Dyesol LTD, es geht weiter !

ein sehr gutes Zeichen  

Ganz nette Präsentation für diejenigien, die sich über das abgelaufenen Projekt mit Tata informieren wollen!

http://de.slideshare.net/PVaccel/bipv-development-projectppt-8335044

Leider arbeiten Tata und BASF Coatings zur Zeit im Specific Projekt an der Umsetzung. Von Dyesol ist zur Zeit nicht viel die Rede...

@aktivdpot: das Produkt, dass verkauft wird -->  geht es um Korrosiensbestädigkeit... hat mit Dyesol nichts zu tun...

Mir scheint, als ob die Tata und BASF das Ding ohne Dyesol durchziehen wollen. Dyesol versucht nun in das Projekt rein zukommen...  

Jetzt erscheint Dyesola auch auf der Homepage als Partner.

Prof David Worsley
Research Director
Contact-image      
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d.a.worsley@swansea.ac.uk      
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Dave is author and co-author of 104 refereed scientific publications on coated product development. He has worked closely with the coatings industry since being appointed to the Materials Research Centre in the mid 1990’s, following an industry sponsored PhD (Johnson Matthey) and an Industrial Fellowship (Asta Zeneca). He is Director of the Steel Training Research and innovation Partnership, a £7m ESF and Industry funded research and training programme, which will train 78 full time and up to 50 part time (employed) technologists at postgraduate level over the next 6 years. This partnership is supported by around 22 companies with international presence but a footprint in Wales including Tata, BASF, Akzo Nobel,and Vale INCO. He is currently collaborating with an Industry (Tata, Dyesol)  and academic consortium (ICL, Bath, Bangor) on functional corrosion resistant and photovoltaic coatings and has a current grant portfolio of just over £22 million from EPSRC, WAG and Industry. Professor Worsley holds two patents on functional controlled release pigments and stabilisers and is named inventor on two patents shared with an Industry Partner on the novel high speed solar cell sintering. A fifth patent on a novel water based Titania paste is under consideration for prior art by Swansea University patent attorneys.

 

SPECIFIC Tranche 1:

Buildings as Power Stations
Lead Research Organisation: Swansea University
Department Name: School of Engineering
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   Overview
   Organisations
   People

Abstract
Every day more solar energy falls on the Earth's surface than the whole of human kind will use in 27 years. At this point we do little to harvest this energy. Buildings are major consumers of energy and yet they are often clad in metal and glass, both materials which can be capable of sophisticated engineering. In the UK annual production of metal and glass for construction of the outside faces of buildings is running at around 300 million square metres per annum. The aim of SPECIFIC as an Innovation and Knowledge Centre (IKC) is to rapidly adapt excellent small scale devices that have been demonstrated in UK universities, scale up their application and ensure their stability so that the outsides of building can become active surfaces, essentially converting buildings into power stations. The key feature will be to combine technologies such that the panels will generate, store and release energy. This will create a whole new manufacturing sector for the UK as well as making a serious contribution towards our renewable energy targets and reducing carbon dioxide emissions.

Already as part of the IKCs activity in the first nine months we have produced demonstrator systems at an A4 scale to show to architects and building owners to gauge the market attractiveness. A major activity is underway with partners including Tata, Dyesol, Imperial College, Bangor and Bath University to 'industrialize' the manufacture of a new type of solar cell (the dye sensitized solar cell). The advantage this system has is it works well in lower light conditions and with low angles of illumination so making it ideal for application in Europe. A key is what to do with this electricity however since it is often generated when we do not need it. As such a key component of the next phase of the SPECIFIC IKC is to work with partners to develop a suitable storage option. This is a very different challenge to developing batteries for a mobile phone or computer. The key criteria are that it must last up to 40 years, be rechargeable every day, be made from sustainable and non toxic elements and have relatively low cost. This eliminates most of the more modern battery technologies and the IKC will be working on a revision of the original 'Edison' cells based on Nickel and Iron with support from Sheffield University and Tata (iron) and Vale Inco (Nickel). Another key aspect that often puts people off renewables is the appearance on a building. As such over the next two years we will be setting up work with colleagues at the Welsh School of Architecture and with product designers to make sure the products that UK industry produce are not only technically excellent but also aesthetically pleasing. In parallel we are building a pilot manufacturing facility next to the Innovation Centre to allow demonstration scale products to be made which can be attached and trialled on real buildings to evaluate their performance.
Planned Impact
The vision for SPECIFIC is a paradigm shift in energy generation through developing low cost macro scale micro generation systems based on a variety of architectural solutions to capture solar energy. The impact map for 2020 is summarised below and in the attached annex this is shown diagramatically together with pathways to achieving impact.

