ManagEnergy – Renewable Energy

Wind Turbine Vs Person




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wind turbine vs person

Wind energy is a cleaner source of energy than traditional sources such as coal or nuclear, with no particulate emissions and using much less water to generate the same amount of electricity.

When constructing wind turbines, development and construction companies hire specialized workers from the wind industry for site preparation. Additionally, they utilize local contractors to construct access roads and create foundations beneath the turbines.


Wind turbines are an excellent way to generate renewable energy for your home. While they may be costly initially, wind turbines will pay off over time and supply you with clean electricity for many years in the future.

These turbines generate electricity by capturing kinetic energy in the wind and turning it into rotational energy. This kinetic energy is then fed through a series of gears, increasing the speed of a generator that then supplies usable electricity for your home.

Wind turbines require a certain speed to run efficiently, usually six to nine miles per hour. Once this threshold is reached, the turbine will start producing electricity and continue until safety reasons require its shutdown.

The amount of energy a wind turbine can generate depends on its size, the quality of its blades and how strong the winds are. When conditions are favorable, wind-generated energy can be tremendously abundant.

Due to their need for a large area to operate, wind turbines can be expensive. In 2015, they costed an average of $1,690 per kilowatt of capacity.

Spending money on electricity is a big commitment, so you should carefully weigh whether this investment will be worthwhile. Also take into account how much energy your turbine can generate over time.

Onshore turbines typically have a capacity factor of 30-40%, while offshore turbines can reach up to 65% (rarely higher in exceptional circumstances). This depends on when the wind dies down or changes direction during the day.

While wind energy may not always be reliable, it remains an efficient source of energy that can help you save on your utility bill. Plus, by cutting back on fossil fuel consumption, you reduce your carbon footprint.

Some residents who live near wind farms have reported health effects such as ringing in their ears, lack of concentration, headaches and sleep disruption – these symptoms being referred to collectively as “Wind Turbine Syndrome.” While there is no scientific proof that living close to a wind farm causes these issues, those who reside nearby may experience increased levels of anxiety due to its potential disturbances.

Environmental Impact

Wind turbines are an invaluable source of renewable energy and an integral component in the global fight against climate change. They generate electricity without releasing greenhouse gases such as carbon dioxide into the atmosphere, making them more sustainable than other forms of power production.

Environmentalists remain worried about the ecological effects of wind farms and their accompanying infrastructure. For instance, producing energy from such large-scale wind farms requires vast amounts of land – in some cases more than 10 acres! Furthermore, each large wind farm requires an average of 1.2 million square feet of power transmission lines to deliver electricity into local distribution grids.

One of the primary concerns about wind turbines is their effect on birds and bats. These animals are particularly at risk when turbine blades rotate at high speeds, often leading to collisions between them and the blades.

In addition to direct impacts on wildlife, wind turbine construction and operation can have many other negative consequences. These include noise, aesthetics, water use, air emissions, materials acquisition costs, as well as climatic effects.

These issues are compounded by the majority of turbines being located on remote land with no established communities nearby. Therefore, wind developers must take into account both environmental effects and local community impacts when making siting decisions.

Therefore, local authorities and community members must be involved early in the development process. This way, the developer can take into account potential conflicts with other users of land as well as how this might alter the character of its surroundings.

Another pressing concern is what to do with turbines when they no longer contribute to power production. Some companies recycle turbine blades into carbon fibre yarn and fabric for recycling purposes at a cost-effective rate.

With the growing number of turbines installed worldwide, companies are searching for ways to reduce waste and pollution. To this end, many are exploring methods of recycling turbines in a more eco-friendly manner.


Some members of the population have reported adverse health effects such as ringing in ears, headaches, lack of concentration, vertigo and sleep disruption due to electromagnetic waves emitted by turbines themselves; however these could also be caused by stray voltage or ground current.

Though these health worries are understandable, the vast majority of individuals living near wind turbines do not experience any negative consequences. Indeed, millions around the world live and work within close proximity to these machines without complaining.

Studies have confirmed the benefits of wind turbines on quality of life and health metrics, such as sound quality, noise levels, and even nocebo effect (see below).

Mroczek and colleagues’ study in Poland was particularly remarkable. They conducted a survey of 1,277 randomly selected Polish adults (703 women and 574 men) to identify the greatest health benefits associated with living near wind turbines.

The study’s most striking finding was that the best measure of overall quality of life and health was actually a combination of factors like sound quality, noise levels, and perceived social interaction. Notably, those living within five miles of a wind turbine experienced an improvement in quality of life of around 40% – as well as an increase in self-reported satisfaction with their lives. It is evident that wind turbines can be beneficial to communities and should be considered by all those interested in renewable energy sources.


Wind turbines are large and heavy, so it’s essential to maintain them for efficient production. This requires following manufacturer recommendations and performing regular inspections to ensure everything runs smoothly.

Preventative maintenance (PM) is an ongoing, systematic process that includes cleaning, lubrication and repairs to extend the lifespan of assets. Typically these tasks are completed twice annually but they can be adjusted depending on individual needs and operating conditions.

To minimize the likelihood of unscheduled stoppages and costly crane or repair equipment rental, it is essential to create an comprehensive maintenance plan. This will help avoid expensive and time-consuming repairs which could negatively affect production capacity and revenue.

Modern turbine designs utilize advanced materials and technology, making them more resilient than ever before. Unfortunately, they remain vulnerable to damage.

Inspection is key to maintaining the lifespan of a wind turbine, as it helps identify issues before they become serious. Physical inspections should be done on the blades, supporting structure and foundation to check for signs of corrosion or cracking. It’s also essential to listen for audible noises in gear and bearing assemblies to confirm they are functioning optimally.

Another maintenance strategy employs sensors on key parts that send valuable data back to the wind farm. This data can be used for forecasting when lubrication or maintenance is necessary and also helps detect vibration, temperature changes and foundation displacement–all indicators of an issue with the machine.

These types of maintenance are intended to extend the life and productivity of a turbine, as well as reduce downtime – an economical way to boost production while decreasing O&M expenses.

In addition to traditional preventive maintenance programs, predictive maintenance programs that utilize sensor-based technology are becoming increasingly popular among wind turbine owners and operators. These initiatives attempt to anticipate when parts of a turbine will malfunction and then plan repairs before problems escalate into major issues.

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