VGB POWERTECH 11 (2019)
VGB PowerTech - International Journal for Generation and Storage of Electricity and Heat. Issue 11 (2019). Technical Journal of the VGB PowerTech Association. Energy is us! Power plant operation: legal & technology. Pumped hydro storage. Latent heat storages.
VGB PowerTech - International Journal for Generation and Storage of Electricity and Heat. Issue 11 (2019).
Technical Journal of the VGB PowerTech Association. Energy is us!
Power plant operation: legal & technology. Pumped hydro storage. Latent heat storages.
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Members´News <strong>VGB</strong> PowerTech <strong>11</strong> l <strong>2019</strong><br />
Ørsted: Asnæs Power Station generates green power<br />
The new wood chip-fired unit 6 at Asnæs<br />
Power Station will supply heat together<br />
with Asnæs Power Station’s boiler and<br />
Kalundborg Forsyning’s large heat pump.<br />
The green power from wind and solar PV is<br />
thus utilised when it’s available at competitive<br />
prices, while wood chips from sustainably<br />
managed forests ensure that Kalundborg’s<br />
need for process steam for the industry,<br />
district heating for homes and power<br />
for Denmark is fully covered without using<br />
coal, while delivering a high reliability of<br />
supply and a high degree of flexibility.<br />
With Asnæs 6, another important step<br />
will be taken towards the complete phaseout<br />
of coal at Ørsted’s power stations.<br />
(193510838)<br />
LLwww.orsted.com<br />
LEAG: Brandenburgischer<br />
Koalitionsvertrag stellt gültigen<br />
Braunkohlenplan in Frage<br />
• Investitionsentscheidung für den Welzower<br />
Teilabschnitt II braucht Rechtssicherheit<br />
(leag) Der Koalitionsvertrag der drei künftig<br />
in Brandenburg regierenden Parteien<br />
SPD, CDU und Grüne stellt den gültigen<br />
Braunkohlenplan für die Erweiterung des<br />
Tagebaus Welzow-Süd in Frage. Bei einem<br />
Ausschluss von Umsiedlungen wäre die<br />
Nutzung des Teilfeldes Welzow-Süd II<br />
nicht mehr möglich und hätte erhebliche<br />
Konsequenzen für Beschäftigung und<br />
Wertschöpfung in der Lausitzer Region.<br />
„Der Koalitionsvertrag stellt eine deutliche<br />
Zäsur für unser Unternehmen dar. Damit<br />
würde der geltende Braunkohlenplan<br />
Makulatur und unser Lausitzer Revierkonzept<br />
in Frage gestellt“, stellt der LEAG-Vorstandsvorsitzende<br />
Dr. Helmar Rendez fest.<br />
„Dieser Vertrag erschwert zudem die auf<br />
Basis unseres Braunkohlengeschäfts eingeleitete<br />
Entwicklung neuer Geschäftsfelder.“<br />
Die Lausitz Energie Bergbau AG und Lausitz<br />
Energie Kraftwerke AG (LEAG) hatte<br />
bei der Vorstellung ihres Revierkonzeptes<br />
im März 2017 angekündigt, im Jahr 2020<br />
eine Investitionsentscheidung über die<br />
Weiterführung des Tagebaus Welzow-Süd<br />
zu treffen. Grundlage dafür sollte die energiewirtschaftliche<br />
Notwendigkeit, die<br />
Strommarktentwicklung sowie die energiepolitische<br />
Ausrichtung der Bundesregierung<br />
sein.<br />
„Wir sehen weiterhin die energiewirtschaftliche<br />
Notwendigkeit für eine Inanspruchnahme<br />
des Teilabschnitts Welzow<br />
Süd 2“, bekräftigt Dr. Rendez. „Wenn infolge<br />
der Umsetzung der KWSB-Empfehlungen<br />
durch die Bundesregierung Kraftwerkskapazitäten<br />
vorzeitig stillgelegt werden<br />
und dadurch die Kohlemengen einer<br />
Erweiterung des Tagebaus Welzow-Süd<br />
nicht mehr genutzt werden könnten, beraubt<br />
sich Deutschland einer wichtigen<br />
Option, seine gesicherte Versorgung in<br />
Engpasssituationen mit der einzig wirtschaftlichen<br />
gesicherten Leistung durch<br />
die Braunkohleverstromung aufrecht zu<br />
erhalten“. (193510836)<br />
LLwww.leag.de<br />
