Final Results
Embargoed Release: 07:00hrs Monday 31 March 2008
Zenergy Power plc
(`Zenergy' or the `Group')
Preliminary Results for the Year Ended 31 December 2007
(`the Period')
Highlights
* World's first ever commercial sale of an industrial scale High Temperature
Superconductor (`HTS') device to be delivered in 2008;
* Establishment of 5-year exclusive collaboration agreement with Converteam
SAS (`Converteam') for the exploitation of commercial opportunities within
global renewable energy generation markets;
* Initiation of E.ON AG project to develop and install world's first HTS
hydro-generator into a commercial hydro-dam;
* Establishment of 5-year exclusive collaboration agreement with ThyssenKrupp
GmbH (`ThyssenKrupp') for the development of 2G wire materials;
* Award of US$500,000 grant from California Energy Commission (`CEC') for the
development, testing and installation of a medium-voltage Fault Current
Limiter (`FCL') - a highly specialised national electricity grid stability
device;
* Award of US$11,000,000 grant from US Department of Energy for the
development, testing and installation of a high-voltage FCL;
* Successful completion of the construction and testing of our proprietary
medium-voltage FCL;
* Successful production of 10m length of 2G wire using the Group's
proprietary and unique `all-chemical' deposition low-cost mass production
techniques; and
* Raising of £16,000,000 through two institutional placings.
Since period end
* Commercial upgrade of HTS hydro-generator project requested by E.ON AG;
* Second commercial order of industrial scale HTS induction heater;
* Contract awarded for Homeland Security project named Hydra for the
provision of technical analysis detailing how the Group's HTS FCL would
perform inside the New York power grid operated by Consolidated Edison Inc.
(`ConEd'); and
* Grant of two core patents in relation to proprietary low cost 2G wire
program.
Further information:
Dr. Jens Müller Zenergy Power Plc + 49 22 26 90 60
200
Andrew Tan Hansard Group + 44 207 245 1100
Tom Hulme Landsbanki Securities + 44 207 426 9000
(UK) Limited
Chairman's Statement
It is with great pleasure that I report on the Group's first full year since
its admission to trading in August 2006. Across all of our business divisions
we accelerated towards our goal of commercialising the incredible electrical
properties of our core HTS technology. The many years of investment,
development and industry relationship building that pre-date our listing are
fast reaching fruition through a growing number of highly progressive and
demanding commercial arrangements, which themselves are fostering further
opportunities for the Group.
Zenergy's business proposition is an ambitious one; and I have never been more
confident of our ability to execute it. Our global target markets are huge,
growing and very real. Throughout the Period we experienced a ubiquitous and
growing level of interest for our technology and products, as the issue of
energy efficiency continued to become one of great concern for a growing number
of multi-national industrial corporations, governments, policy makers and
individuals alike. Our products are designed to address many of the economic
and environmental requirements of these end-users who operate in a growing
number industrial and public service areas. Thus, we work closely with a
variety of prominent and influential market participants who are enthusiastic
to convert our technology, expertise and products into highly progressive
business collaborations resulting in growing commercial orders and sizable
government grants.
During the Period we enjoyed a continual stream of successes across all of our
product development and industrialisation activities, dominated by the world's
first ever commercial sale, in September of 2007, of an industrial scale HTS
metal billet heater to be delivered in 2008. This was a watershed achievement
for both Zenergy and the HTS industry as a whole, particularly when we consider
that HTS materials were first discovered in 1987.
Our accomplishments in 2007 allow us to look to 2008 and beyond with enthusiasm
and confidence. These have bolstered the forward momentum of our business and
are a harbinger for greater successes in 2008, which we enter with a clear
understanding of the challenges faced to complete our commercialisation
strategy. I am confident that all of Zenergy's operations are appropriately
aligned within their target markets and are more than capable of capitalising
on the successes realised to date.
