FCEL vor Gewinnschwelle 2013
25.07.13 12:01
#276
Snowmanxy007
@wamu
so sieht es aus .........da hilft nur hohes Käufervolumen über ein paar Tage in folge damit die Shorties ordentlich gegrillt werden.
25.07.13 13:55
#277
Bäcker33
$18m designated for Connecticut microgrids
25/07/2013
By Diarmaid Williams
International Digital Editor
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Nine communities in the US state of Connecticut will share $18m as part of a microgrid project designed to maintain critical buildings during electric grid outages often caused by severe weather.
The town of Woodbridge, New Haven is one community to take part and will receive $3m to create a microgrid using a 1.6 megawatt natural gas-powered turbine and a 400-kilowatt fuel cell that will be used to keep power on for the community’s police and fire stations, Department of Public Works, Town Hall and Amity Regional High School during electric outages. Microgrids function like small versions of state and regional power grids, but would only operate when power is lost.
Connecticut town
One other project receiving funding is a microgrid for the Naval Submarine Base in Groton, which will get $3m for a 5 MW cogeneration turbine and for a 1.5 megawatt diesel turbine.
Gov. Dannel Malloy announced the awards as part of the Department of Energy and Environmental Protection’s Microgrid Pilot Program, which is designed to develop innovative ways to keep critical buildings powered during electric grid outages.
“These projects will help protect residents and vital public services even when the power goes out, and in doing so allow us to provide critical services during times of emergency.
“Over the next two years, I’ve recommended an additional $30m in funding for the state’s microgrid program to strengthen more Connecticut communities.”
The nine projects awarded the funding include microgrids for municipal buildings as well as to power parts of college campuses at Wesleyan University, the University of Connecticut and the University of Hartford.
For more cogeneration news
By Diarmaid Williams
International Digital Editor
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6
10
Share
Nine communities in the US state of Connecticut will share $18m as part of a microgrid project designed to maintain critical buildings during electric grid outages often caused by severe weather.
The town of Woodbridge, New Haven is one community to take part and will receive $3m to create a microgrid using a 1.6 megawatt natural gas-powered turbine and a 400-kilowatt fuel cell that will be used to keep power on for the community’s police and fire stations, Department of Public Works, Town Hall and Amity Regional High School during electric outages. Microgrids function like small versions of state and regional power grids, but would only operate when power is lost.
Connecticut town
One other project receiving funding is a microgrid for the Naval Submarine Base in Groton, which will get $3m for a 5 MW cogeneration turbine and for a 1.5 megawatt diesel turbine.
Gov. Dannel Malloy announced the awards as part of the Department of Energy and Environmental Protection’s Microgrid Pilot Program, which is designed to develop innovative ways to keep critical buildings powered during electric grid outages.
“These projects will help protect residents and vital public services even when the power goes out, and in doing so allow us to provide critical services during times of emergency.
“Over the next two years, I’ve recommended an additional $30m in funding for the state’s microgrid program to strengthen more Connecticut communities.”
The nine projects awarded the funding include microgrids for municipal buildings as well as to power parts of college campuses at Wesleyan University, the University of Connecticut and the University of Hartford.
For more cogeneration news
25.07.13 23:58
#278
wamu2009
Snowmanxy0. die werden schon noch gegrillt!
