pdf

      This paper examines carbon tax design options in the United States using an intertemporal computable general equilibrium model of the world economy called G- Cubed. Four policy scenarios explore two overarching issues: (1) the effects of a carbon tax under alternative assumptions about the use of the resulting revenue, and (2) the effects of a system of import charges on carbon-intensive goods (“border carbon adjustments”).

      Adly, Joseph. “Long-term Carbon Policy: The Great Swap.” In, 2016.Abstract
      2016aldy-the-great-swap.pdf

      Excerpt trom the Introduction:
      In the past two decades, the mounting risks posed by climate change have motivated businesses, cities, states, national governments, and the international community to pledge to take action to reduce their greenhouse gas emissions. Given the scale of the problem, the breadth of action must be effective and must set the foundation for increasing mitigation efforts over time. Thus, delivering on these pledges will require effective policies to drive the deployment of low-carbon technologies today and technological innovation in the future to ramp ambition up on par with the risks of climate change.

      Climate change is a problem no country can solve by itself. Since the mid-1990s, the United States has advocated for developed and developing countries to work together in combating climate change and, with the United States' leadership, the 2015 Paris Agreement delivered unprecedented commitments by virtually every country on the planet to reduce their greenhouse gas emissions. Now, the election of Donald J. Trump, an avowed global warming skeptic, has thrown America's commitment to global leadership in doubt. If the United States quits the fight against climate change, this risks unraveling the global coalition and could result in other countries following suit. This would be a tragic mistake with incalculable consequences for the entire planet. Moreover, some nations may retaliate against the United States by imposing tariffs on American-manufactured goods based on the greenhouse gas emissions associated with their production.

      Cullen, Joseph, and Erin Mansur. “Inferring Carbon Abatement Costs in Electricity Markets: A Revealed Preference Approach using the Shale Revolution.” In, 2016.Abstract
      cullen_mansur_gasprices.pdf
      This paper examines how carbon pricing would reduce emissions in the electricity sector. We show how both carbon prices and cheap natural gas reduce, in a nearly identical manner, the historic cost advantage of coal-fired power plants. The shale revolution has resulted in unprecedented variation in natural gas prices that we use to estimate the potential effect of a carbon price. Our estimates imply that a price of $20 ($70) per ton of carbon dioxide would reduce emissions by 5% (10%). Furthermore, carbon prices are much more effective at reducing emissions when natural gas prices are low. In contrast, modest carbon prices have negligible effects when gas prices are at levels seen prior to the shale revolution.
      Weiss, Jurgen, and Eleanor Denny. “Hurry or Wait: The Pros and Cons of Going Fast or Slow on Climate Change.” Economists' Voice 12, no. 1 (2015): 19-24. Publisher's VersionAbstract
      Climate change risk will likely force the de-carbonization of our electricity sector and thus involve massive investments in long-lived assets using many new and emerging technologies. Since technological progress (independent or dependent on deployment) will likely lower the future cost of those technologies, investing early and rapidly forecloses saving money by installing those technologies at a lower cost later. There are thus benefits to waiting until the costs of renewables fall further. However, there are also costs to waiting. First, given the longevity of greenhouse gases in the atmosphere, cumulative emissions matter and lowering greenhouse gas emissions earlier is beneficial. Second, there is significant uncertainty not only over the rate of change of the cost of low carbon technologies, but also over the cost of greenhouse gas emissions. The costs of waiting are complex in that the distributions themselves are unknown (and quite possibly have “fat” tails). There may also be complex timing issues such as points of no return in terms of global greenhouse gas concentrations, beyond which the costs of adapting to climate change effects become essentially infinite. Hurrying can therefore be considered an insurance policy against the unknown but perhaps increasing risk of catastrophic damage.
      Tierney, Susan, and Paul Hibbard. Carbon Control and Competitive Wholesale Electricity Markets: Compliance Paths for Effecient Market Outcomes. Analysis Group, 2015.Abstract
      analysis_group_clean_power_plan_markets_may_2015_final.pdf

      Excerpt from the Executive Summary

      Acting under its existing authorities under the Clean Air Act (CAA), the U.S. Environmental Protection Agency (EPA) has been developing proposals designed to reduce carbon dioxide (CO2) emissions from new and existing fossil-fuel power plants in the United States.

      Power production is the nation’s largest source of carbon emissions, contributing 37 percent of all CO2 emissions in the U.S. This will be the first time that federal policy will broadly address CO2 emissions from the power sector, and EPA’s new policies will affect over half of the nation’s existing generating capacity.

      EPA and the electric sector have a long track record of successful market-based, regional emission-allowance-trading programs, which can serve as a template for the regulation of CO2 emissions.

      Such programs – for example, the Acid Rain sulfur dioxide (SO2) trading Program, the “NOx SIP Call,” and the Regional Greenhouse Gas Initiative (RGGI) – provide price signals to power plant owners so that they can make their own choices about their lowest-cost path to compliance. These programs have proven to allow for environmental improvements at much lower cost to both power plant owners and electricity consumers.

      There is a natural fit between market-based emission-control programs and competitive wholesale power markets.

      Most of the power plants covered by EPA’s Clean Power Plan operate in competitive wholesale electric markets administered by an Independent System Operator (ISO) or Regional Transmission Organization (RTO) (collectively “RTO”). These regions span more than two-thirds of the states, encompass 70 percent of the nation’s generating capacity, and serve the electricity needs of twothirds of the American people.

      of the of the House., Office Press Secretary White. “Fact Sheet: The United States and China Issue Joint Presidential Statement on Climate Change with New Domestic Policy Commitments and a Common Vision for an Ambitious Global Climate Agreement in Paris."” In, 2015.Abstract
      09_25_15_final_fact_sheet_china_climate_change.pdf
      On the occasion of President Xi’s State Visit to Washington, D.C., the United States and China today marked another major milestone in their joint leadership in the fight against climate change with the release of a U.S.-China Joint Presidential Statement on Climate Change. The Statement, which builds on last November’s historic announcement by President Obama and President Xi of ambitious, respective post-2020 climate targets, describes a common vision for a new global climate agreement to be concluded in Paris this December. The Statement also includes significant domestic policy announcements and commitments to global climate finance, demonstrating the determination of both countries to act decisively to achieve the goals set last year.

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