Overview - Group structure, geography and products
It is to be recalled that Zenergy was created by the opportunistic
consolidation of three pioneers in the field of high-temperature
superconductivity; Germany based Trithor GmbH (`Trithor'), SC Power Systems,
Inc. (`SC Power') in the USA and Australian Superconductors Pty Limited
(`Australian Superconductors'). This amalgamation was achieved with great
success and with a level of harmonious efficiency only conferred in instances
where the merging assets are highly complementary and the end market
opportunities so sizable. As a result, the Group owns and employs a powerful
portfolio of proprietary patents for HTS materials and is poised to
expeditiously commercialise a number of ground-breaking energy products into a
variety of global markets. It is pertinent to look in greater detail at the
technical appeal, market potential and progression to commercialisation of
these products to better appreciate the Group's growth trajectory:
HTS Induction Heater
Induction heaters are used globally in the metal industry to heat and soften
large quantities of metal bulk in order for the metal to be manipulated and
shaped. Induction heaters consume massive amounts of electricity: between 1%
and 5% of the total annual electricity consumed in industrialised countries is
directly attributable to the operation of heating equipment in the metals
industry. In conjunction with Bültmann GmbH, Zenergy designed and developed a
new generation of induction heater powered by our core HTS technology. Our HTS
induction heater not only dramatically reduces the amount of energy consumed in
heating large quantities of metal bulk, but also delivers superior heating
performance, resulting in improved heat distribution and shortened heating
times.
The HTS induction heater's first major development milestone took place in
2007, when we successfully completed the construction and testing of our first
machine, which heated aluminium metal billets. As anticipated, the HTS
induction heater operated with energy efficiency levels of over 90% compared to
conventional induction heaters, which operate normally at significantly lower
efficiency levels of between 35% and 45%. This means that our HTS induction
heater enables its users to reduce both the huge cost associated with
industrial heating processes and also the sizable carbon footprint created by
the use of conventional equipment. These two features have a resounding
resonance within our target markets.
In September 2007, a mere four months after the completion of the testing of
our first HTS induction heater, we contracted the first commercial order
thereof with the Germany based aluminium producer, Weser Alu GmbH. This was
quickly followed by the Group receiving a fully-funded contract to design an
upgrade to the original machine to ascertain its suitability to also undertake
large-scale, volume intensive industrial heating of a range of copper and
copper alloy metal billets. This design upgrade was recently and successfully
completed, enabling us to complete a further commercial order of another
industrial scale machine to a multi-billion euro global metals producer.
The Group estimates the current addressable market for its induction heaters at
c. €2 billion per annum. There are currently no HTS competitors to the Group in
this market.
Renewable Energy Generators
In 2007 Zenergy entered into a 5-year exclusive collaboration agreement with
Converteam SAS (formerly Alstom Power) to jointly develop, manufacture, market
and sell a range of next-generation, highly efficient HTS generators into the
global wind and small hydropower markets. Contemporaneously, as Zenergy was
made the exclusive supplier for HTS wires and coils for all of Converteam's
commercial activities in these areas, we secured a substantial channel to
market for our renewable energy products.
During the Period, our HTS technology was successfully evaluated by Converteam,
who, after extensive testing, qualified it for use in their commercial scale
wind power generators. Converteam also reported electrical performance,
capacity and efficiency levels in excess of their expectations.
Zenergy and Converteam have also been commissioned to enter into a development
project to deliver and install the world's first hydro-generator powered by HTS
components into the commercial hydro-dam of E.ON AG based in Bavaria, Germany.
This HTS generator, which is being part funded by the European Commission, will
enable the production of hydro-electricity with efficiency levels of greater
than 98%: a significant improvement to levels achievable with conventional
hydro-generator technologies employing copper coils. This project requires the
Group to demonstrate that its technology is suitably engineered to meet the
operational demands of major national utility companies. Accordingly, our
technology was subjected to extensive electrical stability analysis to ensure
compliance with stringent electricity grid codes. These rigorous compliance
requirements were performed by Kema Nederland B.V. (`Kema'), an independent
specialist organisation who provide high-grade technical consultancy with a
world-wide reputation for its KEMA-KEUR certification for industrial electrical
equipment.