Insider Relation Last Date Transaction Type OwnerType Shares Traded Last Price Shares Held
BROMLEY RICHARD A Director 04/23/2013 Buy direct 20,000 0.9780 49,787
BISHOP MICHAEL S. Officer 04/18/2013 Buy direct 1,500 0.8990 448,231
BOTTONE ARTHUR A. JR. Officer 04/18/2013 Buy direct 10,000 0.9184 936,168
GERSON JAMES D Director 04/18/2013 Buy direct 100,000 0.9000 1,125,989
ROLLS JOHN A Director 04/18/2013 Buy direct 200,000 0.9174 868,000
BOTTONE ARTHUR A. JR. Officer 01/08/2013 Buy direct 5,000 1.0300 588,235
ROLLS JOHN A Director 01/08/2013 Buy direct 60,000 1.0450 668,000
POSCO ENERGY CO, LTD Beneficial Owner (10%) 04/30/2012 Buy direct 20,000,000 1.5000 30,786,418
GERSON JAMES D Director 09/30/2011 Buy direct 50,000 0.8724 1,025,989
BOTTONE ARTHUR A. JR. Officer 09/29/2011 Buy direct 10,000 0.8463 275,903
BROMLEY RICHARD A Director 04/23/2013 Buy direct 20,000 0.9780 49,787
BISHOP MICHAEL S. Officer 04/18/2013 Buy direct 1,500 0.8990 448,231
BOTTONE ARTHUR A. JR. Officer 04/18/2013 Buy direct 10,000 0.9184 936,168
GERSON JAMES D Director 04/18/2013 Buy direct 100,000 0.9000 1,125,989
ROLLS JOHN A Director 04/18/2013 Buy direct 200,000 0.9174 868,000
BOTTONE ARTHUR A. JR. Officer 01/08/2013 Buy direct 5,000 1.0300 588,235
ROLLS JOHN A Director 01/08/2013 Buy direct 60,000 1.0450 668,000
POSCO ENERGY CO, LTD Beneficial Owner (10%) 04/30/2012 Buy direct 20,000,000 1.5000 30,786,418
GERSON JAMES D Director 09/30/2011 Buy direct 50,000 0.8724 1,025,989
BOTTONE ARTHUR A. JR. Officer 09/29/2011 Buy direct 10,000 0.8463 275,903
26.07.13 10:23
#279
hokai
wamu2009
...wenn man nicht mehr weiter weiss, waren es die bösen shortis..:-)
ja,ja..:-)
ja,ja..:-)
30.07.13 18:11
#281
LoboMalo
Q2 Zahlen - wann?
Wer weiß wann die Q2 Zahlen kommen und gibt es eine Einschätzung. Diese Shorterei muss doch mal ein Ende haben...
02.08.13 17:16
#284
wamu2009
@ all
Kein volumen mehr für diese preise vekauft wohl keiner !
Jedoch bietet auch keiner mehr
Jedoch bietet auch keiner mehr
06.08.13 12:29
#286
Bäcker33
text
US Energy Department kündigt neue Investitionen zur Fuel Cell Kosten senken
2. AUGUST 2013
US DoE Landschaft
Zur Unterstützung der Obama-Administration all-of-the-above-Strategie für saubere, heimische Energieträger zu entwickeln, das Energy Department gab heute bekannt, $ 4.5 Millionen-Investition in zwei Projekte-angeführt von Minnesota-based 3M und der Colorado School of Mines zu senken die Kosten, verbessern die Haltbarkeit und die Effizienz der nächsten Generation Brennstoffzellen-Systeme. Diese Investition ist ein Teil des Energy Department Engagement für die amerikanische Führung in innovative Technologien für saubere Energie zu erhalten, geben amerikanische Unternehmen mehr Möglichkeiten, Energiekosten zu senken und reduzieren unsere Abhängigkeit von importiertem Öl.
"Brennstoffzellen-Technologien spielen eine wichtige Rolle bei der Diversifizierung Amerikas Verkehrssektor spielen, die Verringerung unserer Abhängigkeit von ausländischem Öl und Eindämmung der schädlichen Kohlenstoff Verschmutzung", sagte Assistant Secretary für Energieeffizienz und erneuerbare Energien David Danielson. "Durch die Partnerschaft mit der privaten Wirtschaft und Hochschulen, können wir Ihnen helfen Voraus bezahlbaren Brennstoffzellen-Technologien, die Verbraucher Geld sparen und geben Fahrer mehr Möglichkeiten, während die Schaffung von Arbeitsplätzen in diesem wachsenden globalen Industrie."
Im Laufe des letzten Jahrzehnts hat sich die Energy Department in Forschung und Entwicklung investiert, um die Effizienz zu verbessern und die Kosten senken von Brennstoffzellen. Diese Forschung hat dazu beigetragen, verringern die Menge von Platin in Katalysatoren durch einen Faktor von fünf verwendet und reduziert die Kosten für den Transport Brennstoffzellen um mehr als 80% seit 2002. Projekte wie diese sind in mehr als 400 Patente, 65 vor-kommerziellen Technologien und fast 40 kommerziellen Technologien in den Markt-Positionierung die Nation als ein weltweit führendes Unternehmen in den Schwellenländern Brennstoffzellen-Industrie geführt.
