Organizations, References and Appendices

  • Organizations that lent time, insight, and expertise to develop the roadmap
  • Glossary of acronyms and organizations
  • Definitions used throughout roadmap
Participating Task Force Organizations

The Pennsylvania Nuclear Energy Roadmap is the result of collaboration, and while the strategies and considerations reflect the broadest possible set of views, they do not imply a full endorsement by every participant of the Task Force.

Glossary of Acronyms and Organizations
ADVANCE ActFederal legislation designed to modernize nuclear licensing and accelerate deployment of advanced reactors. 
Alternative Energy Portfolio Standards (AEPS)Alternative Energy Portfolio Standards; State policy that requires a certain percentage of electricity sold by utilities or suppliers to come from designated alternative or clean energy sources.
Baseload PowerPower plants that operate continuously to meet minimum electricity demand.
Capacity FactorThe percentage of time a power plant operates at full output relative to its maximum possible output. Nuclear plants typically have capacity factors above 90%.
Capital StackThe combination of financing sources used to fund a project, including equity, loans, tax incentives, and grants.
Contracts for Differences (CFDs)A financial mechanism that stabilizes project revenues by guaranteeing a fixed electricity price.
Credit-Based Structures (CBSs)Market mechanisms that provide financial credits for electricity generation with certain attributes, such as zero emissions.
Dispatchable GenerationPower generation sources that can be turned on or adjusted to meet electricity demand.
DOEU.S. Department of Energy
Dry Cask StorageA method of storing spent nuclear fuel in sealed steel and concrete containers above ground.
EPRIElectric Power Research Institute
EnrichmentThe process of increasing the concentration of uranium-235 in nuclear fuel.
Firm powerElectricity generation that is available on demand and can operate continuously regardless of weather conditions.
Fuel CycleThe full lifecycle of nuclear fuel, including mining, conversion, enrichment, fuel fabrication, reactor use, storage, and disposal.
Grid ReliabilityThe ability of the electricity system to consistently deliver power without interruption.
InterconnectionThe process of connecting a new electricity generator to the power grid.
Large Load CustomersLarge electricity consumers whose operations require substantial and continuous power demand, typically measured in tens or hundreds of megawatts.
Load GrowthIncreasing electricity demand over time due to factors such as industrial expansion, electrification, and data centers.
NEINuclear Energy Institute
NRCNuclear Regulatory Commission; The Federal agency responsible for nuclear reactor licensing and safety oversight.
OrderbookThe pipeline of planned nuclear reactor deployments that provides demand visibility for manufacturers and suppliers. A clear orderbook allows suppliers to justify investments in nuclear-grade upgrades, certification, tooling, and workforce expansion. 
PJMPJM Interconnection; Regional transmission organization that manages electricity markets and grid reliability across multiple states including Pennsylvania.
Power Purchasing AgreementA long-term contract between a power producer and a buyer for the sale of electricity.
PEDAPennsylvania Energy Development Authority
PUCPublic Utility Commission
RatepayersIndividuals, households, businesses, or institutions that pay for electricity service through utility bills or retail electricity rates.
Spent Nuclear FuelUsed nuclear fuel removed from a reactor after it can no longer efficiently sustain the fission process.
Transmission SystemHigh-voltage infrastructure that transports electricity over long distances.
Fuel CycleThe full lifecycle of nuclear fuel, including mining, conversion, enrichment, fuel fabrication, reactor use, storage, and disposal. 
FissionA nuclear reaction in which a heavy atomic nucleus splits into smaller nuclei, releasing energy that can be used to generate electricity.
FusionA nuclear reaction in which two light atomic nuclei combine to form a heavier nucleus, releasing large amounts of energy.

Policy Considerations | Nuclear Energy 101