The E.ON AG project is of particular significance to the Group. Hydropower is
currently the largest and most mature source of renewable energy, contributing
to the production of about 19% of electricity worldwide. This is estimated to
represent an equivalent saving of some 808 million tonnes of CO2 emissions
yearly. By extrapolation, it is estimated that retrofitting conventional
copper-based generators with HTS machines would enable the generation of a
further 14GW of electricity `for free' (and without any further environmental
impact) from existing hydro-dam structures. In simple terms, this saving is the
equivalent to the energy produced by approximately 40 conventional power
stations: hence this change alone would represent a massive contribution to the
Kyoto-protocol targets.
Following Kema's successful performance evaluation, the Group received
notification from E.ON AG requesting that the HTS generator be upgraded on full
commercial terms to increase the size of the ground-breaking machine from
1.25MW to 1.7MW. Significantly, E.ON AG also decided to promote the upgraded
HTS generator to be the 'pole position' generator at the hydropower station.
Consequently, the generator will be responsible not just for additional power
during peak usage but for the provision of the ongoing 'base load' supply of
electrical power to over 3,000 homes in the local area.
As Germany's largest producer of hydro-electric power, E.ON-WK currently
produces more than 10bn KW hours of hydro-electric power per annum from their
2.7GW installed hydro plants.
During the Period, Zenergy and Converteam continued work on their wind-power
collaboration to manufacture highly compact, lightweight and efficient wind
power generators which are expected to be capable of reducing the cost of
generating offshore wind power by 25%. Substantial progress occurred throughout
the year in developing systems and components expertise and the collaboration
continued to enjoy significant engineering success in relation to the
integration of HTS components within wind power generators. During the course
of the year Converteam placed commercial orders with the Group worth in excess
of €0.9million for delivery in 2008.
Currently, Converteam are leading a UK Department of Business, Enterprise and
Regulatory Reform project to develop an 8MW direct-drive wind power generator
powered by Zenergy's patented HTS materials and components. Our assessment of
the UK's commitment to the development of wind power was further bolstered by
the announcement made on 10 December 2007, by the UK Secretary of State for
Business, Enterprise and Regulatory Reform, John Hutton, highlighting the
Government's ambition to have installed offshore wind farms capable of
generating enough electricity to `power the equivalent of all the UK's homes'.
The Group estimates the current addressable market for its renewable energy
products at c. €2.6 billion per annum.
Fault Current Limiters
In response to a number of direct approaches from national utility companies,
Zenergy has, for a number of years been developing a patented industrial-scale
surge protector called an HTS Fault Current Limiter (`HTS FCL'). The HTS FCL is
specifically designed to protect electrical grid equipment from large scale
electrical power surges. Analogous to a computer network's `firewall',
Zenergy's HTS FCL is designed to absorb the huge amount of unwanted and highly
damaging electrical power generated by fault currents in national electricity
grids and thus prevent blackouts to downstream grid users. In doing this, the
HTS FCL not only protects electrical grid equipment from damaging power surges,
but also prevents the common knock-on effect associated with blackouts when the
failure of one part of the grid causes a contagious blackout in adjacent grids.
During 2007, Zenergy's HTS FCL was the subject of growing support and interest
from a number of United States government entities and utility companies alike.
The Board was further encouraged by a recent report to Congress from the
Department of Energy that stressed the importance of grid stability as a
Homeland Security measure. Following this, the Federal Energy Regulatory
Commission introduced a set of landmark mandatory and enforceable reliability
standards in relation to power grid operation. Unlike any previous mandates,
the new standards have been made enforceable by the imposition of both monetary
and non-monetary penalties on violating utility companies. The introduction of
these regulatory standards were particularly significant for the Group's FCL
commercialisation programme as utility companies in the U.S. are now obligated
to adhere to high technical and consistency standards of delivery which are
directly addressed by the Group's FCL device.
The Group also became engaged in two U.S. government funded projects for the
development, testing and grid installation of its FCL device. The first of
these involved a US$500,000 grant from the California Energy Commission to
install a medium-voltage HTS FCL into the Californian Electricity grid. This
was followed later in the year by a further US$11 million grant from the U.S.