Aufbauend auf diesen Bemühungen, kündigte die Projekte heute Forschungs-und Entwicklungsarbeiten zu machen, kostengünstige, hochleistungsfähige Brennstoffzellenmembranen die unter heißer und trockener Bedingungen arbeiten können sollen fortgesetzt werden. Zum Beispiel wird 3M erhalten Sie $ 3 Millionen auf die Entwicklung innovativer Brennstoffzellen-Membranen mit verbesserter Haltbarkeit und Leistung unter Verwendung von Verfahren, die leicht lassen sich handelsübliche Größe konzentrieren. Die Colorado School of Mines erhält $ 1,5 Mio. fortschrittliche Hybrid-Membranen für die Schneide, der nächsten Generation Brennstoffzellen, die einfacher und erschwinglicher und in der Lage, bei höheren Temperaturen arbeiten, sind zu entwickeln.
QUELLE: US DEPARTMENT OF ENERGY
- See more at: http://www.fuelcelltoday.com/news-events/...osts#sthash.Dbw8an3U.dpuf
2. AUGUST 2013
US DoE Landschaft
Zur Unterstützung der Obama-Administration all-of-the-above-Strategie für saubere, heimische Energieträger zu entwickeln, das Energy Department gab heute bekannt, $ 4.5 Millionen-Investition in zwei Projekte-angeführt von Minnesota-based 3M und der Colorado School of Mines zu senken die Kosten, verbessern die Haltbarkeit und die Effizienz der nächsten Generation Brennstoffzellen-Systeme. Diese Investition ist ein Teil des Energy Department Engagement für die amerikanische Führung in innovative Technologien für saubere Energie zu erhalten, geben amerikanische Unternehmen mehr Möglichkeiten, Energiekosten zu senken und reduzieren unsere Abhängigkeit von importiertem Öl.
"Brennstoffzellen-Technologien spielen eine wichtige Rolle bei der Diversifizierung Amerikas Verkehrssektor spielen, die Verringerung unserer Abhängigkeit von ausländischem Öl und Eindämmung der schädlichen Kohlenstoff Verschmutzung", sagte Assistant Secretary für Energieeffizienz und erneuerbare Energien David Danielson. "Durch die Partnerschaft mit der privaten Wirtschaft und Hochschulen, können wir Ihnen helfen Voraus bezahlbaren Brennstoffzellen-Technologien, die Verbraucher Geld sparen und geben Fahrer mehr Möglichkeiten, während die Schaffung von Arbeitsplätzen in diesem wachsenden globalen Industrie."
Im Laufe des letzten Jahrzehnts hat sich die Energy Department in Forschung und Entwicklung investiert, um die Effizienz zu verbessern und die Kosten senken von Brennstoffzellen. Diese Forschung hat dazu beigetragen, verringern die Menge von Platin in Katalysatoren durch einen Faktor von fünf verwendet und reduziert die Kosten für den Transport Brennstoffzellen um mehr als 80% seit 2002. Projekte wie diese sind in mehr als 400 Patente, 65 vor-kommerziellen Technologien und fast 40 kommerziellen Technologien in den Markt-Positionierung die Nation als ein weltweit führendes Unternehmen in den Schwellenländern Brennstoffzellen-Industrie geführt.
Aufbauend auf diesen Bemühungen, kündigte die Projekte heute Forschungs-und Entwicklungsarbeiten zu machen, kostengünstige, hochleistungsfähige Brennstoffzellenmembranen die unter heißer und trockener Bedingungen arbeiten können sollen fortgesetzt werden. Zum Beispiel wird 3M erhalten Sie $ 3 Millionen auf die Entwicklung innovativer Brennstoffzellen-Membranen mit verbesserter Haltbarkeit und Leistung unter Verwendung von Verfahren, die leicht lassen sich handelsübliche Größe konzentrieren. Die Colorado School of Mines erhält $ 1,5 Mio. fortschrittliche Hybrid-Membranen für die Schneide, der nächsten Generation Brennstoffzellen, die einfacher und erschwinglicher und in der Lage, bei höheren Temperaturen arbeiten, sind zu entwickeln.
