We raise the question if improvements to current energy-only markets are sufficient to maintain resource adequacy in electricity markets or whether the rapid increase in wind and solar power gives stronger arguments for additional capacity mechanisms. A comparative analysis between Europe and the United States reveals some fundamental differences, but also many similarities in electricity…
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Financing the Last Mile of Electricity-for-All Programs: Experiences from China
Financing electricity for all programs has been a main barrier to achieve universal energy access. In this paper, we investigate the financing mechanisms of China’s electricity for all programs with a focus on the last mile problem, and we find that central investment, cost sharing, and public-private partnerships are essential for China’s success in such…
Does adaptive capacity reduce funding costs of municipalities that are exposed to climate change risk?
Research shows that municipalities that face more risk from climate change have higher financing costs than municipalities that face less risk. However, to our best knowledge, it is unknown whether the adaptive capacity of a municaplity is rewarded in terms of lower financing costs. We study municipal bonds issued by U.S. municipalities that are known…
Polar Vortexes in New England: Missing Money, Missing Markets, or Missing Regulation?
The 2014 and 2017-18 “polar vortex” events in New England served as virtual controlled experiments on how competitive natural gas and electricity markets coexist uneasily almost two decades after different kinds of regulatory restructuring initiatives freed different kinds of competitive forces to support the supply infrastructure in each energy market. As a region with no…
Comparing Regulatory Designs for the Transmission of Offshore Wind Energy
Offshore wind plays an ever-increasing role for the global transition to renewable energy. For offshore wind energy to be successful, cost-effective transport of the produced electricity to shore is necessary. The development and operation of the offshore transmission asset is costly and regulated differently across the globe. In most countries, the TSO is responsible for…
Does the Shale Gas Revolution Hinder Clean Energy Innovation?
We analyze the causal impact of the U.S. shale gas revolution on technological innovation in the electricity generation sector. Using a country-level data set of electricity patents from 1978-2018, we find that the U.S. shale gas revolution led to a 1.60 decrease in the ratio of green to fossil-fuel electricity patents and a 0.93 decrease…
The Cost of Finance and the Cost of Carbon: A Case Study of Britain’s only PWR
This paper argues that the cost of decarbonising depends critically on the Weighted Average Cost of Capital (WACC), illustrated with a case study of Sizewell B (SZB, the nuclear station commissioned in 1995). It calculates the cost per tonne of CO2 abated with prices set as for transmission assets by the regulator under the Regulatory…
Biomethane for Electricity in Mexico: A Prospective Economic Analysis
Do Investments in Clean Technologies Reduce Production Costs? Insights from the Literature
In response to growing environmental concerns, governments have encouraged innovation and adoption of green or clean technologies through various policy measures. At present more than half a trillion US$ is being invested annually in clean technologies. This study analyzes if investments in clean technologies increase productivity and reduce production costs based on the existing literature….
Methane Abatement Costs in the Oil and Gas Industry: Survey and Synthesis
There is growing recognition of the relative importance of anthropogenic emissions of methane as a contributor to global climate change. An important source of such emissions in some countries, including the United States, is the oil and gas (O&G) sector. This points to the importance of developing understanding of the marginal abatement cost functions for…