Department of Energy to work with Los Alamos National Laboratory, Delta Star
Inc., Southern California Edison (California's largest utility) and the
Consolidated Edison Company of New York Inc. (a subsidiary of Consolidated
Edison Inc., one of the largest investor-owned energy companies in the US) to
develop and install a larger scale high-voltage version of the HTS FCL into the
U.S. electricity grid.
A major technical and significant milestone for the development of the Group's
FCL also took place in the year with the successful building and testing of a
medium-voltage HTS FCL. Testing of this device took place at the world class
facilities of Powertech Laboratories in Canada and was overseen by
representatives from a number of the largest utility companies in the United
States. In all tests, the device proved to be capable of instantaneously and
automatically responding to multiple surges in electrical power whilst
maintaining a continuous, uninterrupted and stable supply of electrical power
to `downstream' devices.
These substantial technical and engineering achievements give the Board
significant confidence that Zenergy will be the first company in the world to
successfully install an HTS FCL into a commercial grid within the United
States.
We estimate the global market for FCLs will be worth up to US$5bn per annum.
Different to any competitor, our saturated core FCL technology is inherently
failsafe and maintains power supply during faults, whilst also protecting
downstream equipment. We believe these attributes are critical requirements of
any utility company and competitive solutions, relying on resistive versions of
HTS FCL's require the grid to be shut down or the power supply to be actively
switched. Accordingly, neither alternative solution is capable of preventing
cotangent blackouts in adjacent grids.
2G Wire Development
Reducing the cost of and securing an adequate and sustainable supply of HTS
materials is key to ensuring that the industrialisation of HTS products is
maintainable. Whilst a number of companies are now engaged in the production of
cheaper HTS products, in an effort to lower our long-term production costs, we
continue to invest in the development of our own proprietary second generation
of HTS wire (`2G wire'), which we manufacture using a patented thin film
technology incorporating a unique `all-chemical' mass production technique.
This process and certain of the materials it employs make it considerably
cheaper than those utilised in existing 1G wire solutions. Accordingly, we
expect to be able to reduce the cost of our 2G wire to below that of copper. We
also believe our 2G wire production process enjoys a number of advantages over
alternative methods adopted by other industry participants.
2007 saw a number of achievements within our 2G programme, with the most
significant being the establishment of a 5-year exclusive agreement for the
development and supply of textured nickel tape with the industry's most
significant supplier, ThyssenKrupp, who are also the world's largest producer
of stainless steel tapes. As part of the agreement, ThyssenKrupp may not enter
into any supply or development arrangements with any other HTS industry
participant for the duration of the 5-year term. Textured nickel tape is a
delicate and key component used in the development and production of all 2G
materials. The Board believes this programme affords the Group a significant
competitive advantage in the development of 2G wire.
The Group also attained the significant technical milestone of producing a 10
metre length of its 2G wire using its low-cost `all-chemical' mass production
technique in December 2007.
Summary of Research Staff and our Patent Portfolio
Zenergy has a leading research and development team boasting more than 25
employees (2006:21) with PhDs or advanced degrees, based in three countries and
a patent portfolio comprising 24 patents (2006:18) and 56 patent applications
(2006:45) based on 35 patent families (2006:20).
Financing
With the consummation of two institutional placings in the Period, raising £
16,000,000 in total, I am pleased to report that the Group believes it will
have adequate cash resources to continue its ongoing technology investment,
enabling the development of its range of HTS products and to fund its corporate
development through to the point of generating significant commercial revenue
and positive operational cash flow in 2010.
2008 Commercialisation Roadmap
At this stage of the Group's development, the executive management deems it
appropriate, for the purposes of guidance, to outline to shareholders what we
envisage will be the most significant developments over the coming year for the
Group to successfully and timely exploit its commercial potential. The
following summarises management expectation of major progressive steps to be
achieved at this stage of the Group's commercialisation strategy to capitalise
on the many years of investment and product development that pre-date the
Group's admission to trading.
