Carnegie Wave Energy - 500 Beiträge pro Seite
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Ich möchte an dieser Stelle noch einmal auf das Wellenenergie und Meerwasserentsalzungs - Unternehmen Carnegie Wave Energy Limited (ASX:CWE) hinweisen, da sie meiner Meinung nach nun in einer interessanter werdenden Phase der Entwicklung stecken und in letzter Zeit bedeutende Schritte auf dem Weg gen Kommerzialisierung erreichen konnten.
Quarterly Report July 2014
http://www.carnegiewave.com/files/asx-announcements/2014/140…
First Payment from $11m CETO 6 Government Grant
http://www.carnegiewave.com/files/asx-announcements/2014/140…
Carnegie to collaborate with Bosch Rexroth and wave energy
developers
http://www.carnegiewave.com/files/asx-announcements/2014/140…
Quarterly Report July 2014
http://www.carnegiewave.com/files/asx-announcements/2014/140…
First Payment from $11m CETO 6 Government Grant
http://www.carnegiewave.com/files/asx-announcements/2014/140…
Carnegie to collaborate with Bosch Rexroth and wave energy
developers
http://www.carnegiewave.com/files/asx-announcements/2014/140…
Antwort auf Beitrag Nr.: 47.635.275 von WaldenEremit am 28.08.14 15:46:42 http://www.asx.com.au/asxpdf/20140818/pdf/42rjl8fx13kwdd.pd…
Carnegie Selected as a Finalist in the Australien Technologies Competition - http://www.austechcomp.com/
Carnegie hosts former Japanese Prime Minister.
http://www.asx.com.au/asxpdf/20140825/pdf/42rq9zx48n45qf.pdf
Update on Carnegie's world first commercial demonstration of its CETO wave energy technology, the Perth Wave Energy Project.
Carnegie Selected as a Finalist in the Australien Technologies Competition - http://www.austechcomp.com/
Carnegie hosts former Japanese Prime Minister.
http://www.asx.com.au/asxpdf/20140825/pdf/42rq9zx48n45qf.pdf
Update on Carnegie's world first commercial demonstration of its CETO wave energy technology, the Perth Wave Energy Project.
Wednesday 10th September 2014
Perth Wave Energy Project Update
• Onshore plant construction and power generation equipment installation
complete.
• Offshore preparations complete in advance of CETO unit deployment and
Project commissioning.
• Onshore integration testing of CETO units nearing completion.
• Process Control System implementation nearing completion
http://www.carnegiewave.com/files/asx-announcements/2014/140…
Perth Wave Energy Project Update
• Onshore plant construction and power generation equipment installation
complete.
• Offshore preparations complete in advance of CETO unit deployment and
Project commissioning.
• Onshore integration testing of CETO units nearing completion.
• Process Control System implementation nearing completion
http://www.carnegiewave.com/files/asx-announcements/2014/140…
Am Ende des Tages werden sie wohl in erster Linie mindestens so preiswert sein müssen, wie eine Windrad an einem sehr günstigen Standort. Gibt es zu der Frage eigentlich Schätzungen?
Natürlich ist CWE keine kurzfristige Geschichte. Das sollte aber Jedem klar sein der in ein Wellenenergie -Unternehmen investiert, dass sich ganz offensichtlich in der Entwicklungs- bzw. Testphase befindet.
Bezüglich der Entwicklung gibts Neuigkeiten aus Deutschland...
Bezüglich der Entwicklung gibts Neuigkeiten aus Deutschland...
Antwort auf Beitrag Nr.: 47.848.301 von WaldenEremit am 23.09.14 02:09:59WavePOD prototype ready for European testing
ASX Announcement
Tuesday, 23rd September 2014
http://www.carnegiewave.com/files/asx-announcements/2014/14…
ASX Announcement
Tuesday, 23rd September 2014
http://www.carnegiewave.com/files/asx-announcements/2014/14…
Antwort auf Beitrag Nr.: 47.848.301 von WaldenEremit am 23.09.14 02:09:59Natürlich ist CWE keine kurzfristige Geschichte. Das sollte aber Jedem klar sein der in ein Wellenenergie -Unternehmen investiert, dass sich ganz offensichtlich in der Entwicklungs- bzw. Testphase befindet.