Ørsted: Asnæs Power Station<br />
generates green power<br />
• First green power generated by the turbine<br />
at the new wood chip-fired unit 6<br />
on 20 November.<br />
(orsted) For more than 30 months, suppliers,<br />
technicians and project employees<br />
have been working hard on making Asnæs<br />
Power Station in Denmark capable of generating<br />
process steam, heat and power<br />
without using coal. One of the most important<br />
pieces of the big puzzle fell into place<br />
on 20 November when the unit’s generator<br />
was connected to the Zealand grid and<br />
generated power for the first time.<br />
The technicians have carried out countless<br />
preparations and tests prior to the energisation<br />
of the generator.<br />
“It’s fantastic that we’ve come this far<br />
with the project. In August, we were able to<br />
supply the first green district heating and<br />
process steam to our customers, and now<br />
we’ve connected the unit to the grid and<br />
generated green power for the Zealand<br />
grid,” says Henrik Boye Jørgensen, Senior<br />
Project Manager at Ørsted and responsible<br />
for the construction of Asnæs Power Station’s<br />
unit 6.<br />
The new turbine has a capacity of 25MW<br />
power and 129MJ/s process steam and district<br />
heating. To generate power, the steam<br />
must be fed into the turbine at a pressure of<br />
100 bar and a temperature of 540°C.<br />
Green energy with<br />
a high reliability of supply<br />
Ørsted initiated the conversion of Asnæs<br />
Power Station in October 2017 to enable<br />
the power station to replace coal with sustainable<br />
wood chips in the future.<br />
Ørsted partners with Pict Offshore<br />
to develop game-changing<br />
technology for offshore wind<br />
operations and maintenance<br />
(orsted) Ørsted has acquired a 22.5% share<br />
in Pict Offshore, the Scottish developer of<br />
an innovative technology set to transform<br />
the way technicians access offshore wind<br />
turbines.<br />
The Get Up Safe (GUS) system, developed<br />
in partnership between Ørsted and<br />
Pict Offshore, is a motion compensated<br />
hoist solution that enables technicians to<br />
safely transfer between small moving vessels<br />
and offshore wind turbines.<br />
Using this technology means that technicians<br />
will no longer have to step from a<br />
moving boat onto a ladder and then climb<br />
(sometimes over 20 metres) to reach the<br />
base of the turbine. Instead they can clip<br />
onto the system and be safely and effortlessly<br />
hoisted up to the turbine base directly<br />
from the boat.<br />
The system’s motion compensation capability<br />
means that the hoist automatically<br />
adjusts the line position to take account of<br />
the boats movements so that even in periods<br />
of high and varying wave heights,<br />
there is no danger of collision between the<br />
technician and the boat.<br />
In addition, the technology removes the<br />
need for external access ladders on the turbines,<br />
reducing the amount of steel required<br />
in the structure and provides further<br />
potential for cost reduction.<br />
The technology is patent-protected and in<br />
the final stages of development. More than<br />
1,600 successful hoists have already been<br />
conducted at Ørsted sites as part of the<br />
testing process.<br />
Mark Porter, Senior Vice President for<br />
Offshore Operations at Ørsted, said: “The<br />
offshore wind sector already has a proven<br />
track record of innovation and rapid cost<br />
reduction, and we’re continually looking at<br />
new technologies to enhance both the construction<br />
and maintenance of our projects.<br />
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