This
is CFCL’s second international contract to provide fuel cell units to energy
utilities for field trials, following its contract with Powerco in New
Zealand. The purpose of these field trials is to evaluate and test the
performance and reliability of CFCL’s fuel cell technology and micro-CHP
unit (small combined heat and power generator).
This contract with EWE is particularly
significant as CFCL sees Europe, and especially Germany, as its target
market for future volume production and sales. The EWE Group is the 5th
largest utility in Germany, with annual sales of €6.1 billion, 5,200
staff, over one million electricity customers and 750,000 natural gas customers.
The contract follows a recent visit
by senior managers of EWE to CFCL’s head office in Australia to inspect
CFCL’s extensive research and manufacturing facilities and demonstration
fuel cell units.
CFCL’s CEO Brendan Dow stated ‘EWE
is an excellent partner and customer for these field trials, not only for
their established and strong position in the German energy industry, but
also because of their integrated business structure and investment in new
energy solutions.’
EWE is intensively involved in renewables,
fuel cell technology, direct heat supply and distributed energy management.
In its 2004 Annual Report EWE writes that they are working ‘closely with
national research initiatives and industry in getting stationary distributed
fuel-cell generation systems to the market-ready stage within the next
few years.’1 CFCL is pleased to be included in this program.
Brendan Dow said ‘Up until now EWE
has worked with two European fuel cell developers, Sulzer-Hexis and Vaillant.
Now EWE will add CFCL’s fuel cell system in a micro-CHP unit to their evaluation
and development program. CFCL is pleased to become part of this select
international team.’
EWE is intent on finding a fuel cell
design that is suited to ‘economically-viable serial production systems
for environmentally-friendly turnkey co-generation plants’.2 CFCL aims
to meet these requirements through its flat plate fuel cell design.
CEO Brendan Dow concluded “The successful
negotiation of this field trial contract has largely been due to the establishment
of our European subsidiary in August 2004. Through this office we have
been able to foster relationships with important energy market players
such as EWE. We were very pleased to welcome EWE to our Australian facilities
and look forward to proving ourselves to be competitive with the best in
Europe.”
EWE is a multi-service energy company
with core businesses of natural gas, electricity and environmental technology,
gas transport and trade. Recently EWE expanded into telecommunications
and IT. EWE now ranks as one of Germany’s leading energy service providers,
with customers mainly in Lower Saxony. With recent acquisitions and controlling
interests EWE is expanding into all parts of the energy value chain. EWE
sees CFCL’s natural gas fuel cell electricity generator within a micro-CHP
as a good fit with their business (gas, electricity, heat and telecommunications)
and future priorities.
CFCL expects to generate revenue
from the field trial contract from the December 2005 quarter onwards. The
parties have agreed to keep the commercial terms of the deal confidential.
This is the first of CFCL’s European field trials. CFCL looks forward to
announcing
further field trials in the future.
Ceramic Fuel Cells Ltd (CFCL) is
a publicly listed company (ASX code CFU) and world leader in development
of energy fuel cells using natural gas. CFCL’s fuel cells have potential
to meet significant market demand in Europe, UK and Asia for clean, efficient,
green and reliable electricity for use on site and sale back into the power
grid. With 100 skilled staff and extensive patented technology, CFCL is
pursuing partnerships for manufacture, production and use of its fuel cells
in delivering electricity in homes, offices and industry around the world.
Contact:
Helen Millicer, Investor and Public
Relations Manager
Ceramic Fuel Cells Limited
+61 (0)413 875 872, helenm@cfcl.com.au
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