Das ist natürlich klar. Ich wollte ja nur wissen, ob es bereits Prognosen, Schätzungen oder Hochrechnungen darüber gibt, inwieweit oder ab wann diese Wellenenergietechnologie konkurrenzfähig zu Windenergie sein kann - denn ich nehme an, dass an den meisten Standorten küstennah auch ein Windrad stehen könnte. Jede neue Technologie hat es halt erstmal schwer gegen bestehnde Konkurrenz.
Ansonsten schön, dass du für Info - Nachschub in dem Thread sorgst...
Das ist natürlich klar. Ich wollte ja nur wissen, ob es bereits Prognosen, Schätzungen oder Hochrechnungen darüber gibt, inwieweit oder ab wann diese Wellenenergietechnologie konkurrenzfähig zu Windenergie sein kann - denn ich nehme an, dass an den meisten Standorten küstennah auch ein Windrad stehen könnte. Jede neue Technologie hat es halt erstmal schwer gegen bestehnde Konkurrenz.
Ansonsten schön, dass du für Info - Nachschub in dem Thread sorgst...
Antwort auf Beitrag Nr.: 47.856.173 von cmeise am 23.09.14 19:05:48
Antwort auf Beitrag Nr.: 47.886.140 von WaldenEremit am 26.09.14 16:09:45Es geht auch gut voran.
Positiv stimmender Überblick über die aktuellen Entwicklungen.
Carnegie Wave Energy’s 2014 Annual Report
http://www.carnegiewave.com/files/asx-announcements/2014/101…
Positiv stimmender Überblick über die aktuellen Entwicklungen.
Carnegie Wave Energy’s 2014 Annual Report
http://www.carnegiewave.com/files/asx-announcements/2014/101…
" For anyone who is/was unable to make any of the roadshow dates - presentation now online "
http://www.carnegiewave.com/files/asx-announcements/2014/141…
Perth Wave Energy Project Video Update
http://www.carnegiewave.com/files/asx-announcements/2014/141…
Perth Wave Energy Project Video Update
Quarterly Report now available for the quarter ended 30th Sept.
http://www.carnegiewave.com/files/asx-announcements/2014/141…
http://www.carnegiewave.com/files/asx-announcements/2014/141…
PWEP Video Update
https://www.youtube.com/watch?v=hLk1t-GthHo
Big Milestone: CETO 5 unit in and operational - read more
Big Milestone: CETO 5 unit in and operational
CETO 5 Operational• First CETO 5 unit now installed and operating.
• Initial operational period in line with expectations.
• Second CETO 5 unit installation and grid connection to follow.
Wave energy developer Carnegie Wave Energy Limited (ASX: CWE) is pleased to
announce that the first of its new generation CETO 5 wave energy units has been
successfully installed and is operating at its Perth Wave Energy Project site off Garden
Island, Western Australia.
The CETO 5 unit was successfully installed on the first attempt and has now been operating for
a little over a week. The sea state conditions experienced during this initial operation period
have ranged up to maximum wave heights approaching 3.5m and unit performance to date has
been as expected with no faults identified.
Carnegie’s Chairman, Mr Grant Mooney, said:
“We are delighted to have successfully commissioned the first CETO 5 unit. This moment is the
result of an enormous effort by the entire Carnegie team as well as the incredible support from
our shareholders, the Western Australia State Government, the Australian Federal Government,
the Department of Defence, the Royal Australian Navy and the City of Rockingham.”