Whilst being within management timetables, the Board would like to remind
shareholders that each of these advancements represent significant challenges
to the relevant development or commercial team and their outlining in no way
represents guarantee of delivery within the aforementioned timeframes.
1) Induction Heater:
The landmark initial commercial sale in the Period marked the emergence of our
first fully developed industrial HTS product, and in 2008 we will look to build
our order book for the Group's HTS induction heater products; most
significantly we will aim to win new customers from a variety of geographical
locations securing the Group not only commercial revenues but also growing
acceptance of its ground-breaking technology.
2) Fault Current Limiter:
Further to the technical progress made in building and testing our
medium-voltage HTS FCL, we also received a significant amount of government
support during the Period to progress and accelerate this technology; we are
accordingly on course to be the first ever company to install a full scale HTS
FCL into the U.S. power grid. Indeed, since the Period end we have been
contracted to deliver detailed technical analysis of our HTS FCL to
Consolidated Edison in New York for work being carried out on behalf of the
U.S. Department of Homeland Security.
In 2008 we expect to continue to build on the opportunities represented by our
involvement with the U.S. Department of Homeland Security and the U.S.
Department of Energy and most significantly expect to deliver a fully developed
medium-voltage HTS FCL to Southern Californian Edison for installation into the
U.S. power grid.
3) Renewable energy:
During 2008 we expect to further our work with Converteam in developing a range
of highly efficient renewable power generators; this will include our
ground-breaking hydro project with E.ON AG, as well as the development work
being carried out within the UK Department for Business, Enterprise and
Regulatory Reform project. We expect to deliver to Converteam the first set of
full scale HTS coils which will be used to power their generators.
Outlook
Through-out 2007 and in the first few months of 2008, Zenergy has continued to
experience ever increasing levels of commercial interest in its technology and
products. Unlike many other companies in emerging technology markets we are
experiencing a growing level of commercial engagements and commitment from both
end-customers and government legislators.
We have developed our HTS offerings to directly address increasing demands of
society for technologies and products that improve the efficiency with which
electricity is created and used in a compelling and fundamental manner. The
considerable successes which we demonstrated in 2007 give us confidence that we
can deliver on our expectations for 2008 and beyond. We have identified a
sizable, clearly discernable and highly sustainable global market for our HTS
technology in general and our products in particular. As our end markets become
more transparent and immediate, the low level of existing competition and the
substantial barriers to entry, lead the Board to be highly confident of being
able to capture a significant portion of these potential markets.
The Period has been one of significant achievement for the Group which would
not have been possible without the complete dedication and commitment of all of
our employees. On behalf of the Board of Directors, I thank them sincerely for
their extraordinary and continued efforts. I would also like to thank our
shareholders for their continued support.
I look forward to the Group fulfilling its objectives and potential in the
coming year.
