As I peruse the news and RSS feeds, I look for topics of interest that pop up from different sources. This week wind power seems to be a hot topic. Maybe the economic upheaval and energy concerns are putting green technology back in the limelight. This article talks about New Jersey’s goal to become a world leader in wind-generation. Garden State Offshore Energy, a joint venture of PSE&G Renewable Generation and Deepwater Wind, was chosen to build a $1 billion, 345 megawatt wind farm in the ocean about 16 miles southeast of Atlantic City. I can see their new tagline now “Welcome to Jersey. It really blows here.” OK maybe that needs some more work… It’s not just North America getting in on the act either. This article on CR4 talks about Argentinea getting in on the wind generation business. What’s interesting about this one, is that the park grew from humble beginnings. The park began in 1994 with only two windmills feeding a small town, and has grown up to become the largest in South America. It has a total of 26 windmills and an annual production of 60.9 million kWh.
It might just be that I got wind power on the brain, since I just finished some work for the upcoming CanWEA Tradeshow and Conference happening in Vancouver, BC this month, October 19-22nd. (I’ll be in Barcelona at the OPC UG that week, or I probably would be there.) It is Canada’s biggest renewable energy event after all. I also submitted an abstract to be presented at WINDPOWER 2009 Conference & Exhibition taking place May 4 – 7, 2009 in Chicago, Illinois. It is being billed as “The world’s largest and most anticipated annual event for wind energy.” Now how can that not be exciting? Each year, wind energy professionals gather at this event to learn about the latest industry developments and technologies, review new products and services. We will be there this year talking about OPC and wind power. (What else would we be talking about?)
One of the big challenges in wind parks is getting vast amounts of data from geographically dispersed sources to the people that need it, reliably, in a form they can use. Of course the first step is getting connectivity for common protocols turbines use like Modbus, or popular wind farm SCADA platforms such as Rockwell Allen-Bradley, Siemens and GE Fanuc. Another consideration is connectivity with common electrical utility protocols like DNP 3.0 and IEC 60870-5. OPC has got all that covered. OPC solutions for guaranteed data delivery, at the source historization and redundancy also come in handy.
Typical wind-power developers, owners and service companies often manage multiple wind farms, across large areas, consisting of different turbine models from different companies. They got to take basic measurements such as production and power factors, as well as gather analysis data such as temperatures, pressures, response times and fault indicators. Time is money. To be competitive and meet time critical demands of power purchasers, wind-farm operators need to be able to quickly and reliably evaluate the electrical status of their park. OPC definitely fills that role. As Dylan said “The answer is blowin’ in the wind”.