Carnegie’s Managing Director, Dr Michael Ottaviano, said:
“The successful operation of CETO 5 marks the completion of a critical phase in Carnegie’s
evolution and culmination of 3 years of design, financing, development and construction. It is
also now the start of a new phase as we learn as much as we can about CETO 5 via the data
collection and analysis that has already commenced. This initial CETO 5 unit is currently
delivering significant amounts of real time data in regards to hydrodynamic movement,
pressures, flows, loads, displacements and the like. All of which is critical to validating
Carnegie’s proprietary computational models which can then be used with confidence in
finalising the design of Carnegie’s 1MW CETO 6 system in 2015.”
Ivor Frischknecht, the CEO of the Australian Renewable Energy Agency (ARENA) said the
achievement at the Perth Wave Energy Project was of great significance for wave energy in
Australia.
“This project demonstrates that wave energy has a real future as part of Australia’s energy mix,”
Mr Frischknecht said. “It is also evidence that developing and commercialising new technologies
takes considerable time, resources and financing. The CETO technology has been
progressively scaled up over the past decade and has made great strides towards offering a
competitive renewable energy solution.”
Next steps
The second CETO 5 unit is currently being finalised ready for deployment which will likely take
place in December, subject to suitable weather conditions. Once confidence is established with
its operation, installation of the third CETO 5 unit would follow. It is also likely during this period
that Unit 1 will be retrieved for a complete inspection prior to a redeployment.
Connection to the Western Power grid will occur once Carnegie has full confidence in the power
quality and system control being achieved. Until that point the hydraulic energy delivered ashore
will be measured and run through a load bank at the onshore power station site at HMAS Stirling
on Garden Island. Integration of the wave energy into the desalination plant will occur after
electricity generation and grid connection has been achieved.
Preparations
Over the past months, Carnegie has been working through a rigorous program of onshore
testing of the CETO units in advance of offshore installation and commissioning. This onshore
testing program was designed to test and verify that individual components meet specification,
component subsystems integrated and tested and to identify and remedy any problems before
deploying the CETO units offshore.
The testing and preparation also extended offshore to tow tests of the CETO unit and function
testing of the deployment system at the site in the days ahead of unit installation and
commissioning.
Background
The Perth Wave Energy Project has been under construction for approximately 12 months
beginning with the installation of the CETO 5 unit offshore foundations last summer. The
construction was proceeded by some 2 years of design, approvals, offtake, financing and
procurement activity. More than $30m has been invested in the design, development and
construction of the project. The CETO technology takes a unique approach to wave power by
generating both power and water from the ocean swell while remaining fully submerged beneath
the ocean surface, increasing its ability to survive large storms.
http://www.carnegiewave.com/files/asx-announcements/2014/141…
Perth Project Onshore Power Plant Complete
ASX AnnouncementWednesday, 21 January 2015
• Onshore power plant complete for Perth Project
• Physical works complete for grid connection
• Milestone payment received from WA State Government and payment claim
submitted to Australian Government
Wave energy developer Carnegie Wave Energy Limited (ASX: CWE) is pleased to
announce it has completed the onshore power plant for the Perth Project.
In addition to completion of the onshore power plant, physical works have now been completed and the plant is ready for connection to the electricity grid at HMAS Stirling pending Western Power approval.
Carnegie has received a $54,444 milestone payment from the Western Australian Government
under its LEED Grant for the Perth Project. This payment was awarded for the completion of the onshore plant on Garden Island.
Carnegie has also submitted a milestone payment claim worth $316,785 for the completion of this milestone to the Australian Government under its grant from the Australian Renewable Energy Agency (ARENA) Emerging Renewables Program.
http://www.carnegiewave.com/
Second CETO 5 Unit Installed and Operating
ASX AnnouncementTuesday 27th January 2015
• Two CETO 5 units now operating at Perth Project site
• First CETO 5 unit operating for over 1700 hours
• Power supply to Defence Department to commence shortly[/i]
Wave energy developer Carnegie Wave Energy Limited (ASX: CWE) is pleased to
announce that the second of its new generation CETO 5 wave energy units has been
successfully installed and is operating at its Perth Wave Energy Project site off Garden
Island, Western Australia.
