- North Coast Drone Alliance
- TECH PARK plan
- Poly TEC School
- Airport Plan
- Solar Farm project
- Aerozone District plan and branding
- Job development
- NASA Tech transfer
Citation: Ahmed, Ali H.; Thomas, Andrew R.; and Henning, Mark, “Techno-Economic Feasibility Analysis of a Microgrid in Downtown Cleveland, Ohio” (2018). Urban Publications. 0 1 2 3 1559.
Increasing the resiliency of the electrical utility system in a region has numerous benefits to the residents, companies, and public entities operating in that region ranging from improved safety to financial impacts. However, attracting political interest and capital for such a major infrastructure improvement project requires an expectation from the potential participants that the project will be technically possible and economically attractive for investors. Performing a feasibility study is an important first step to ensure that a project is worthy of pursuit from both a technical and economic viewpoint. Read More »
Citation: Thomas, Andrew R. and Henning, Mark, “Valuing Resiliency from Microgrids: How End Users Can Estimate the Marginal Value of Resilient Power” (2017). Urban Publications. 0 1 2 3 1516.
This report is part of a general microgrid planning evaluation for Cleveland, Ohio undertaken by Cleveland State University and Case Western Reserve University, underwritten by the Cleveland Foundation. The evaluation has been undertaken in collaboration with Cuyahoga County and the City of Cleveland. This report focuses on one of the more important questions posed in building a microgrid: what is the marginal value of reliable power to end users? Read More »
Citation: Thomas, Andrew R.; Henning, Mark; Date, Kirby; and Simons, Robert A., “The Economic and Fiscal Impact of a Microgrid in Downtown Cleveland, Ohio” (2018). Urban Publications. 0 1 2 3 1560.
This report relates the results of an investigation into market conditions for a proposed microgrid in downtown Cleveland, Ohio, as well the potential for additional jobs, income, and tax revenues that might accompany such an enterprise. Power interruptions have been estimated to cost commercial and industrial customers more than $100 billion each year in the United States.1 Because microgrids can reduce or eliminate power disruptions, the proposed microgrid could position Cleveland to capture growth among those industries that experience relatively greater losses when power outages occur. This includes momentary interruptions, which account for a “substantial portion”2 of such costs. The improved quality, reliability, resiliency, and security associated with a Cleveland microgrid could offer a locational advantage in attracting companies for which a power interruption is particularly costly. Access to clean, distributed generation is also an attribute that is of significant interest to commercial end users. Read More »