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1
Introduction
2
Collaborators
3
Rick Smalley
4
Solar Energy
5
Current Technology
6
Cost
7
Value chain
8
Cost reduction
9
Solar energy from space
10
Moon benefits
11
Raw materials
12
Vacuum environment
13
Solar cells on the moon
14
Abundances on the surface
15
Silicon
16
Solar Cells
17
Substrate
18
Regulus
19
Antireflection layer
20
Cell paver
21
Parabolic collectors
22
Solar arrays
23
Melting the lunar regolith
24
How does the crawler move
25
Increasing the number of cells
26
Cost to the moon
27
Solar cell efficiency
28
Selfpaper solar cells
29
Costs
30
Power Beaming
31
Secret Transmission
32
High Orbits
33
Challenges
34
Making the Solar Cells
35
MicroCrystal Silicon
36
Crystalline Silicon
37
Challenges Advantages
38
Materials Availability
39
World Reserves
40
Known Reserves
41
Lunar Power Satellite
42
Material Availability Challenge
Description:
Explore the potential of lunar-based solar energy production in this comprehensive lecture. Delve into the fabrication of thin film solar cells on the Moon's surface, examining the advantages of lunar resources and environmental conditions. Learn about current solar technology, cost reduction strategies, and the benefits of space-based solar power. Discover the process of creating solar cells using lunar materials, including silicon extraction, substrate formation, and array construction. Investigate the challenges and advantages of lunar solar cell production, material availability, and the concept of lunar power satellites. Gain insights into innovative technologies like self-paper solar cells and power beaming. Analyze the economic feasibility and potential impact of this groundbreaking approach to sustainable energy generation.

The Fabrication of Thin Film Solar Cells on the Surface of the Moon

University of Houston-Clear Lake
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