The second CETO 5 unit was successfully installed in one day and has now been operating for
a little over a week. The sea state conditions experienced during this initial operational period
have included waves up to 3.5m in height. The Unit is operating in line with expectations
alongside the first CETO 5 unit, installed in November last year. The first CETO 5 unit has now
been operating for over 1700 hours, and has experienced a range of sea states, including waves
up to 3.8m in height.
Both units are generating electricity against a load bank onshore, with the Project awaiting
final approval from Western Power to transfer power into the grid at HMAS Stirling.
Carnegie’s Managing Director, Dr Michael Ottaviano, said:
“The successful installation of our second CETO 5 unit is an important event, as is achieving
our stated aim of installation in a day. The integration of multiple wave energy convertors is
critical to demonstrating the principles of future CETO wave farms. With the recent completion
of onshore plant and grid connection works, we are eagerly anticipating the world-first milestone
of feeding electricity into the grid at HMAS Stirling.”
Next Steps
The third and final CETO 5 unit has been moved to the Australian Maritime Complex (AMC) in
Henderson for final fit out ahead of its installation. The AMC is a world class marine industrial
facility and will also be the likely staging point for Carnegie’s CETO 6 Project.
Current plans have Unit 3 deployment taking place after an initial Unit 2 run of some 30 days or
so, subject to suitable weather conditions, and timed to coincide with the retrieval of the first
CETO 5 Unit for onshore inspection. Amongst other objectives, the 3rd CETO 5 Unit will be
used to demonstrate operation and maintenance methodologies and, as such, may be held
onshore for longer than 30 days to minimise installation and retrieval costs should Unit 1
continue to operate without needing to be retrieved onshore.
Quelle: http://www.carnegiewave.com/
South America Carnegie Business Developments
• Large potential for wave power and desalination in South America
• Agency Agreement signed with MAK Industrial Water Solutions
• Carnegie Wave Energy presentation at Latin America Water Week in Chile
http://www.carnegiewave.com/component/k2/item/download/489_c…
• Large potential for wave power and desalination in South America
• Agency Agreement signed with MAK Industrial Water Solutions
• Carnegie Wave Energy presentation at Latin America Water Week in Chile
http://www.carnegiewave.com/component/k2/item/download/489_c…
Respekt!
Es gibt sie immer noch;aber der ton verschiebt sich schon merklich von Wave zu Microgrids...
Antwort auf Beitrag Nr.: 51.570.810 von R-BgO am 25.01.16 10:13:27Promising Prospects in Microgrid Development from Carnegie Wave Energy
November 17, 2016
By William Steel
http://www.renewableenergyworld.com/articles/2016/11/promisi…
The last few weeks have been flush with developments for pioneering marine energy developer Carnegie Wave Energy — the Australian company now set to diversify into microgrid systems.
First, Carnegie recently announced securing a $3.69 million debt financing agreement to support developments of its flagship Garden Island Microgrid Project, located in Western Australia.
News of that financial agreement came on October 21; only one month after Carnegie announced the same project was to receive $2.5 million of funding from the Australian Renewable Energy Agency (ARENA).
The Garden Island Microgrid Project is slated to be the world’s first to integrate both wave and solar PV power generation systems alongside battery storage into a microgrid system. In addition to producing power, the microgrid will support an existing desalination plant.
Greg Allen, chief operating officer for Carnegie told Renewable Energy World of Carnegie’s intentions with the project:
“We felt it would be ideal to complete a working demonstration project of an island microgrid featuring wave and solar power, and energy storage — so we put together the Garden Island Microgrid Project.”
He said that the project is “about integrating multiple generation demand assets — wave power from [our CETO unit], solar PV, and battery storage — to create a microgrid; but that includes integration into the existing grid of the island.”
A key intention of the project is to show viability of microgrid solutions, Allen said.
