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Stages/Activities
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Deadline
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2017 Stage I: Advanced documentation on the current
state of the art for pseudo-satellite power sources.
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15.12.2017
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I.1. Advanced
documentation on the integration of energy systems for pseudosatellites
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I.2. Advanced
documentation on the implementation of pseudo-satellite fuel cells
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I.3. Advanced
documentation on the implementation of photovoltaic panels on
pseudo-satellites
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I.4. Critical
analysis of the architectural possibilities of the power source; defining
performance criteria; choosing the right one
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I.5. Define
parameters and performance for the power source experimental model
(reference development)
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2018 Stage II: Elaboration of numerical simulation
models. Design and realization of experimental model.
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30.09.2018
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II.1. Development
of theoretical models and numerical simulations for fuel cell and electrolyzer
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II.2. Development of
theoretical models and numerical simulations for the photovoltaic source
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II.3. Development
of theoretical models and numerical simulations for the conversion and
power management system
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II.4.
Integration of simulation models
of experimental model components
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II.5. Fuel cell and electrolyzer
system design
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II.6.
Fuel system and electrolyzer realization
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II.7.
Photovoltaic system design
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II.8.
Realization of photovoltaic
system
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II.9. Design of conversion systems
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II.10.
Implementation of conversion
systems
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II.11.
Design of power management
systems
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II.12.
Implementation of power
management systems
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2018 Stage III: P.I.F. and testing experimental
hybrid power source model for pseudo-satellites.
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15.12.2018
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III.1. P.I.F and fuel cell and electrolyzer system testing
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III.2. P.I.F.
and photovoltaic system testing
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III.3. P.I.F.
and testing conversion systems
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III.4. P.I.F.
and power management system testing
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III.5. P.I.F.
and test system experimental model of the power source; demonstrating the
utility of the developed technical solution
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