Knowledge Tree
Relations (1)
related 2.81 — strongly supporting 6 facts
Both concepts are identified as essential low-carbon energy technologies required to achieve decarbonization goals [1], [2], and [3]. They are frequently categorized together as clean energy sources [4] and are cited as complementary, on-demand generators that support a stable, low-emission power system [5], [6].
Facts (6)
Sources
Congressional testimony of Bob Perciasepe on advanced nuclear ... c2es.org 2 facts
claimMost modeling studies indicate that a diverse mix of renewables, nuclear power, and fossil fuel with carbon capture utilization and storage represents the least cost and least technically challenging path to achieve mid-century decarbonization goals.
claimModeling indicates that achieving large-scale, economy-wide emission reductions requires a combination of nuclear power, renewables, carbon capture, and improved energy efficiency.
Challenges of a Clean Energy Transition and Implications for ... economicstrategygroup.org 1 fact
claimReducing the costs of nuclear power and developing and scaling carbon capture and sequestration technology are significant steps toward achieving a zero-carbon economy.
What Is the Energy Transition? Drivers, Challenges & Outlook sepapower.org 1 fact
claimClean energy is defined as any energy source with minimal or no emissions, including renewable sources like solar and wind, as well as technologies such as nuclear power and carbon capture.
How Nuclear Power Supports Decarbonization Goals - LinkedIn linkedin.com 1 fact
claimIntegrating nuclear power with carbon capture technologies creates a closed carbon loop, which enables significant reductions in greenhouse gas emissions.
Clean Energy Solutions Must Include Nuclear | ClearPath clearpath.org 1 fact
claimTo achieve deep carbon reductions, power systems require low-carbon emitting generators that are available on demand, such as nuclear power or carbon capture, to complement variable resources like wind and solar.