“Part of this involves creating a system enabling bufferless transfer between the island microgrid and the main [national] grid, so that the island system can come on and off the grid without going black. This is a critical aspect to the solution,” he said.
On the power generation side, the microgrid will draw power from Carnegie’s CETO 6 wave energy generation technology and 2 MW solar PV capacity. For energy storage, a 2 MW/0.5 MWh battery storage system will be installed.
CETO 6 technology is a successor to CETO 5 – Carnegie’s first demonstration of a grid and freshwater connected CETO array tested through the Perth Wave Energy Project (PWEP). Having been in operation for 12 months and achieving over 14,000 hours of cumulative operation — the array of three CETO 5 units was removed from the water in December 2015.
“The main difference between CETO 5 and 6 is in raw capacity,” Allen said. “We’ve moved from around 240 kW to 1 MW per unit. Power generation has also moved from onshore, to on-board the CETO unit. That’s a major improvement in terms of the flexibility of the technology.”
Multiple iterations up to and including CETO 6, Allen explained, “help with economies of scale, which works to get the levelized cost of energy (LCOE) down and gets the technology towards being cost-competitive with other technologies — and that’s the ultimate objective. We’re not there yet; we’re still in demonstration. Ultimately we benchmark against the likes of offshore wind.”
Although still in development, Allen said, “CETO 6 is reaching the end of its design phase, and we’re moving towards procurement. We’re aiming for commissioning around the end of 2017.”
Construction of the microgrid on Garden Island is expected to start before the end of the year, and commissioning is planned for 2017.
Carnegie see the Garden Island project as accelerating the commercialization of CETO wave energy technology by demonstrating the technology as a reliable and cost-competitive renewable energy and water solution in an “island/offgrid-ready microgrid” setting.
“The concept has direct application for distributed generation systems in remote island environments — especially for places that already have high penetration of renewables,” Allen said.
Carnegie forecast the potential for the global microgrid market to reach around US$40 billion by 2020.
Reflecting Carnegie’s outlook, Allen said: “We see island microgrids as a progressive market with several drivers for this kind of solution. It’s a really strong outlook with a lot of opportunities. But importantly for CETO technology, it should provide a platform for helping us reach critical mass with the technology. With cost reductions and lowered LCOE associated with that, hopefully, we’ll be in a position to compete in traditional utilities market. That’s where true economies of scale exist.”
Gaining an early foothold in this emerging microgrid market, earlier this year, Carnegie embarked on development of a microgrid on the Indian Ocean island nation of Mauritius. (See Mauritius Takes Great Step Forward for Wave Power, Microgrid Design.)
Diversification
Indicative of Carnegie’s aspirations for advancing the deployment of hybrid powered microgrid solutions, at the end of October Carnegie announced its acquisition of Energy Made Clean (EMC)– a leading Australian microgrid developer with expertise in integration of solar PV and battery storage.
“It was clear that an investment in Energy Made Clean made sense in the first instance to align our strategic interests going forward,” Allen said. “It was later the opportunity to take ownership came about. It puts us in a strong position moving forward.”
He added that Carnegie’s diversification into microgrids came from opportunities for CETO to contribute solutions to island markets.
“We looked at island markets and the challenge we see is that a lot of them are already at around 20 percent electricity generation from renewables,” he said. “Trying to integrate wave energy into this kind of grid requires battery storage and control systems.”
Reflecting on the acquisition, Carnegie Managing Director Michael Ottaviano, said: “Microgrids are increasingly a major part of the renewable energy market as they can deliver cost-competitive, clean power and energy security. It is the right time to seize this opportunity.”
The acquisition — and diversification — also prompted Carnegie Wave Energy to change its name; in an announcement the company stated that in the future it will operate as Carnegie Clean Energy.
“We have chosen the name Carnegie Clean Energy Limited to better reflect our expanded clean energy interests across wave, solar, battery and microgrids whilst retaining the strong brand awareness and credibility that Carnegie has built in the renewable market space,” Ottaviano said.
