There’s already a high level of self-sufficiency in St. Croix – where many, many homes rely almost entirely on rainwater cisterns for their freshwater supply. As batteries and residential renewable energy become cheaper, many residents may willfully follow Mr. Boyd’s footsteps, and begin to fully opt-out of the Virgin Island electric system by going off grid. But for economies of scale, utility-scale renewables and large batteries can pack a big economic punch. Lower systemwide power prices can help reduce electric bills, but also attract new companies seeking paradise on a dime. Meanwhile, brandishing ecological credentials could improve the islands’ largest industry: tourism. In the Netherlands, tourists readily pay for windmill and wind farm excursions.
As the Virgin Islands celebrate the 100th anniversary of Transfer Day, let’s hope it won’t take another 100 years for renewable energy.
Just over 6,600 megawatts of installed wind power capacity exists in the Sooner State – enough to meet about 25% of the state’s annual electricity needs – more than what coal provides. Oklahoma installed nearly 2,000 megawatts in 2016 alone. By the end of the year, Oklahoma became third in the nation for the most wind power installed.
The South’s newest wind farm, Amazon Wind Farm U.S. East, in North Carolina is a perfect example of the impact a wind farm can make on a local, rural economy. The project generated approximately 250 construction jobs and 14 permanent jobs, but these statistics just touch the surface when it comes to economic activity. The wind farm is a $400 million capital investment in Perquimans and Pasquotank Counties, and the project is expected to generate $250,000 in property tax revenues in just 2017 alone. The wind developer, Avangrid (formally Iberdrola), is now the largest taxpayer in the two counties the turbines are located in. The combination of landowner payments and local taxes add up to $1.1 million injected into the local economy a year!
As a native North Carolinian and self-professed clean energy enthusiast, I have really been scratching my head lately over recent pushback on our state’s first large-scale wind farm. To catch you up on the issue, the online retail giant Amazon recently flipped the switch on a 208-megawatt wind farm, located outside of Elizabeth City in eastern North Carolina. As [...]
The Amazon Wind Farm is the first large-scale wind farm in North Carolina, and is located predominately in farm land. The wind developer, Avagrid, has gone through more than six years of federal, state, and local permitting, review, studies and construction. In an eleventh-hour attempt to kill the project, a small group of anti-wind power North Carolina legislators claim even more red tape is necessary, because they claim a wind farm could interfere with a radar installation in Virginia.
Overall, wind energy does not cause population level threats to birds and accounts for an extremely small percentage of unnatural avian mortality. A study in Energy Policy, found that fossil-fueled power plants, on a per unit of energy basis, are estimated to kill 17 times more birds than wind energy. So for every megawatt hour of electricity from a wind farm that replaces fossil fuels, seventeen times as many birds may be saved.
The time to contract for low cost wind power is now. The largest renewable energy project in the making is a proposed power line that will bring huge amounts of cheap, wind energy to the South, but electric companies must act quickly.
Wind resources from western Oklahoma and Texas – where the Clean Line and Pattern Energy transmission line projects will source wind – are being marketed at prices around $20-30 per MWh. That’s comparable to the price of operating a modern natural gas power plant, making wind not only cost-effective but a guaranteed low-cost electricity source for decades in the future.
The single most-significant difference came from the so-called ‘leading experts’: a hand-selected group of 22 individuals who are among the wind sector’s most knowledgeable and senior leaders. Those experts were, on average, even more optimistic about wind energy cost reduction, expecting LCOE to decline by 27% by 2030 and 48% by 2050 in the median scenario, and by 57% and 66% in the low scenario (Figure 4). The views of this group suggest even greater potential for cost reduction than noted earlier.
Wind farm development in the south has been slow. At one time, the sauntering southern breezes seemed too sluggish to harness for wind farm development. Research, meteorology and advanced wind turbine technology have finally enabled economic wind farm development in the south. Two southern cultural references, mixed with some new science, help explain why wind [...]