Add to ORKGThe impact of plasma operating characteristics, engineering options, and technology on the capital cost trends of tokamak power plants is determined. Tokamak power systems are compared to other advanced energy systems and found to be economically competitive. A three-phase strategy for demonstrating commercial feasibility of fusion power, based on a common-site multiple-unit concept, is presented
The design approach developed in the ORNL Fusion Power Demonstration Study is reviewed. The design c...
In order for fusion power to be widely accepted in the next century, it should offer advantages comp...
This study examines the potential range of electric power costs for some major alternatives to fusio...
This study reports the impact of plasma operating characteristics, engineering options, and technolo...
From a discussion of fusion reactor designs based on today's well-established experience gained...
Driven from investments toward net zero transition global interest in fusion energy is growing. This...
As one alternative source of energy for the future, fusion power will be required to demonstrate tha...
The physical properties of nuclear fusion reactions govern the fuel choice and the selection of the ...
Toroidal magnetic systems present the best opportunity to make a commercial fusion power plant. They...
From a discussion of fusion reactor designs based on today\u27s well-established experience gained i...
DEMO will be a fusion power plant demonstrating the integration into the grid architecture of an ele...
An almost primordial trend in the conversion and use of energy is an increased complexity and cost o...
Through its successful operation, the US Fusion Demo must be sufficiently convincing that a utility ...
The technical and economic merits of a committed fusion site for development of tokamak, mirror, and...
The EUROfusion roadmap for fusion research was recently updated, and it describes a clear set of mis...
The design approach developed in the ORNL Fusion Power Demonstration Study is reviewed. The design c...
In order for fusion power to be widely accepted in the next century, it should offer advantages comp...
This study examines the potential range of electric power costs for some major alternatives to fusio...
This study reports the impact of plasma operating characteristics, engineering options, and technolo...
From a discussion of fusion reactor designs based on today's well-established experience gained...
Driven from investments toward net zero transition global interest in fusion energy is growing. This...
As one alternative source of energy for the future, fusion power will be required to demonstrate tha...
The physical properties of nuclear fusion reactions govern the fuel choice and the selection of the ...
Toroidal magnetic systems present the best opportunity to make a commercial fusion power plant. They...
From a discussion of fusion reactor designs based on today\u27s well-established experience gained i...
DEMO will be a fusion power plant demonstrating the integration into the grid architecture of an ele...
An almost primordial trend in the conversion and use of energy is an increased complexity and cost o...
Through its successful operation, the US Fusion Demo must be sufficiently convincing that a utility ...
The technical and economic merits of a committed fusion site for development of tokamak, mirror, and...
The EUROfusion roadmap for fusion research was recently updated, and it describes a clear set of mis...
The design approach developed in the ORNL Fusion Power Demonstration Study is reviewed. The design c...
In order for fusion power to be widely accepted in the next century, it should offer advantages comp...
This study examines the potential range of electric power costs for some major alternatives to fusio...