Our precious beach is about to be changed forever if immediate action is not taken. Wind power developers plan to construct as many as two hundred 643-foot tall wind turbines along our coast between Ocean City, Maryland and Rehoboth Beach, Delaware. These towers will be visible from shore, not only during the day, but also at night due to the flashing of airplane and ship warning lights.
Little consideration has been given to the impact on your home value, your quality of life, your rental income, or your business.
Most along our beach have no idea what is about to happen. Your opinion has not been asked. Decisions are being made by others in Dover, Annapolis, Washington, and Italy. It is time for our voices to be heard.
For additional illustrations provided by the Ocean City government, click here.
The Maryland Public Service Commission (PSC) approved two wind turbine projects to be built off the Maryland and Delaware coasts, allowing the installation of 368MW of electrical capacity. The total cost of the two projects is $2.1 billion.
The first is US Wind, a subsidiary of the Italian wind turbine manufacturer Renexia. This Italian-based company is planning to install 32 turbines as close as 17 nautical miles from our shore with a capacity of 248 MW. US Wind has discussed installing as many as 187 wind turbines in three phases.
The second is Deepwater Wind’s Skipjack Project. This project will include 15 wind turbines as close as 17 nautical miles from shore with a capacity of 120 MW.
It is believed that both companies plan to construct 8MW wind towers that are at least 643 feet tall.
The two lease areas are as close as 12.5 miles from the shoreline. As the map illustrates, US Wind plans to build in the lower lease area, while Deepwater Wind plans to build in the upper lease area.
Under most conditions, the wind turbines will be visible from the coastline. Even at 18 miles from the coast, 516 feet of a 643-foot turbine can be seen above the horizon.
Source: National Oceanographic and Aeronautical Administration (NOAA)
The Ocean City Mayor and City Council have openly supported clean energy, including offshore wind. However, they have also expressed serious concerns that creating a visible industrial landscape on the ocean horizon will harm the beach economy by reducing property values, rental income, tax receipts, and tourism.
“We support whatever can be done to mitigate this situation,” said Ocean City Mayor Richard Meehan. “But the bottom line is we just don’t want citizens, the visitors, the residents, and our 26,000 non-resident property owners to be looking at the industrial view when we’re on the beach in Ocean City.”
Ocean City Mayor Richard Meehan and the Ocean City Council unanimously support the requirement that offshore wind energy turbines be built at least 26 miles off the coast of Ocean City. At this distance, the turbines would be less visible.
To learn more about Mayor Meehan’s concerns, watch this interview.
A study conducted by economists at North Carolina State University determined that near shore wind turbines would have a big impact on coastal tourism.
To explore the economic impact of offshore wind farms, the researchers surveyed 484 people who had recently rented homes on the North Carolina coast in areas where the state has offshore leases available for wind farm development. Fifty-six percent of participants had rented vacation homes each of the past five years, and one-third of that 56 percent had rented the exact same house every year.
Fifty-four percent said they would not rent a vacation home if turbines were in view, no matter how large a discount was offered on the rental price.
Area residents and businesses will pay an additional $177,000,000 in increased electrical rates annually during the 20 year life of the project. That is $3.5 billion less purchasing power.
The wind power operators will be paid approximately 13.7 cents for each kWh they produce, which is nearly 400 percent more than the 3.5 cents per kWh that residents in the PMJ grid now pay for the wholesale price of power produced.
The US Wind proposal stated that their project would create 32 permanent operational and maintenance jobs, while Deepwater Wind stated that their project would create 37 permanent operational and maintenance jobs. Using the National Renewable Energy Laboratories Jobs and Economic Development Impact Model, the total number of permanent jobs created from both projects is approximately 50. To access this Economic Impact Model, click here.
Since the annual increase in the cost of electricity to area consumers is $177,000,000, the cost for each job created by the wind projects is $3,500,000, every year, for 20 years.
With the reduced purchasing power of residents and businesses, more jobs will be lost than the number of new jobs created.
The Maryland Public Service Commission hired a consultant to determine the air quality benefit of both projects. The consultant’s report found there would be no regional air quality benefit. Regional CO2, NOX, and SO2 emissions would actually increase because power generated by the wind turbines would mostly displace energy generated by clean natural gas-fired power plants.
According to the EPA, air quality in the United States is improving rapidly. The six common air pollutants declined a total of 67 percent from 1980 to 2016.
The WindAction Group, a group focused on informing the public about industrial wind energy, created a bird tracking study that determined some migratory paths cross areas slated for offshore wind development.
The report prepared for the Maryland Public Service Commission also stated: “A large offshore wind project will affect the local marine environment.” They recommended that an environmental impact study be commissioned.
There are additional concerns about the potential negative impact on sea life such as horseshoe crabs. The Delaware Bay has one of the largest populations of horseshoe crabs, which contribute immensely to health care testing. Vaccines, intravenous solutions, and implantable medical devices — both for humans and animals — are quality checked for safety using a test that comes from the blood of horseshoe crabs.