LATEST SCHOLARSHIP

Governments are increasingly resorting to technology mandates to force development and commercialization of socially-desirable technologies that the market, for various reasons, seems unable or unwilling to provide in a timely manner. This Article analyzes three recent examples of government-imposed technology mandates, including explicit or de facto government requirements for electric vehicles...

This Article explores the feasibility of adding flexibility to mandates for existing power plants in order to foster technology innovation and reduce compliance costs and emissions. Under new and proposed EPA rules a significant portion of the coal-fired electricity generating capacity will require multi-billion dollar investments to retrofit and comply with emissions standards on SO2, NOx, PM...

Despite a growing sense of urgency to improve energy systems so as to reduce fossil-fuel dependency, energy system change has been slow, uncertain, and geographically diverse. Interestingly, this regionally heterogeneous evolution of energy system change is not merely a consequence of technological limitations, but also and importantly a product of complex socio-political factors influencing the...

Much of energy policy is driven by concerns about climate change. Views about the importance of carbon emissions affect debates on topics ranging from the regulation of electricity generation and transmission to the need for incentives to develop emerging technologies. Government efforts to fund and communicate climate science have been extraordinary, but recent polling suggests that roughly half...

The vast majority of the growth in greenhouse gas emissions in the coming decades is expected to come from outside of the developed world. Yet on the whole, scholars have made only modest headway in identifying the distinctive features of effective environmental regulation in the developing world. This Article argues that a particular feature of the emerging economies—sharp regional economic...

Transitioning from our current energy infrastructure to a smart grid will be essential to meeting future challenges. One key component of the smart grid is advanced metering infrastructure (AMI). AMI allows for the grid to be run more effectively and efficiently by making granular near real-time data about customers’ energy usage available. Coupled with the input and innovation of third-party...