Vestas receives largest order ever in Finland for 99MW

Last 7th of March TuuliWatti Oy has placed a 99MW order with Vestas for two projects in Finland using V126-3.3 MW turbines and the new Large Diameter Steel Tower technology. The order consists of two projects utilising V126-3.3 MW turbines and featuring Vestas Large Diameter Steel Towers (LDST), which allows for taller hub heights and therefore greater annual energy production at low wind speeds.

The order comprises the 73 MW Kalajoki project, which will be the first large-scale wind power plant in Finland. Delivery of the turbines will begin in the fourth quarter of 2014 and the project is expected to be completed in Q3 2015.

Delivery of the 26 MW Siikainen project will begin in Q3 2014 and is expected to be completed in Q1 2015. Both projects include a Vestas Online Business SCADA system and a five-year Active Management Output (AOM) 5000 service agreement with options for two additional extensions of five years.

The two projects feature the V126-3.3 MW, which can produce up to 20% more power compared to the V112-3.0 MW on a site with average wind speeds of 6.5 m/s. The towers for the projects will be the recently launched Large Diameter Steel Towers, (LDST), a Vestas-patented concept that features a special wider diameter lower section of the tower, resulting in increased strength without adding extra steel. Therefore Vestas can provide higher towers to customers to optimise power generation at
low wind speed sites for the V117-3.3 MW and V126-3.3 MW.

Wind and Investment in 2013? Not so much :(

Unfortunately, 2013 wasn’t all good news. Wind energy hit the doldrums in 2012, with revenue falling precipitously to $58.5 billion from $73.8 billion in 2012, and just 35.5GW new capacity installations worldwide – a far cry from a record 44.7GW the previous year.

The wind market would have been even worse if not for China, which installed 16.1GW in 2013 (a whopping 45.4% of all global new capacity) and extended its status as the world’s leader with 91.4GW cumulative installed capacity – 30GW ahead of the US and nearly 60GW ahead of Germany. For context, the US market added just 1GW last year as Production Tax Credit uncertainty created industry headwinds. Clean Edge forecasts fuller sails in the future, with modest growth leading to $93.8 billion in market revenue by 2023.

Clean energy investment’s ledger ran into the red again last year, with total 2013 clean energy investments dropping to $254 billion, down from $286.2 billion in 2012 and a peak of $317.9 billion in 2011. Even China experienced less investment, with a 3.8% funding decline, the first year-to-year drop in more than a decade. Europe and the US fared even worse, with 41% and 8.4% plunges, respectively.

But even though overall investments continued their downward trend, Clean Edge sees a few bright spots. Clean energy funding jumped 55% in Japan to $35.4 billion, while some of the world’s biggest corporations made major investments, and the performance of clean tech companies in publicly traded markets outpaced other industries.

Read full article at http://cleantechnica.com/2014/03/27/2013-renewable-energys-best-times-worst-times/#ztxR5RuHEhzjusCK.99

Trends on clean energies for 2014

Trends for 2014

In the 2014 Clean Energy Trends Report, Clean Edge showcases five trends to watch for the coming year. For the first time, this year the authors looked at green building and electric and hybrid vehicles. Since 2000, these sectors have experienced compound annual growth rates of 68.9 percent and 38 percent respectively, according to Clean Edge.

The first trend to keep an eye on is in the utility sector.  Clean Edge believes that in 2014 we will start to see “enlightened utilities begin to embrace distributed generation assets.” As rooftop solar continues its steady march towards adoption, utilities will continue to grapple with how to maintain healthy businesses in the face of declining electricity sales. “Some forward-looking utilities, if not fully embracing a distributed energy future, are making investments, forming partnerships, and acknowledging that the threat of DG might also be a business opportunity,” the report states.  Clean Edge points to some examples of this that took place in 2013, such as Edison International’s purchase of SoCore Energy, a Chicago-based rooftop solar developer that does work in the commercial space. It also uses Duke Energy’s investment in Clean Power Finance as another example of utilities starting to think about profiting from distributed PV. 

This type of movement in the utility sector is taking place in Europe and Asia, too, said Clean Edge. German utility RWE is leading this transition by overhauling its entire business model while in Japan, a country that installed 7 GW of PV in 2013, consumers are seeking technological solutions to their energy woes in a post-Fukushima world. “The country already has some 30,000 homeowners who use fuel cells like Panasonic’s Ene-Farm to generate power on site,” said Clean Edge.

Energy storage is also mentioned as something to keep an eye on and the report said that consumer-sited battery technology is comparable to where PV was in the early 2000s with some early adopters already onboard.

This disruption in the utility sector will have a huge impact on regulators, said Clean Edge. The report quotes former FERC chairman Jon Wellinghoff saying that regulators will need to change from being rate setters for monopoly markets to become rule setters for competitive markets.

Cities Spearheading Change

Interestingly, the 2014 Clean Energy Trends report explains that cities are now starting to take leadership roles in the transition to a low-carbon economy as a way to buffer themselves against the devastating effects of disasters caused, at least in part, by climate change.  New York, Seattle, Copenhagen, Sydney and others are showcased in the report as setting initiatives that seek to lower carbon emissions within their city limits. 

Many of those low-carbon initiatives center around the building sector, and Clean Edge predicts a rise in net-zero energy buildings in the coming years.  The report points to several high-profile net-zero energy buildings that have been erected over the past two years and said that these buildings are raising awareness and helping to prove the net-zero concept. 

Although skeptics may contend that examples of net zero buildings are isolated, that will change dramatically in coming years. The European Union has mandated that all new public buildings must achieve “nearly zero” energy status by the end of 2018, and that all other new buildings achieve the same status by the end of 2020.

The marriage of clean tech and the Internet is creating a growing “cleanweb” sector and this is another trend to watch according to Clean Edge.  The cleanweb is essentially the use of big data and the Internet to manage resources more efficiently or deploy renewable energy.  Everything from ridesharing to financing large-scale renewable energy projects is part of the clean web. Venture Capitalists are paying close attention to this sector as well as we pointed out in our 2014 Renewable Energy Finance Outlook.

Finally the report shows the growing interest in vertical farming. Clean Edge authors believe that as the world population grows vertical farming will become more and more mainstream.  This is the last of its five trends.

The full 24-page Clean Energy Trends 2014 report can be downloaded for free at the Clean Edge website.

Read full article here:
http://www.renewableenergyworld.com/rea/news/article/2014/03/renewable-energy-trends-illuminated-in-clean-edges-market-report?utm_source=twitter&utm_medium=social&utm_content=4557407