The Challenge 2008 Plan, a five-year plan conceived in 2003 by the
executive branch of Taiwan’s government, outlined ten national projects to
pace the country’s manufacturing and service sectors for the next few
decades. One of the ten national projects focuses on developing an
indigenous green energy platform. The goal of the project is to generate
10 percent of Taiwan’s total energy needs through renewable resources,
such as solar power or wind power.
Already the shift to a "Green Silicon Island" is underway. Off the
coast of Taiwan, the Penghu Islands are constructing vast wind farms to
harvest renewable energy. The Penghu County Government, in cooperation
with the Taiwan Power Company (Taipower), has started building large
electricity-generating wind turbines off the northern coast of the
islands.
According to Tung-Lin Hung, Director, Tourism Department, Penghu County
Government, "Penghu is situated in an ideal spot for
electricity-generating windmills, as crosswinds come through the islands
during the winter season." Hung indicated that Taipower has moved quickly
to take advantage of this natural resource, having already set up eight
wind turbines on the island through cooperation with other international
manufacturers, including General Electric.
According to the ten-year project, Taipower will construct an
additional six turbines by the end of 2006, bringing the total number up
to fourteen. At the end of the project in 2015, Taipower will have built
231 wind turbines around the Penghu Islands – 55 of which will be situated
on land, while another 178 will be located offshore.
Other manufacturers in Taiwan are focusing on renewable energies that
every consumer can carry. Fuel cell technology looks to eliminate the
battery as we know it today and replace it with "fuel cells," clusters of
energy-creating packs that are driven through environmentally friendly
materials.
Antig Corp., headquartered in Taipei, is one such manufacturer,
producing direct methanol fuel cells (DMFCs) that convert methanol into
energy, with the only by-product being water. The methanol can then be
refilled or the empty container thrown out with no harmful effects to the
environment.
Antig has created a unique solution by breaking its methanol fuel cells
down into components. This flexible architecture allows users to extend
their batteries depending on the usage – ranging from portable devices, to
larger items such as notebooks, and even potentially to home generators.
Antig is not alone in its endeavors. Taiwan-based Asia Pacific Fuel
Cell Technologies (APFCT) is building its own series of fuel cell
technologies, albeit for much larger platforms. APFCT has created its own
layered fuel cell stacks that can power much larger devices, ranging from
personal transportation devices to larger vehicles and power generators.
APFCT fuel cells also differ in their technology, using metal hydride
hydrogen storage as a means of generating energy.
Hydrogen conversion provides more energy in a smaller device size, but
faces restrictions due to its volatility. However, APFCT has found a
solution in its metal hydride casing, as chemical reactions release the
hydrogen in a safe manner, converting it to energy.
Metal hydride has been pronounced as safe by the US Department of
Energy, and is currently the preferred method employed for hydrogen
transport in the US. Additionally, the metal hydride solution stores 10
times more hydrogen than compressed gaseous hydrogen.
Bringing products to market has been a difficulty for many fuel cell
companies, yet, APFCT already offers its own electric scooters, the Zero
Emission Scooter. The 5th generation scooter, the ZES IV.5, has a maximum
speed of 52 km/hour, and can drive a distance of 60 km at speeds of 30
km/hr.
On the Web (links open in a new window):
Government of Taiwan

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