November 17, 2016
By William Steel
http://www.renewableenergyworld.com/articles/2016/11/promisi…
The last few weeks have been flush with developments for pioneering marine energy developer Carnegie Wave Energy — the Australian company now set to diversify into microgrid systems.
First, Carnegie recently announced securing a $3.69 million debt financing agreement to support developments of its flagship Garden Island Microgrid Project, located in Western Australia.
News of that financial agreement came on October 21; only one month after Carnegie announced the same project was to receive $2.5 million of funding from the Australian Renewable Energy Agency (ARENA).
The Garden Island Microgrid Project is slated to be the world’s first to integrate both wave and solar PV power generation systems alongside battery storage into a microgrid system. In addition to producing power, the microgrid will support an existing desalination plant.
Greg Allen, chief operating officer for Carnegie told Renewable Energy World of Carnegie’s intentions with the project:
“We felt it would be ideal to complete a working demonstration project of an island microgrid featuring wave and solar power, and energy storage — so we put together the Garden Island Microgrid Project.”
He said that the project is “about integrating multiple generation demand assets — wave power from [our CETO unit], solar PV, and battery storage — to create a microgrid; but that includes integration into the existing grid of the island.”
A key intention of the project is to show viability of microgrid solutions, Allen said.
“Part of this involves creating a system enabling bufferless transfer between the island microgrid and the main [national] grid, so that the island system can come on and off the grid without going black. This is a critical aspect to the solution,” he said.
On the power generation side, the microgrid will draw power from Carnegie’s CETO 6 wave energy generation technology and 2 MW solar PV capacity. For energy storage, a 2 MW/0.5 MWh battery storage system will be installed.
CETO 6 technology is a successor to CETO 5 – Carnegie’s first demonstration of a grid and freshwater connected CETO array tested through the Perth Wave Energy Project (PWEP). Having been in operation for 12 months and achieving over 14,000 hours of cumulative operation — the array of three CETO 5 units was removed from the water in December 2015.
“The main difference between CETO 5 and 6 is in raw capacity,” Allen said. “We’ve moved from around 240 kW to 1 MW per unit. Power generation has also moved from onshore, to on-board the CETO unit. That’s a major improvement in terms of the flexibility of the technology.”
Multiple iterations up to and including CETO 6, Allen explained, “help with economies of scale, which works to get the levelized cost of energy (LCOE) down and gets the technology towards being cost-competitive with other technologies — and that’s the ultimate objective. We’re not there yet; we’re still in demonstration. Ultimately we benchmark against the likes of offshore wind.”
Although still in development, Allen said, “CETO 6 is reaching the end of its design phase, and we’re moving towards procurement. We’re aiming for commissioning around the end of 2017.”
Construction of the microgrid on Garden Island is expected to start before the end of the year, and commissioning is planned for 2017.
Carnegie see the Garden Island project as accelerating the commercialization of CETO wave energy technology by demonstrating the technology as a reliable and cost-competitive renewable energy and water solution in an “island/offgrid-ready microgrid” setting.
“The concept has direct application for distributed generation systems in remote island environments — especially for places that already have high penetration of renewables,” Allen said.
Carnegie forecast the potential for the global microgrid market to reach around US$40 billion by 2020.
Reflecting Carnegie’s outlook, Allen said: “We see island microgrids as a progressive market with several drivers for this kind of solution. It’s a really strong outlook with a lot of opportunities. But importantly for CETO technology, it should provide a platform for helping us reach critical mass with the technology. With cost reductions and lowered LCOE associated with that, hopefully, we’ll be in a position to compete in traditional utilities market. That’s where true economies of scale exist.”
Gaining an early foothold in this emerging microgrid market, earlier this year, Carnegie embarked on development of a microgrid on the Indian Ocean island nation of Mauritius. (See Mauritius Takes Great Step Forward for Wave Power, Microgrid Design.)