QUELLE: US DEPARTMENT OF ENERGY
- See more at: http://www.fuelcelltoday.com/news-events/...osts#sthash.Dbw8an3U.dpuf
06.08.13 16:26
#287
Bäcker33
US NRG Energy bids to invest $100m in Connecticut
US NRG Energy bids to invest $100m in Connecticut plant
6 Aug 2013
Forest debris_170SQUS energy company NRG Energy is planning to invest over $100m to turn its Connecticut power plant into a solar energy farm, fuel cell plant and biomass generator.
Plans for the Montville Station went to the Department of Energy and Environmental Protection (DEEP), which is looking to add 175MW of renewable energy to the state’s portfolio, and set a deadline of Monday for proposals. Successful applicants should be selected in the next few weeks.
The ‘renewable energy park’ project would include 5.6MW of natural gas-fired fuel cell generation, 2.3MW of solar capacity and 42MW from a biomass generation unit, converted from an existing oil-fired generator.
Local would from forests in Eastern Connecticut could be used to power the biomass unit.
In 2011, NRG approached DEEP about converting one of its generating units into a wood-burning biomass unit, but plans fell through due to a lack of interest from the department.
Construction of the facility could begin late this year, if selected by DEEP, creating 300 construction jobs. It is projected to be completed in 2016.
NRG Montville project manager Jon Baylor said, ‘We believe we’ll be competitive on price and very competitive on the economic benefits for Connecticut.’
Over half of the $100m figure would be financed through loans. A Connecticut group of municipal utilities has indicated it may be interested in buying electricity produced following conversion.
Copyright © 2013 NewNet
Tags: bioenergy, biomass, Department of Energy and Environmental Protection
Related Posts
NRG Energy develops new biomass project in Connecticut, US
US biomass company NRG Energy secures ten-year New York State contract
Siemens Energy to supply steam turbine to UK’s largest CHP biomass plant
Verso Paper turns to biomass for 25MW Maine plant
Biomass solution provider DP Cleantech to supply technology for plants in Philippines
Leave a Reply
You must be logged in to post a comment.
6 Aug 2013
Forest debris_170SQUS energy company NRG Energy is planning to invest over $100m to turn its Connecticut power plant into a solar energy farm, fuel cell plant and biomass generator.
Plans for the Montville Station went to the Department of Energy and Environmental Protection (DEEP), which is looking to add 175MW of renewable energy to the state’s portfolio, and set a deadline of Monday for proposals. Successful applicants should be selected in the next few weeks.
The ‘renewable energy park’ project would include 5.6MW of natural gas-fired fuel cell generation, 2.3MW of solar capacity and 42MW from a biomass generation unit, converted from an existing oil-fired generator.
Local would from forests in Eastern Connecticut could be used to power the biomass unit.
In 2011, NRG approached DEEP about converting one of its generating units into a wood-burning biomass unit, but plans fell through due to a lack of interest from the department.
Construction of the facility could begin late this year, if selected by DEEP, creating 300 construction jobs. It is projected to be completed in 2016.
NRG Montville project manager Jon Baylor said, ‘We believe we’ll be competitive on price and very competitive on the economic benefits for Connecticut.’
Over half of the $100m figure would be financed through loans. A Connecticut group of municipal utilities has indicated it may be interested in buying electricity produced following conversion.
Copyright © 2013 NewNet
Tags: bioenergy, biomass, Department of Energy and Environmental Protection
Related Posts
NRG Energy develops new biomass project in Connecticut, US
US biomass company NRG Energy secures ten-year New York State contract
Siemens Energy to supply steam turbine to UK’s largest CHP biomass plant
Verso Paper turns to biomass for 25MW Maine plant
Biomass solution provider DP Cleantech to supply technology for plants in Philippines
Leave a Reply
You must be logged in to post a comment.
