Don't get rid off your small turbines!



Offshore wind farm

 Here we go again! How many times can our leaders take a good and noble idea and totally mess it up. The latest and some may say the most important subject to come around (offshore wind farm) is finally a stone’s throw away from becoming a reality. But already, as it happened with slots, the subject of conversation in Annapolis’s State Circle is how can we give it to a few and how do we control the money rather than focusing on the greater good.

Offshore wind has every group looking to profit from it. Maryland’s governor has proposed a rate hike to the consumer, or a tax as I like to call it, to make wind energy happen. Even his fellow democrats are apprehensive to this approach. When energy prices are through the roof, this rate hike looks eerily like more of the same. The explanation is that the investment will spur development. I think that the turbines will happen either way and the open market will do its thing. Better yet, why doesn’t Maryland build them and lease out the maintenance and power delivery in short ten year contracts.


Maryland Governor Martin O'Malley

 Increasing your energy bills should be the last thing any governor in Maryland talks about, especially after the promises and accusations that went on in past elections. Maryland has a history of using prevailing wages in State contracts and I suspect that this is one of the reasons the cost to build offshore wind will be so high causing outside investors to ask the Governor for this kind of contribution from the public.

We need these projects to come to Maryland because of the jobs they will generate, the energy competition they will bring which should lead to more competitive pricing for the consumer and the environmental benefits that cannot be overlooked. So with all due respect Mr. Governor, no rate hikes just true competition and diversity. You worked hard for renewable energy to come to Maryland. Was it to benefit the masses of people, or was it for the few investors? Please allow the citizens who have tolerated rate hike upon rate hike to have their day, a choice in energy supply, and a cleaner world.



Small wind turbine by Windtamer



  One final point to homeowners: don’t give up on individual solar panels and small wind turbines. This kind of business as usual posturing by the powers that be is a sign that true competition will only happen if you have your own horse in the race.

Make it happen!
by George Lopez

Round-up of largest renewables projects of 2010

A recently published round-up of the biggest renewable energy projects completed during the year shows that, despite the global recession, the renewable energy sector remained buoyant during 2010. The list of record-breaking projects was put together by the editors of Renewable Energy World.

Offshore wind

2010 was the year in which offshore wind came of age. The UK’s Crown Estate led the way, announcing the winners of its Round 3 tender process in January 2010, which will see an additional 32 GW of clean electricity feeding into the UK grid from offshore wind farms in the North Sea, on top of the 8 GW planned from previous rounds.

This initiative is by far and the way the largest of its kind currently under way in the world and has also meant that some of the largest offshore wind projects to be completed in 2010 were located around the UK; the biggest being the $1.2 billion Thanet offshore wind farm near the coast of Kent. This 300-MW array officially started sending power to the grid in the last quarter of the year and is currently the largest offshore wind farm in the world.

Despite its impressive size, Thanet will be dwarfed by subsequent wind farms that are in the pipeline as part of Round 3, including Dogger Bank at 9 GW, Norfolk Bank (7.2 GW), and Irish Sea (4.2 GW).

Returning to the largest projects of 2010, Thanet was followed by Rødsand II, a 207-MW extension of an existing wind farm in Denmark installed by E.ON in 2010, and the 180-MW Robin Rigg wind farm, again constructed by E.ON in April. This is Scotland's first offshore wind farm. Onshore wind Turning to wind farms on land, the US was the place to be in 2010, with the Roscoe wind farm – the largest onshore wind farm in the world – being commissioned in November. This 781.5-MW wind farm was closely followed by the Horse Hollow Wind Energy Center at 735.5 MW. The largest wind farm under construction is also in the US and consists of the 800-MW Alta Wind Energy Center, while the largest proposed project is the massive 10-GW Gansu wind farm in China; a country which will undoubtedly boast some of the largest wind projects in 2011.

