Energy

Another turbine world record set – but not by China this time

Another turbine world record set – but not by China this time
The SG DD-276 turbine spans over three football fields across with a 21.5 MW capacity
The SG DD-276 turbine spans over three football fields across with a 21.5 MW capacity
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The SG DD-276 turbine spans over three football fields across with a 21.5 MW capacity
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The SG DD-276 turbine spans over three football fields across with a 21.5 MW capacity
A worker atop a Siemens Gamesa turbine
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A worker atop an offshore Siemens Gamesa turbine

In the ever-shifting winds of "who-did-it-bigger?" China has just taken a back seat to European wind company Siemens Gamesa. The firm recently planted a colossal, world-record-setting turbine in the Østerild test field in Denmark.

Though it wasn't by much, it still counts ... the Siemens SG DD-276 turbine stretches a ridiculous 905 ft (276 meters) from blade tip to blade tip. It's rated at a monstrous 21.5 MW capacity – which could generate enough electricity to power 70,000 Danish homes per year. Over its lifetime, it's expected to erase about 55,454 tons of CO2 emissions from power that would be otherwise created by fossil fuels.

This record-breaking machine came with a significant cost. The European Union backed Siemens Gamesa's Highly Innovative Prototype of the most Powerful Offshore Wind (HIPPOW, you read that right) initiative by throwing €30 million (about US$33 million) at Siemens Gamesa from its political union innovation fund to partially fund the giant turbine. There's no word yet as to the Levelized Cost of Energy (LCOE) for this beast, however, Denmark's offshore wind figures back in 2018 were around €46 per megawatt-hour (MWh).

Siemens Gamesa has been installing wind turbines since 1991, including having planted 11 turbines into the world's very first offshore wind farm at Vindeby, Denmark. The SG DD-276 marks the 5,000th turbine the company has erected across 14 countries, exceeding a total capacity of 27 GW.

A worker atop a Siemens Gamesa turbine
A worker atop an offshore Siemens Gamesa turbine

China's Mingyang Smart Energy MySE18.X 20 MW previously had the record for about seven months, after having taken it from Dongfang Electric Corporation's 18 MW offshore wind turbine. In the fast-moving winds of change, these records are often short-lived.

Speaking of, Dongfang has already announced its completion of a 26 MW turbine that has yet to be installed. Mingyang has also already announced plans to build its own next-gen 22 MW turbines. When either of these go live, Siemens will be left in the dust.

With the recent doubling down of tariffs between the US, EU and Chinese tech, critical minerals and rare earth elements used in the production of components from circuit boards to the neodymium in the magnets might be harder to come by – as China controls most of the world's supply chain – making this record probably short-lived.

Source: Renew Economy AU

10 comments
10 comments
LeonW
"the Siemens SG DD-276 turbine stretches a ridiculous 905 ft (276 meters) from blade tip to blade tip" Actually, the source article mentions that the diameter is 276m, not the distance between blade tips.
pete-y
Seems to make sense to increase size and output as the cost will be little higher but amortise all the foundation and pole costs to give a lower output price.
michael_dowling
55,454 tons savings on CO2 emissions over it's lifetime?? The YEARLY world wide production of CO2 is 37.4 billion metric tons! If the turbine lasts 25 years,that amounts to a yearly savings of 55,454/25 = 2218 tons per year,a drop in the ocean!
DaveWesely
@michael_dowling And your point is??? This is ONE turbine. The lack of CO2 production in its power output more than compensates for the CO2 created manufacturing it. Unlike burning oil and gas. And 25 years? I thought the time frame was 20 years. Depends on the spin, eh? Even once the wind turbine has reached its end of life, the structure is still intact and can be renovated. The nacelle can be refurbished and the blades can be replaced for far less than replacing the entire turbine.
meofbillions
". . .which could generate enough electricity to power 70,000 Danish homes per year."
What will it do day by day?
JS
@meofbillions - if it were producing power at 50% capacity (which is realistic), it'll power about 25,000 Danish homes daily. The average Danish home isn't particularly power hungry with about ~10 kWh usage per day. The average American home uses nearly three times as much power at ~29 kWh, so it would only power about 8,800 or so per day. Personally, I use around 35-36 kWh in my home per month ... I really like the AC set to 71F and it's hot where I live. :)
alan c
meofbillions - I get it; even journalists don't know the difference between power and energy - MW and MWh.
JS
@alan c - Did I get something wrong?
YourAmazonOrder
Soon to be very easy targets of Russian sabotage.
Ranscapture
I bet 3D printing one on site will be even cheaper, don’t need a printer bigger than it, just one that can climb. Also, skip the micro increments, next one better be 1 mile diameter.