06.08.13 19:12
#288
arrival66
das könnte
doch langsam ein guter Einstiegskurs sein ??
Was meint Ihr ?
07.08.13 09:10
#289
Bäcker33
@arriva
fcel ist verglichen mit den anderen fuel cell firmen unterbewertet, schau dir nur mal die prallen auftrags bücher an.
07.08.13 09:32
#290
arrival66
also
könnte man wohl zugreifen bei diesen Kursen ??
Im September kommen ja die Zahlen.
Wenn ich mir Plug + Ballard anschaue bin ich ja sehr zufrieden !!
07.08.13 11:11
#291
Bäcker33
Renewable Energy: Combined Heat And Power With Fue
Renewable Energy: Combined Heat And Power With Fuel Cells
Written by Renewable Energy Contributor. Posted in Columnists, Energy, Environment, Featured Post, Magazine, Renewable Energy, Sustainability, Topics
Tagged: CHP, fuel cells, FuelCell Energy, Renewable Biogas, TFM-July-2013
Published on August 06, 2013 with No Comments
1307 renewableenergy a 210x300 Renewable Energy: Combined Heat And Power With Fuel Cells
Anthony Leo (Photo: Al Ferreira Photography)
By Anthony Leo
From the July 2013 issue of Today’s Facility Manager
When deciding how to best meet the power and thermal energy needs of their organizations, facility managers (fms) consider a range of priorities, including cost, safety, reliability, and environmental stewardship. In recent years a new option has become available in the form of clean and highly efficient on-site heat and power generation from fuel cell power plant systems. Stationary fuel cell power plants can address these priorities economically.
Fuel cells have been in development for many years, and fms may be aware of these as something used in the space program, or under development for vehicles, requiring pure hydrogen as fuel. But systems that use clean natural gas or renewable biogas fuel are now commercially available and deployed in stationary power and heat applications around the world.
What makes fuel cells distinct as a power source is they extract energy from fuel without burning it. Instead, the fuel is used in an “electrochemical” reaction, similar to the reactions that consume zinc or cadmium in common batteries. The difference is that when the battery reactants are consumed they are discarded, or the battery is recharged. Fuel cell reactants are continuously fed to the fuel cell, which makes power as long as fuel and air are supplied. The easiest fuel to react electrochemically is hydrogen. Today, fuel cell power plants are able to extract hydrogen from natural gas or biogas—making them viable wherever natural gas or biogas is available.
The electrochemical conversion process has several advantages over combustion. Since there is no flame, many of the harmful pollutants created by burning fuel are not created. Also, fuel cells create electricity directly from the fuel, at higher efficiencies than mechanical systems that require multiple energy conversion steps. And the absence of rotating mechanical components makes fuel cells inherently quiet.
Fuel cell technologies are characterized by the electrolyte used to separate the fuel and air electrodes, and several types are commercially available for on-site combined heat and power (CHP).
One of these, the carbonate fuel cell, offers distinct advantages. First, they operate at about 1000°F, and the high temperature promotes high electrical efficiency; when used for CHP, carbonate fuel cells can approach 90% efficiency. Furthermore, for CHP, the heat can be fed back into on-site heat and hot water systems, absorption chilling systems for facility cooling, or be sold off to neighboring facilities. And finally, fuel cells also provide fuel flexibility; the process of extracting hydrogen from natural gas or biogas (called “reforming”) occurs directly in the fuel cell stack. Carbonate fuel cells can use either as fuel almost interchangeably.
The photo below shows a typical on-site CHP application of a carbonate fuel cell power plant. Rated at 1.4 megawatts, this plant operates at California State University’s East Bay campus near San Francisco. The fuel stack module contains four fuel cell stacks, each with about 400 cells. Direct current power from the stack module is sent to the power conversion system, which produces alternating current power at the correct grid voltage and frequency. Mechanical equipment (air blowers and heat exchangers) is on a skid behind power conversion equipment. The system exhaust is directed to a waste heat recovery system, which produces hot water from heat left over from the fuel cell.
