Space Architecture
This is the fifth in a series of Space Architecture related design studios. The focus is to allow architecture students to make contributions to the conceptual design for Space Solar Power habitation. SBSP gathers energy from sunlight in space and transmits it wirelessly to Earth. Space solar power can solve our energy and greenhouse gas emissions problems. Not just help, not just take a step in the right direction, but solve.
Sunday, March 4, 2012
Friday, February 10, 2012
Station Extension
PHASE I
Initial Spire
PHASE II
Extensions are constructed with outer Fabrication Facilities
PHASE III
Fabrication Facilites Expand
PHASE IV
Robotics Wing w/ docking terminal added to Fabrication Facilites
PHASE V
Bridging of Fabrication Nodes
PHASE VI
Habitation, Hydroponics, Research, Life Support
PHASE VII
Construction of Interior Solar Array
CROSS SECTION
-Habitation/Hydroponics
Wednesday, February 8, 2012
Providing Necessary Space
In order to efficiently construct the massive array of solar reflectors we needed to slightly alter our fabrication facilities and how they perform as a whole. Phasing strategies needed to be reevaluated in order to have enough room for fabrication of each modular component as a whole.
PHASE I
In order to have enough fabrication space to construct modules for the outer station fabrication facilities must be extended to the desired radius of the outer ring.
PHASE II
These new facilites will then construct components necessary to house larger fabrication. They will continue to expand until the largest member of the structure is able to be constructed within its envelope.
PHASE III
Modules then extend in each direction from the fabrication facilites until they meet and connect forming a completed outer station.
Transport rails surround the exterior allowing robotic equipment access to the exterior of the station to make any repairs or continue construction.
PHASE IV
Construction of the inner solar harvesting panels will provide the station with enough energy for the crew to perform daily tasks more easily and to offset the energy needed to construct the solar reflecting panels that span 4 kilometers in diameter.
PHASE V
Once the solar reflector assembly is complete the station has completed its mission in making it possible to allow for high capacity energy beaming to Earth's surface for grid usage.
After the structure is self sustaining in harvesting solar energy the Outer Station ring departs from the Inner Spire to travel to new coordinates and begin construction on another array. The Inner Spire is left with the assembly for routine maintanence and support.
Monday, February 6, 2012
Updated Staging
Stages of Construction:
-Station Spire Construction w/ Inner Ring
-Fabrication Facility Construction
-Colony Ring Construction
-Reflector Array Construction
-Departure of Colony Ring [Reflector Array & Station Spire Remain]
Subscribe to:
Posts (Atom)