963 research outputs found
Electric Vehicle Policy for the Midwest: A Scoping Report
Provides an overview of private and public efforts to expand the use of electrified vehicles and the implications for greenhouse gas emissions, with a focus on eight Upper Midwest states. Identifies relevant policies and recommends near-term initiatives
The State Response to Climate Change: 50 State Survey
This survey accompanies Global Climate Change and U.S. Law, Second Edition (Michael B. Gerrard and Jody Freeman, eds, 2014). It compiles state legislation, rules and executive orders that specifically address climate change as of the end of April 2014. It also includes a wide variety of state activities that may have an impact on greenhouse gases including legislation related to energy efficiency and renewable energy. The focus of this material is to provide readers with an understanding of the range of state activity that may contribute to greenhouse gas reduction and climate change. Some types of energy efficiency, alternative fuels and renewable energy legislation (such as tax credits for hybrid vehicles) are very similar from state to state; some laws have a short duration and therefore may not be codified (such as temporary tax credits); energy legislation is being enacted at an increasing pace. As a result, not all energy efficiency, alternative fuels and renewable energy legislation and other activity in every state are included in this compilation
Econometric framework for electricity infrastructure modernization in Saudi Arabia, An
2017 Summer.Includes bibliographical references.The electricity infrastructure in Saudi Arabia is facing several challenges represented by demand growth, high peak demand, high level of government subsidies, and system losses. This dissertation aims at addressing these challenges and proposing a multi-dimensional framework to modernize the electricity infrastructure in Saudi Arabia. The framework proposes four different scenarios—identified by two dimensions—for the future electric grid. The first and second dimensions are characterized by electricity market deregulation and Smart Grid technologies (SGTs) penetration, respectively. The framework analysis estimates global welfare (GW) and economic feasibility of the two dimensions. The first dimension quantifies the impact of deregulating the electricity market in Saudi Arabia. A non-linear programming (NLP) algorithm optimizes consumers surplus, producers surplus, and GW. The model indicates that deregulating the electricity market in Saudi Arabia will improve market efficiency. The second dimension proposes that allowing the penetration of SGTs in the Saudi electricity infrastructure is expected to mitigate the technical challenges faced by the grid. The dissertation examines the priorities of technologies for penetration by considering some key performance indicators (KPIs) identified by the Saudi National Transformation Program, and Saudi Vision 2030. A multi-criteria decision making (MCDM) algorithm—using the fuzzy Analytic Hierarchy Process (AHP)—evaluates the prioritization of SGTs to the Saudi grid. The algorithm demonstrates the use of triangular fuzzy numbers to model uncertainty in planning decisions. The results show that advanced metering infrastructure (AMI) technologies are the top priority for modernizing the Saudi electricity infrastructure; this is followed by advanced assets management (AAM) technologies, advanced transmission operations (ATO) technologies, and advanced distribution operations (ADO) technologies. SGTs prioritization is followed by a detailed cost benefit analysis (CBA) conducted for each technology. The framework analysis aims at computing the economic feasibility of SGTs and estimating their outcomes and impacts in monetary values. The framework maps Smart Grid assets to their functions and benefits to estimate the feasibility of each Smart Grid technology and infrastructure. Discounted cash flow (DCF) and net present value (NPV) models, benefit/cost ratio, and minimum total cost are included in the analysis. The results show that AAM technologies are the most profitable technologies of Smart Grid to the Saudi electricity infrastructure, followed by ADO technologies, ATO technologies, and AMI technologies. Considering the weights resulting from the fuzzy AHP and the economic analysis models for each infrastructure, the overall ranking places AAM technologies as the top priority of SGTs to the Saudi electricity infrastructure, followed by AMI technologies, ADO technologies, and ATO technologies. This dissertation has contributed to the existing body of knowledge in the following areas: • Proposing an econometric framework for electricity infrastructure modernization. The framework takes into account technical, economic, environmental, societal, and policy factors. • Building an NLP algorithm to optimize a counterfactual deregulation of a regulated electricity market. The algorithm comprises short run price elasticity of electricity demand (ε), level of technical efficiency improvement, and discount rate (r). • Proposing an MCDM model using AHP and fuzzy set theory to prioritize SGTs to electricity infrastructures. • Adapting a Smart Grid asset-function-benefit linkage