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Market Potential Analysis
The H-SAPS project was finalised during
the spring of 2004. The project resulted in six reports on the "Potential
for introducing hydrogen technology in stand-alone power systems (SAPS)
based on renewable energy". The reports are
to some extent interlinked through a report
structure. In order to be able to relate the different report, it
may also be useful to have a look at the project
methodology. The reports may be downloaded
from the list below:
(1)
"HSAPS final report.pdf"
(size: 850 kB)
(2) "HSAPS
Policies and recommendations report.pdf" (size: 470 kB)
(3) "HSAPS Technology
report.pdf" (size: 1.6 mB)
(4) "HSAPS
Market potential report.pdf" (size: 2.1 mB)
(5) "HSAPS
Environment & RE utilisation report.pdf" (size: 800 kB)
(6) "HSAPS
demonstration project plan.pdf" (size: 680 kB)
A brief description of the contents of each
report and a link to the pdf downloadable versions are given below.
A five page publishable
summary is also available.
Final Report
The final report gives a summary of the H-SAPS project. The report
summarises the market potential evaluation of hydrogen technology in SAPS
in Europe based on an evaluation of hydrogen technology, the supply and
demand side of the market, external factors influencing the market, the
environment and RE utilisation effects and policies and recommendations.
Download report: "HSAPS
final report.pdf" (size: 850 kB)
Policies and recommendations
The "Policies and recomendations" report builds on
the findings in the avaluation of the market, technology and environment
and RE utilisation. The recommendations are mostly directed towards action
by governments and the research community but also industry involvement
is identified. The recommendations include targeted marked research, establishment
of individual cost targets, regulatory changes to facilitate alternative
grid solutions, information and capacity building, focused technology
research, bridging the technology gaps and development of a CEN standard
for SAPS.
Download report: "HSAPS
Policies and recommendations report.pdf" (size: 470 kB)
Hydrogen technology
Hydrogen Stand-Alone Power Systems deal with technology for
production, storage and consumption of hydrogen. In addition, challenges
connected to auxilary equipment like e.g control systems, power conditioning
and high pressure valves is important to overcome. Another barrier for
the introduction of hydrogen technology is the component costs. In this
report, the technical potential for hydrogen in SAPS is evaluated through
and assessment of existing H-SAPS demonstrators, technology status and
costs of hydrogen technology components and a simulation study of five
existing SAPS made H-SAPS.
Download report: "HSAPS
Technology report.pdf" (size: 1.6 mB)
Market potential
The market potential of hydrogen technology in SAPS is investigated
through dividing the marked into suuply and demand side. A methodology
for taking into account the effect of external factors such as energy
mix, general political climate for RE, subsidies and fiscal measures for
RE, etc. is also given.
Download report:"HSAPS
Market potential report.pdf" (size: 2.1 mB)
Environment and RE utilisation
This report addresses the technical challenges and opportunities for hydrogen
technology as a renewable energy enabler in SAPS and then goes on to describe
the potential impact of hydrogen technology in SAPS on the RE utilisation
and environment in Europe.
Download report: "HSAPS
Environment & RE utilisation report.pdf" (size: 800 kB)
Demonstration project plan
This report puts forward two stand-alone power systems to be considered
to become H-SAPS demonstration projects. The two systems were selected
from the five case studies carried out during the H-SAPS project, details
of which can be found in the technology evaluation report. The objectives
of implementing an H-SAPS demonstration system and the rationale behind
the choice of these two systems in particular is discussed and a generic
project plan for how to implement these demonstration projects is put
forward
Download report: "HSAPS
demonstration project plan.pdf" (size: 680 kB)
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