Off-world Power Generation Components
Each component will have a reference implementation with a black box efficiency and cost rating.
- Any efficiency improvement of at least 2% with no more than a 10% cost increase will automatically qualify to be the new reference standard.
- Any cost reduction of at least 0.5% with no loss in efficiency will automatically qualify to be the new reference standard.
- Higher-cost efficiency improvements will be accepted for review by the board, who will consider the cost impact on the success of the project.
- Lower-cost improvements that result in a "statistically insignificant" efficiency loss will be accepted for review by the board.
- | Description | Reference implementation | Efficiency | Cost |
---|---|---|---|---|
Off-world solar collection | Reference implementation: Lab 1 | Efficiency (W/kg): TBD | Cost ($/W): TBD | |
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Off-world solar collection
Reference implementation
- Description: TBD
- Efficiency (W/kg): TBD
- Cost ($/W): TBD
Off-world solar storage
Reference implementation
- Description: TBD
- Efficiency (Wh/kg): TBD
- Cost ($/Wh): TBD
Off-world solar transmission
Requirements
- Transmission/receiver handshake
- for precision aiming
- for safety; power laser cutoff within 5 seconds when transmission line of sight is blocked
- Cyber-security best practices
Reference implementation
- Description: TBD
- Efficiency (Wh %): TBD
- Cost ($/Wh): TBD
Earthbound solar collection
Reference implementation
- Description: TBD
- Efficiency (Wh %): TBD
- Cost ($/Wh): TBD
Earthbound solar distribution
Reference implementation
- Description: TBD
- Efficiency (Wh*km): TBD
- Cost ($/Wh*km): TBD
Launch of off-world gear
Reference implementation
- Description: TBD
- Efficiency (Wh*km): TBD
- Cost ($/Wh*km): TBD
Robotic self-assembly of off-world gear
Requirements
- Establishment of orbit and assembly of initial gear
- Orbital delivery and assembly of supplemental gear
Reference implementation
- Description: TBD
- Cost ($/kg): TBD