Renewable Energy Gaining Market Share in Europe
Sep 07 - Oil & Gas Journal
Europe is well on its way toward achieving its pledged target of having nearly 22% of its entire energy supply in renewable energy sources by the end of this decade said Palo Alto, Calif.-based Frost & Sullivan analyst Vijay Shankar Murthy in a recent Technical Insights paper. Accelerated research is the key.
Accelerated research efforts also are in full swing to tap energy from
relatively unexplored sectors such as wave, geothermal, and biomass energy
sources, all of which, combined, could result in the likelihood of reducing
Europe's dependence on oil imports from the Middle East and North Africa and
enable member states' adherence to the Kyoto Protocol on climate change.
Solar power
The use of nanomaterials in the manufacture of photovoltaic cells along with
the results of other research efforts in the past few years has greatly
increased the efficiency of solar cells. "Nanomaterials hold the key to the
research efforts of the Energy Research Centre in the Netherlands toward
developing solar cells that could yield energy efficiency as great as 21%,"
Shankar Murthy said.
The positive market demand for photovoltaic cells in Europe, in fact, has
spurred Europe's largest manufacturer of photovoltaic cells to increase its
production and expand the range of silicon wafers, solar cells, and modules it
produces. RWE Schott Solar, Alzenau, Germany, is investing 40 million euros to
expand capacity, with its partner companies, to some 100 Mw from 40 Mw by the
first of 2005.
Wind vs. wave power
Continuing research in the wind power sector, a prominent renewable energy
technology in Europe, has led to the development of the V90 next-generation wind
turbine developed by Danish firm Vestas Wind Systems AS. "V90 promises to
be high on both capacity and efficiency," Shankar Murthy said.
Similarly, the successful testing of TiDel, a wave energy device developed by
Aberdeen-based SMD Hydrovision, has given the emerging wave energy sector a
boost. Once commercialized, TiDel likely will compete head-on with wind energy
devices for cost-effective electricity production. "Because the ocean is a
huge source for renewable energy, TiDel is expected to intensify competition
among participants in the renewable energy space," said Shankar Murthy.
Geothermal energy is another relatively unexplored renewable energy source
that has been receiving greater attention lately. Sponsors of the hot Dry Rock
project, a research and development initiative at Soultz, France, are making
concerted efforts to tap energy from aquifers present in the earth's crust.
Hydrogen initiatives
Fuel cell technologies are currently in vogue in Europe, although fuel cells
that use hydrogen as a fuel are "less efficient in storing hydrogen,"
the analyst said, and do not live up to operating expectations in desired
temperatures. In addition, the cost remains too high to replace gasoline as a
transport fuel.
Nevertheless, research is continuing in this area, and the Clean Urban
Transport for Europe project-a joint effort of Dutch public transport company
GVB and Shell Hydrogen, both of Amsterdam-was recently launched to evaluate the
day-to-day viability of operating fuel cell buses in varying conditions across
nine European cities.
Shell Hydrogen, which has been developing its hydrogen and fuel cell
businesses since 1999, has fuel cell demonstration projects in each of its major
hydrogen markets: Japan (Tokyo), North America (Washington, DC) and Europe
(Amsterdam, Luxembourg, and Reykjavik). Shell Hydrogen CEO Jeremy Bentham last
month in Japan revealed the company's new concept of "Mininetworks"-100-vehicle
fleets with 4-6 service stations and multiple vehicle manufacturers-as a guide
to the initial development of a hydrogen market.
"With all these ongoing [alternative energy] projects, along with some
organized financial backup by the EU, renewables will become a far more dominant
force than it has been," concluded Shankar Murthy.
Copyright PennWell Publishing Company Aug 16, 2004