Hydroelectric

Renewable Energy World turned to the editors of Hydroworld.com to look at the biggest projects in the hydroelectric sector, finding that the largest project that began operation in 2010 also holds the record as Southeast Asia's largest hydroelectric power station. The first of six turbines at Vietnam’s 2.4-GW Son La station was connected to the national power grid in late December, and it is forecast that the two-billion-dollar plant will be fully operational in 2012, three years ahead of a target set by the National Assembly.

South East Asia is also home to the second largest project that went online in 2010. The Nam Theun 2 hydroelectric power project in Laos was completed in December at a cost of $1.45 billion and has a capacity of 1,070-MW. The project is co-owned by Electricite de France, the Lao government, the Electricity Generating Public Co. of Thailand and Italian-Thai Development.

Major hydro power projects were also completed in Brazil (the 855-MW Foz do Chapeco hydropower plant) and Ethiopia (the 460-MW Beles plant), while the largest hydroelectric project in North America (the Toba Montrose project) went online in British Columbia (Canada) after three years of construction and at a cost of $663 million.

Solar photovoltaic

Europe was very much at the forefront of major solar photovoltaic (PV) projects throughout last year, with all but the largest of the top eight projects being constructed in Italy, Germany and Spain. Nonetheless, prompted by a succulent feed-in tariff, the largest solar PV array to be completed in 2010 was located in Ontario (Canada), after solar developers chose to expand the Sarnia PV plant to a 97-MW capacity.

Developed by SunRay Renewable and acquired by SunPower in February 2010, the Montalto di Castro in Italy followed closely behind the Sarnia plant, with a capacity of 84.2 MW. Third slot was held by Q-cells International’s 80.7-MW Solarpark Finsterwalde I,II,III in Germany.

Geothermal

Renewable Energy World found that while the US continues to lead in overall geothermal development, the top three biggest geothermal projects completed during 2010 were all located outside the country.

The biggest plant in 2010 was built at Rotokawa in New Zealand. Coming in at 132-MW, Mighty River Power’s Nga Awa Purua plant is the largest single-turbine project ever developed.

Italy again figured as host of one of the flagship renewable projects of the year, when the second-largest geothermal plant to be constructed in 2010 was competed at the Larderello field, which has been under exploitation for 80 years. Enel Green Power’s Nuova Radicondoli 2 and Chiusdino 1 wells, both 20-MW, came online this year.

Finally, Africa was home to the third biggest project fully completed in 2010. Sited in Kenya, the 35-MW expansion of the Olkaria II power plant brought the entire project to a total capacity of 105 MW, making it the largest geothermal plant in Africa.

Biofuels

The US and Brazil were the most favorable locations for new ethanol plants last year, with most of the sector’s top eight projects being started up in these two countries. The developer ADM was responsible for the two largest plants, located in Iowa and Nebraska (US). Each has a maximum output of 300 million gallons per annum and uses corn as a feed stock.

Brazil is home to the sixth, seventh and eighth largest plants, the first two in Goiás and with capacities of 98 and 95 million gallons per annum each, and the latter sited in Mato Grosso, also with a capacity of 95 million gallons per year. All three plants operate using sugarcane.

In the renewable diesel segment, Dynmic Fuels in Geismar, Louisiana (US) headed the field, when its synthetic diesel plant was commissioned. The plant produces 75 million gallons of renewable fuels per year from non-food grade animal fats produced or procured by Tyson Foods.

Nestlé Oil opened the largest renewable diesel plant in the world in 2010. Located in Singapore, the plant produces 240 million gallons per annum of NExBTL renewable diesel from a mix of palm oil, rapeseed oil, and waste fat from the food industry.

While the list compiled by Renewable Energy World is certainly not definitive, leaving out for example the solar thermal electric sector that saw a number of major new plants go live during 2010 including Acciona’s Palma del Rio facility in Cordoba (Spain), it does go some way to reflecting how much progress the clean energy sector is making as we move forward into the next decade.

For additional information: Renewable Energy World

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