Michael Fitzgerald
Chairman
28 March 2008
Preliminary Results for the year to 31 December 2007
Consolidated income statement
for year ended 31 December 2007
Non
Statutory Statutory statutory
reporting reporting reporting
period period period
Year Period 15 Year ended
ended 31 July 2005 31
December to 31 December
2007 December 2006
2006
€000 €000 €000
Revenue 268 475 119
Cost of sales (221) (370) (107)
Gross profit 47 105 12
Other operating income 578 709 667
Distribution expenses (519) (667) (471)
Administrative expenses (2,703) (2,373) (2,053)
Research & development (2,644) (2,716) (2,219)
expenses
Loss before research & (1,586) (1,265) (969)
development,
depreciation &
amortisation & equity
settled share based
payments
Research & development (2,644) (2,716) (2,219)
expenses
Depreciation & (603) (419) (334)
amortisation
Equity settled (408) (542) (542)
share-based payment
expenses
Operating loss (5,241) (4,942) (4,064)
Financial income 295 48 47
Financial expenses (554) (40) (39)
Net financing costs (259) 8 8
Loss before tax (5,500) (4,934) (4,056)
Taxation 263 12 12
Loss for the period (5,237) (4,922) (4,044)
attributable to equity
holders of the Parent
Earnings/(loss) per
share (Euros)
Basic and fully diluted
loss per share (0.13) (0.34) (0.21)
Consolidated statement of recognised income and expense
for year ended 31 December 2007
Statutory Statutory Non
reporting reporting statutory
period period reporting
period
Year ended Period 15 Year ended
31 July 2005 31
December to 31 December
2007 December 2006
2006
€000 €000 €000
Foreign exchange translation (338) (47) (47)
differences
Net expense recognised directly (338) (47) (47)
in equity
Loss for the period (5,237) (4,922) (4,044)
Total recognised income and (5,575) (4,969) (4,091)
expense
Total recognised income and (5,575) (4,969) (4,091)
expense for the period is
attributable to the equity
holders of the parent
Consolidated balance sheet
at 31 December
2007 2006
€000 €000
Non-current assets
Property, plant and equipment 1,671 1,155
Goodwill 1,303 1,415
Other intangible assets 3,176 2,122
6,150 4,692
Current assets
Inventories 543 123
Trade and other receivables 753 532
Research & development tax 150 -
credit receivable
Cash and cash equivalents 17,746 2,722
19,192 3,377
Total assets 25,342 8,069
Current liabilities
Trade and other payables (1,966) (1,168)
Non current liabilities
Deferred tax liabilities (653) (750)
Total liabilities (2,619) (1,918)
Net assets 22,723 6,151
Equity attributable to equity
holders of the parent
Share capital 645 532
Share premium 31,672 10,046
Translation reserve (385) (47)
Warrant reserve 200 200
Retained loss (9,409) (4,580)
Total equity attributable to 22,723 6,151
shareholders
Consolidated cash flow statement
for year ended 31 December 2007
Statutory Statutory Non
reporting reporting statutory
period period reporting
period
Year ended Period 15 Year
31 July 2005 ended 31
December to 31 December
2007 December 2006
2006
€000 €000 €000
Cash flows from operating
activities
Loss for the period (5,237) (4,922) (4,044)
Adjustments for:
Depreciation and amortisation 603 419 334
Foreign exchange gains/(losses) 12 (5) (4)
Gain on sale of fixed assets (39) - -
Financial income (295) (48) (47)
Financial expenses 554 40 39
Equity settled share-based payment 408 542 542
expenses
Taxation (263) (12) (12)
Operating loss before changes in (4,257) (3,986) (3,192)
working capital and provisions
Increase in trade and other (167) (418) (98)
receivables
Increase in stock (420) (13) (51)
Increase in trade and other 801 1,071 869
payables
Cash absorbed by operations (4,043) (3,346) (2,472)
Tax received/(paid) 86 (1) (1)
Net cash from operating activities (3,957) (3,347) (2,473)
Cash flows from investing
activities
Interest received 237 48 47
Acquisition of subsidiary, net of - (501) (501)
cash acquired
Acquisition of a business - (1,025) -
Proceeds from the sale of fixed 307 - -
assets
Acquisition of property, plant and (1,275) (643) (585)
equipment
Development expenditure (1,426) (134) (118)
capitalised and other intangible
assets acquired
Net cash from investing activities (2,157) (2,255) (1,157)
Cash flows from financing
activities
Interest paid - (15) (14)
Proceeds from the issue of share 21,739 1 -
capital
Proceeds from the issue of loan - 9,200 7,200
notes
Listing expenses - (858) (858)
Proceeds from new loan - 447 -
Repayment of borrowings - (448) (448)
Net cash from financing activities 21,739 8,327 5,880
Net increase in cash and cash 15,625 2,725 2,250
equivalents
Cash and cash equivalents at start 2,722 - 475
of period
Effect of exchange rate (601) (3) (3)
fluctuations on cash held
Cash and cash equivalents at 31 17,746 2,722 2,722
December
Notes
Earnings per share
Basic earnings per share