SPECIFIC: will be a self funded research development and training facility:

Employing 22 Technology Transfer fellows
Hosting 30 students with partner universities
Self funded revenue streams of £3m PA
New equipment investment annually £200k

SPECIFIC Wealth Creation; a major theme is creating a new green technology business in the UK based on energy from buildings
Target 20 million square metres per annum solar energy manufacturing
500 (+) manufacturing jobs
1500 (+) supply industry jobs
5000 (+) installation sales maintenance jobs
New billion pound manufacturing sector
Export potential for off grid power

SPECIFIC People; a key output are the potential employees and technologists for the proposed new industry sector
Minimum of 40 high skilled postgrads
135 trained industry staff
Established modular training programme
New part time schemes for industry delegates

Quelle:

http://gtr.rcuk.ac.uk/project/BA00DA1D-382E-454A-8812-62E69C51EDCC

 

wurde hier nicht was von 50 cent bis 2 euro gelabbert.....
 

bei mir und wie ich vermute vielen anderen hier gehts eher in richtung 6 jahre. aber wie heissts so schön: alles ist möglich.  

das sieht schon mal gut aus und denke das es ein tiefgrüner Tag hier sein wird..  

 

hier sind wieder News in Anmarsch....und dann geht es wieder ruck zuck  

so wie da letzte jahr...
 

 

du solltes bei "STILLER Mitleser" bleiben!  

wie Deutschland in Verbindung mit Auflagen bei Neubau.

http://www.klimaretter.info/politik/hintergrund/...nergiewende-bringt

Auszug:
"5. Neubau. Neue Gebäude müssen ab 1. Mai mit 20 bis 25 Prozent weniger Energie für Heizung, Kühlung und Strom auskommen, als bisher zulässig war. Das geht aus der Novelle der Energiespar-Verordnung hervor."



 

ein Känguruuuu
maus rein und nicht raus - wenn ich bitten darf.
Bin schon lange raus, aber eine volle Tonne habe ich doch noch stehen lassen... die paar Euro + werde ich mir reinholen sobald es auf die 0,40 geht.... na gut mit 6 Cents Gewinn baut man kein neues Schiff aber für ne Party reicht es.
mausraus: lach doch wieder mal,
denn deine Sprüche erheitern die schon versteinerten, alten, grauhaarigen positiv think pink Gemeinde

hat das vertrauen der anleger verspielt......
 

die Lachnummer von Emma 2013 gelesen?
; - )))
http://www.wallstreet-online.de/diskussion/...er-australischen-boerse

Prosit Neujahr an die Glaubensgemeinschaft

sollte man zur zeit in dyesol investieren....gibt keinen grund...außer man träumt gerne  

wenn die Bombe platzt, dann interessiert es kein Schwein mehr, wie lange die Zündschnur war. Das Ding kommt, weil die Idee zwingend ist.  

 

soll die Bombe platzen?In 2 oder 3 oder10? Die Konkurenz schläft auch nicht.Viel Fantasie, aber keine Ergebnisse.Ich habe meinen Optimismus schon längst verloren.Für mich ist das ein absoluter Flop.Habe schon andere Unternernehmen in meinem Portfolio gehabt die sich ähnlich verhalten haben und  jetzt nicht mehr existieren.  

Wetten von wallstreet-online.de!

Galappagosfink 0,05 €
Dagobertl 0,24 €
Lampam 0,40 €
Fortunato69 0,47 €
LUBI54 0,50 €
Apollo69 0,50 €
svenron 0,66 €
Meganonn 0,70 €
proparabol 0,78 €
Quattro123123 0,85
Zimbo 347 1,43 €
Topdollar 2,22 €
Languste11 3,21 €
Hansi75 0,54€

Ich denke trotzdem das sie dieses Jahr gegen die Solarriesen ein schweres Jahr haben dürften. Die sind eben schon gut etabliert.
Und das Gasfracking heizt wohl auch erst mal weiter den Kauf von Gasheizungen an, als die Solarzellen.

Wünschen würde ich mir aber einen Durchbruch am Markt.
 

Was hat Gasfracking jetzt als Konkurrenz für ausg. DIESES Produkt zu schaffen?
Dyesol kann das, was andere Solar-Produkte nicht können, bzw. sich hier nicht rentieren oder noch besser - wo bisherige Solarprodukte sich nicht anpassen können.

Meine ich jedenfalls.  

http://www.scinexx.de/wissen-aktuell-13416-2011-05-13.html  

Top 20 Shareholder Lists

   Dyesol Top 20 Shareholders - 3 January 2014

- See more at: http://www.dyesol.com/investor-centre/share-info#sthash.k0HeUqK9.dpuf  

1 JP MORGAN NOMINEES AUSTRALIA LIMITED 84,712,383      34.25%
2 NATIONAL INDUSTRIALIZATION COMPANY       24,698,795        9.99%