1307 renewableenergy b 300x224 Renewable Energy: Combined Heat And Power With Fuel Cells
Photo: Fuelcell Energy
In the 10 years since commercial carbonate fuel cell power plants first became available, the cost has reduced more than 60%. Currently more than 80 of these plants are installed at over 50 sites around the world. The largest single facility is a 59 MW system being installed in South Korea with full power production anticipated by the end of 2013 or early 2014.
Leo is vice president, application engineering and advanced technology development, at FuelCell Energy, headquartered in Danbury, CT. Working at the company (then Energy Research Corporation) since1978, he holds a BS in Chemical Engineering from Rensselaer Polytechnic Institute.
Written by Renewable Energy Contributor. Posted in Columnists, Energy, Environment, Featured Post, Magazine, Renewable Energy, Sustainability, Topics
Tagged: CHP, fuel cells, FuelCell Energy, Renewable Biogas, TFM-July-2013
Published on August 06, 2013 with No Comments
1307 renewableenergy a 210x300 Renewable Energy: Combined Heat And Power With Fuel Cells
Anthony Leo (Photo: Al Ferreira Photography)
By Anthony Leo
From the July 2013 issue of Today’s Facility Manager
When deciding how to best meet the power and thermal energy needs of their organizations, facility managers (fms) consider a range of priorities, including cost, safety, reliability, and environmental stewardship. In recent years a new option has become available in the form of clean and highly efficient on-site heat and power generation from fuel cell power plant systems. Stationary fuel cell power plants can address these priorities economically.
Fuel cells have been in development for many years, and fms may be aware of these as something used in the space program, or under development for vehicles, requiring pure hydrogen as fuel. But systems that use clean natural gas or renewable biogas fuel are now commercially available and deployed in stationary power and heat applications around the world.
What makes fuel cells distinct as a power source is they extract energy from fuel without burning it. Instead, the fuel is used in an “electrochemical” reaction, similar to the reactions that consume zinc or cadmium in common batteries. The difference is that when the battery reactants are consumed they are discarded, or the battery is recharged. Fuel cell reactants are continuously fed to the fuel cell, which makes power as long as fuel and air are supplied. The easiest fuel to react electrochemically is hydrogen. Today, fuel cell power plants are able to extract hydrogen from natural gas or biogas—making them viable wherever natural gas or biogas is available.
The electrochemical conversion process has several advantages over combustion. Since there is no flame, many of the harmful pollutants created by burning fuel are not created. Also, fuel cells create electricity directly from the fuel, at higher efficiencies than mechanical systems that require multiple energy conversion steps. And the absence of rotating mechanical components makes fuel cells inherently quiet.
Fuel cell technologies are characterized by the electrolyte used to separate the fuel and air electrodes, and several types are commercially available for on-site combined heat and power (CHP).
One of these, the carbonate fuel cell, offers distinct advantages. First, they operate at about 1000°F, and the high temperature promotes high electrical efficiency; when used for CHP, carbonate fuel cells can approach 90% efficiency. Furthermore, for CHP, the heat can be fed back into on-site heat and hot water systems, absorption chilling systems for facility cooling, or be sold off to neighboring facilities. And finally, fuel cells also provide fuel flexibility; the process of extracting hydrogen from natural gas or biogas (called “reforming”) occurs directly in the fuel cell stack. Carbonate fuel cells can use either as fuel almost interchangeably.
The photo below shows a typical on-site CHP application of a carbonate fuel cell power plant. Rated at 1.4 megawatts, this plant operates at California State University’s East Bay campus near San Francisco. The fuel stack module contains four fuel cell stacks, each with about 400 cells. Direct current power from the stack module is sent to the power conversion system, which produces alternating current power at the correct grid voltage and frequency. Mechanical equipment (air blowers and heat exchangers) is on a skid behind power conversion equipment. The system exhaust is directed to a waste heat recovery system, which produces hot water from heat left over from the fuel cell.
1307 renewableenergy b 300x224 Renewable Energy: Combined Heat And Power With Fuel Cells
Photo: Fuelcell Energy
In the 10 years since commercial carbonate fuel cell power plants first became available, the cost has reduced more than 60%. Currently more than 80 of these plants are installed at over 50 sites around the world. The largest single facility is a 59 MW system being installed in South Korea with full power production anticipated by the end of 2013 or early 2014.