The calculation of basic earnings per share at 31 December 2007 was based on
the loss attributable to ordinary shareholders of €5,237,000 (Statutory period
15 July 2005 to 31 December 2006: €4,922,000, Year ended 31 December 2006: €
4,044,000) and a weighted average number of Ordinary Shares outstanding during
the period of 39,198,000 (Statutory period 15 July 2005 to 31 December 2006:
15,408,000, Year ended 31 December 2006: 19,493,000 and period 15 July 2005 to
31 December 2005: 6,541,000), calculated as follows:
Statutory Statutory Non statutory
reporting reporting reporting
period period period
Year ended 31 Period 15 July Year ended 31
December 2007 2005 to 31 December 2006
December 2006
Thousands of shares
Issued ordinary shares at start of 36,091 38 41
period
Shares issued in respect of the - 11 16
acquisition of SCP
Effect of the 199:1 bonus issue on - 9,844 11,351
7 August 2006
Effect of Series A loan notes - 2,467 3,616
Effect of Series B loan notes - 364 534
Effect of Series C loan notes - 1,974 2,893
Effect of Series D loan notes - 710 1,042
Placing - May 2007 2,853 - -
Placing - December 2007 254 - -
Weighted average number of 39,198 15,408 19,493
ordinary shares at 31 December
Diluted earnings per share
Share options and warrants have not been included in the calculation of fully
diluted earnings per share since these are anti-dilutive. The instruments that
could potentially dilute the basic earnings per share in the future, but were
not included because they were antidilutive for the periods presented are:
Statutory Statutory
reporting reporting
period period
2007 2006
Thousand of shares
Warrants in respect of the working capital facility 160 160
from Cloverleaf Holdings Limited (issued 16 August
2006)
Share options (issued on various dates from 1 March 1,346 1,320
2006 to 1 November 2007)
Total potential dilutive instruments 1,506 1,480
Basis of preparation
The financial information set out in this preliminary results announcement does
not constitute the Company's statutory accounts for the year to 31 December
2007 but is derived from those accounts. Those accounts have been prepared in
accordance with International Financial Reporting Standards as adopted by the
EU. The directors have elected to present non statutory results for the year
ended 31 December 2006, in addition to the statutory results for the period
from 15 July 2005 to 31 December 2005 which were previously included in the AIM
Admission document, dated 16 August 2006.
This announcement was approved by a Committee of the Board of Directors on 28
March 2007. Statutory accounts for the year to 31 December 2007 will be
delivered to the registrar of companies following the Company's Annual General
Meeting. The auditors have reported on those accounts; their report was
unqualified and did not contain statements under section 237(2) or (3) of the
Companies Act 1985.
-Ends-
About Zenergy Group plc
Zenergy Power plc is a global specialist manufacturer and developer of
commercial applications for superconductive materials. Comprising three
operating subsidiaries located in Germany, USA and Australia, Zenergy is highly
focussed on the commercialisation of a number of energy efficient applications
to be adopted in renewable energy power generation, energy distribution and
large scale, energy intensive industrial processes and achieved the world's
first commercial sale of an industrial scale HTS device in September 2007.
About superconductivity
Superconductive materials are capable of conducting electricity without any
resistance and were first discovered in 1911 in what was to prove to be one of
the most significant scientific breakthroughs of the 20th century.
The global HTS market is substantial and growing, with a number of market
studies projecting multi-billion dollar markets for the application of HTS
materials and products. The proliferation of the use of superconductor
materials is largely being driven by the following key factors:
(a) HTS materials are highly complementary to energy efficient technologies as
a substitute for copper
(b) HTS wires have power densities of over 100x that of copper
(c) Current developments are leading to substantially reduced costs in the
production of HTS wires and are targeting to be cheaper than copper over the
next few years
(d) HTS applications deliver exceptional energy efficiencies and thus reduced
power consumption and running costs
(e) HTS technology is set to play a significant role in reducing CO2 emissions
in line with international targets
(f) HTS applications are capable of delivering vastly increased levels of power
with increased reliability and reduced material usage
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