solar power satellite geo
DESCRIPTION
A 10,000 MW Solar Power Satellite that is launched by the ETDHLRLV described earlier. The satellite feeds 1.25 MW to 8,000 ground stations simultaneously. Energy sold at $0.043 per kWh generates $300 million per month for each station. Four stations, including a fleet of launchers, is built and placed on orbit in five years for $14.4 billion. (less than the cost of developing a major field like Sakhalin Island.) The revenue earned by four satellites within five years is $1.2 billion per month!!! $14.4 billion per year revenue, creating a tremendous net present value of $188.4 billion when discounted at 6.5% over 30 years . With 32,000 ground stations, each ground station contributes $450,000 toward satellite operations and receives energy worth $5.87 million the day it is switched on. 45% of the revenue sold today for $450,000 provides a 40% annual compounded rate of return to investors that can be multiplied further by segmenting the payments into five payments of $90,000 each. There are several open issues of a technical nature that must be addressed. These all relate to the ASIC MEMS that is the heart of this system. These are all addressed for $32 million. Or, $1,000 per ground station.So, a finance program is rather simple. It relates to a collection of thirty-two thousand ground stations that is 1.25 MW each. It starts out as; (1) $1,000 per ground station - 9 months - ASIC MEMS (2) $90,000 per ground station - 12 months - Construction (3) $90,000 per ground station - 24 months - Construction (4) $90,000 per ground station - 36 months - Construction (5) $90,000 per ground station - 48 months - Construction (6) $90,000 per ground station - 60 months - Operation (7) $2,420,208 received per ground station - revenue soldThis provide $32 million to do ASIC MEMS proof of concept, and success there results in a $2.88 billion per year commitment from 32,000 ground stations - to support the development of (a) Four satellites to feed the ground stations (b) A fleet of Heavy Lift RLVs to place the satellitesTRANSCRIPT
Secondary
Primary
CPV/Emitter
5250 meters
880 meters
125 meters
IR Laser
Condensed
Sunlight
Ambient Sunlight
Emitter
Detail
300 mm
5,400 Wafers
63 Rings - Self Assembled
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SOLAR POWER SATELLITE
Condensed
Sunlight
Recycled
Photons
Band gap
Matched
Photons
IR Laser
Emitter
ARES
(for scale)
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SiliconFoundry
WaferFab
OpticalFab
OpticalAssembly
MetalFab
EquipmentAssembly
MEMS Components
Satellites
Receivers
Launcher Components
Ground Stations
Maineville Facility 200,000 sf
Springfield Facility 350,000 sf
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CAPABILITIES
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TRW Micro-thruster array - In 1997
DARPA awarded a $3.5-million contract toTRW, the Aerospace Corporation and California Institute of Technology to come up with a prototype MEMS based propulsion s y s t e m f o r s p a c e a p p l i c a t i o n s . Micropropulsion takes advantage of the ability of silicon fabrication methods to produce lots of little devices at once.
Advanced Micro-Cavity - With advanced
electron source provide a means to create
ultra-short-wave (infra-red) magnetron cavities
that together with SASE produce high
efficiency IR-laser emitters. A free-electron
laser, or FEL, is a laser that shares the same properties as conventional lasers but which uses a relativistic electron beam as the lasing medium which moves freely through a magnetic structure. The free-electron laser has the widest frequency range of any laser type, and can be wide ly tunable , ranging microwaves through X-ray at very high power.
Emerald Nano-Satellite Array - The
University Nanosat Program, a satellite design and fabrication competition for universities jointly administered by AFOSR, AFRL, AIAA and the Space Development Test Wing also managed by the AFRL Space Vehicles Directorate's Spacecraft Technology division. This creates fully functioning sub-kilogram spacecraft systems.
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MEMS CAPABILITIES
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Springfield Facility
OPTICS
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Maineville Facility
WAFER FAB
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MOKENERGY
Maineville Facility
CAPABLITIES
MOKENERGY’s Maineville Wafer facility has 47 CZ-Pullers with an ability to do over 200,000 wafer starts per month. We have the ability to use a variety of chemistries and perform over 255 customized processes and develop more.
MOKENERGY COPYRIGHT © 2010