Leo is vice president, application engineering and advanced technology development, at FuelCell Energy, headquartered in Danbury, CT. Working at the company (then Energy Research Corporation) since1978, he holds a BS in Chemical Engineering from Rensselaer Polytechnic Institute.
09.08.13 09:28
#292
arrival66
warum
kommt die Aktie nicht in schwung ?
Ich sehe fast jeden Tag ROT ??
09.08.13 10:05
#293
wamu2009
arrival66
Willst du an einem tag reich werden ?
Ich persönlich lasse meine aktien hier ein paar monate oder jahre wachsen.
In der ruhe liegt die kraft nur geduld das hier ist die Zukunft,mit dieser aktie kannst du reich werden .
Meine meinung!!
Ich persönlich lasse meine aktien hier ein paar monate oder jahre wachsen.
In der ruhe liegt die kraft nur geduld das hier ist die Zukunft,mit dieser aktie kannst du reich werden .
Meine meinung!!
09.08.13 12:10
#294
arrival66
wamu
du magst recht haben, in der Ruhe liegt der Gewinn !!
Manchmal wird man aber etwas ungeduldig !!
09.08.13 12:16
#295
LoboMalo
ich verstehe die Zweifel
und es ist wahrlich nicht schön, täglich 1-2$/ct abgeben zu müssen. Aber ich sehe es wie mein Vorredner - in der Ruhe liegt die Kraft. Nur nicht ohne Not verkaufen, sondern warten und reifen lassen. Der Markt kommt und wächst. Das beste Beispiel ist Tesla und so ähnlich wird es für FuelCell auch eines Tages aussehen. Vielleicht nicht in diesem Jahr aber ich rechne mit einem signifikanten Anstieg auf jeden Fall in 2014.
Ich bin mit meinen 40k derzeit im roten Bereich aber ich habe nicht die geringste Sorge deswegen. Ein Grundstück, dass im Wert sinkt, verkaufe ich auch nicht sofort, sondern ich weiß, dass der Tag der Wertsteigerung kommen wird - kommen muß.
FuelCell ist absolut breit aufgestellt, ist gut international vernetzt und besitzt etliche Alleinstellungsmerkmale. Es ist die einzige Firma, die derzeit Brennstoffzellenkraftwerke im MW-bereich bauen kann. Es ist die einzige Technologie, mit der sich durch Brennstoffzellen Co2 Verbindungen binden lassen und sie sind auch gut im Bereich "power-to-gas". Das ungeheure Volumen an Gasförderung in den USA schreit geradezu nach dezentralen Stromerzeugern - auch dafür ist FuelCell prädestiniert. Die bereits begonne Verbindung mit Chevron verspricht nur Gutes.
Ergo - keine Sorge - vielleicht mal einige Tage nicht das Depot anschauen und entspannen...;-)))
09.08.13 12:34
#296
arrival66
oder vielleicht
nachkaufen ??
Der Kurs scheint ja interessant zu sein ??!!
09.08.13 12:45
#297
Meichi
In den nächsten 2-3 Jahren
wird der Markt explodieren.Gas und Brennstoffzelle ist die Zukunft.Das wird jetzt auch immer mehr in den Medien diskutiert.Letztens bei NTV hieß es, dass ab 2015 normale Autos mit Brennstoffzellen in Deutschland eine Zulassung bekommen.Bis dahin ist die Technik noch ein Stück weiter als heute und dann kann es auch ganz schnell nach oben gehen.Siehe Tesla....die sind meiner Meinung auch noch am Anfang aber jetzt schon sehr taff unterwegs.Ende 2014 oder früher wird das mit den Brennstoffzellen genauso sein.
Also nur keine Panik das wird schon, man braucht nur etwas Gedult.
Also nur keine Panik das wird schon, man braucht nur etwas Gedult.
09.08.13 12:55
#298
Bäcker33
news die
Ich verpasst habe? Oder warum sind die taxen jetzt so hoch in de?