Diversification
Indicative of Carnegie’s aspirations for advancing the deployment of hybrid powered microgrid solutions, at the end of October Carnegie announced its acquisition of Energy Made Clean (EMC)– a leading Australian microgrid developer with expertise in integration of solar PV and battery storage.
“It was clear that an investment in Energy Made Clean made sense in the first instance to align our strategic interests going forward,” Allen said. “It was later the opportunity to take ownership came about. It puts us in a strong position moving forward.”
He added that Carnegie’s diversification into microgrids came from opportunities for CETO to contribute solutions to island markets.
“We looked at island markets and the challenge we see is that a lot of them are already at around 20 percent electricity generation from renewables,” he said. “Trying to integrate wave energy into this kind of grid requires battery storage and control systems.”
Reflecting on the acquisition, Carnegie Managing Director Michael Ottaviano, said: “Microgrids are increasingly a major part of the renewable energy market as they can deliver cost-competitive, clean power and energy security. It is the right time to seize this opportunity.”
The acquisition — and diversification — also prompted Carnegie Wave Energy to change its name; in an announcement the company stated that in the future it will operate as Carnegie Clean Energy.
“We have chosen the name Carnegie Clean Energy Limited to better reflect our expanded clean energy interests across wave, solar, battery and microgrids whilst retaining the strong brand awareness and credibility that Carnegie has built in the renewable market space,” Ottaviano said.
Antwort auf Beitrag Nr.: 51.570.810 von R-BgO am 25.01.16 10:13:27Change of company name and ASX code to ‘Carnegie Clean Energy’ (CCE)
Following shareholder approval on 2nd December 2016, the company has changed its name from Carnegie Wave Energy Limited (ASX: CWE) to Carnegie Clean Energy Limited (ASX: CCE). The change of ASX code is effective on 14 December 2016.
The name change follows the recent acquisition of 100% of leading solar and battery microgrid developer, Energy Made Clean (EMC). This transaction followed Carnegie’s strategic alliance with, and investment in, EMC earlier this year.
Managing Director Dr Michael Ottaviano said:
“We have chosen the name Carnegie Clean Energy Limited to better reflect our expanded clean energy interests across wave, solar, battery and microgrids whilst retaining the strong brand awareness and credibility that Carnegie has built in the renewable market space.”
Carnegie Clean Energy Limited (CCE) will be the only ASX-listed company with a dedicated renewable energy microgrid project delivery capability and the only microgrid company globally with a wave energy technology. CCE will be at the forefront of designing, developing, financing, constructing, operating and maintaining microgrids, utilising a world-first combination of wave, solar, wind, energy storage, desalination and diesel in both on and off-grid applications in Australia and internationally.
This name change does not affect any interest in shares.
Following shareholder approval on 2nd December 2016, the company has changed its name from Carnegie Wave Energy Limited (ASX: CWE) to Carnegie Clean Energy Limited (ASX: CCE). The change of ASX code is effective on 14 December 2016.
The name change follows the recent acquisition of 100% of leading solar and battery microgrid developer, Energy Made Clean (EMC). This transaction followed Carnegie’s strategic alliance with, and investment in, EMC earlier this year.
Managing Director Dr Michael Ottaviano said:
“We have chosen the name Carnegie Clean Energy Limited to better reflect our expanded clean energy interests across wave, solar, battery and microgrids whilst retaining the strong brand awareness and credibility that Carnegie has built in the renewable market space.”
Carnegie Clean Energy Limited (CCE) will be the only ASX-listed company with a dedicated renewable energy microgrid project delivery capability and the only microgrid company globally with a wave energy technology. CCE will be at the forefront of designing, developing, financing, constructing, operating and maintaining microgrids, utilising a world-first combination of wave, solar, wind, energy storage, desalination and diesel in both on and off-grid applications in Australia and internationally.
This name change does not affect any interest in shares.
hier geht's weiter Thread: Carnegie Clean Energy
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Carnegie Wave Energy