model that maps SGTs to their respected benefits. • Conducting a detailed CBA to estimate the economic feasibility of SGTs to the Saudi electricity infrastructure, This work opens avenues for more analysis on electricity infrastructure modernization. Measuring risk impact and likelihood is one area for future research. In fact, risk assessment is an important factor in determining the economic feasibility of the modernization. Probabilistic economic analysis can be applied to assess the risk associated with the implantation of the previously mentioned dimensions. The parameters used for the economic analysis, such as economic life of a project, and the discount rate, are usually deterministic. However, a probabilistic method can be applied to capture the uncertainty of the parameters. Another area for future research is the integration of both dimensions into one model in which GW resulted from market deregulation and SGTs insertion are summed
Rate Base the Charge Space: The Law of Utility EV Infrastructure Investment
To fight climate change and support the transition to a zero-emissions transportation sector, the U.S. is setting out to build a huge fleet of electric vehicle (EV) charging stations. But EV charging equipment is expensive, and how to pay for it is not straightforward. This Article explores the emerging law and policy of using the bill payments of millions of electric utility customers to solve the problem. State utility regulators, in obscure technical proceedings, have begun directing billions of ratepayer dollars toward EV chargers. Is this an unfair and risky social spending experiment, as its opponents argue? Or is it a sensible economic investment that will save ratepayers money, even while responding strategically to shifting market conditions, supporting domestic manufacturing, and achieving environmental goals, as its proponents contend? State regulators, one by one, have been reaching the same conclusion: the environmental, energy, and economic policy considerations are aligned, and the ratepayer funding approach makes sense. To shine light on these developments, this Article presents the findings of a fifty-state review of regulatory proceedings, revealing the full extent of authorized utility spending, the wide variety of EV investment program elements, and the broad range of reasoning that regulators have found persuasive. Key findings include that support for utility EVSE spending is not the sole province of states with progressive climate politics; that new federal funding is augmenting, but not displacing, utility investment; and that utility EVSE investment provides benefits, from rural investment to ongoing maintenance commitments, that are unlikely to be provided by the private or public sectors
Big Ideas for Small Business Report
Big Ideas for Small Business is a national peer network led by the National League of Cities (NLC) that aims to accelerate efforts by local governments to support small businesses and encourage entrepreneurship.  This direct peer-to-peer engagement expands the capacity of city staff to explore common challenges, share proven strategies, and collaborate on new approaches for creating a more business-friendly city.  The Big Ideas for Small Business toolkit discusses important strategies for how local leaders can be better advocates for small businesses. Our report provides guidance on creating ecosystems that support small business growth; reorganizing city resources to better meet the needs of small businesses; and providing business owners with access to new sources of capital. Specific strategies highlighted in this report explain how to:Connect Small Businesses to Information and ResourcesEstablish a Small Business Resource Center Advocate for Small Businesses via Community-Led Councils or CommitteesProactively Engage the Local Business CommunityProvide Platforms for NetworkingCreate Incubator SpacesCelebrate Successful BusinessesDevelop One-Stop-Shops and Express Lanes at City Hall Streamline City Regulations and the Inspection ProcessHelp Small Businesses Build a Web PresenceSupport Microlending and CrowdfundingEncourage Local Small Businesses to Bid for City Contracts
State of Recidivism: The Revolving Door of America's Prisons
Analyzes recidivism trends by state for new crimes or technical violations; the impact of sentencing and parole policies; and strategies to reduce recidivism and costs, including improved efficiency, sentencing and release policies, and reentry programs
Energy Storage Roadmap for Northern Appalachia 2022
The Northern Appalachian counties (Western PA, Eastern OH and West Virginia) have legacy energy industry engineering, workforce and research advantages that have made the region a prime location for the development of energy storage manufacturing and deployment. Already over 200 private companies are engaged in the energy storage business regionally. Further assets include the many research universities and laboratories in the region, together with a low cost of living compared to other energy storage clusters. The study identifies the energy storage industry assets and explores strategies for cluster development in Northern Appalachia
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