Global Offshore Wind Capacity Is Estimated To Surge Over 234 GW By 2030

Wind energy or wind power both describe the process by which the wind is used to generate electricity. Offshore wind energy or offshore wind power is the use of wind farms built into the water bodies, usually in the ocean, to harvest wind energy to generate electricity. Offshore wind energy offers various benefits such as the energy is generated at higher speed on the offshore than on the onshore. Installation of offshore wind energy technologies is gaining significant acceptance worldwide due to its high-power generation capabilities. Global offshore wind capacity is estimated to surge to over 234 GW by 2030 from 29.1 GW at the end of 2019.

The United States has an extensive offshore wind energy resource available for utilization. Sides of the Atlantic Ocean are perfect locations for offshore wind farms, as these shores have a tremendous power potential of over 2,500 GW. Around 20 to 30 GW offshore wind capacity is expected to be operational in the United States by 2030. A 450 MW offshore wind farm is set to be built in the Adriatic Sea in northern Italy. Moreover, the Italian energy company has submitted an application to the Italian government for a 30-year concession in the region of Italy's Adriatic Sea, where it plans to build a 330 MW offshore wind farm.

Furthermore, the Asia-Pacific offshore wind academy is set to be built in Singapore, which will provide educational services for the offshore wind industry in the region. With the recent developments in turbine technology, offshore wind farms now generate electricity at a higher level of efficiency. Moreover, offshore wind resources are stronger during the day, allowing for more efficient and stable production of energy when electricity demand is at its peak, while most onshore wind resources are stronger at night when consumer demand is low. However, offshore wind farms can be expensive and difficult to build and maintain.


 

Comments

Post a Comment

Popular posts from this blog

DNA Sequencing Technology has revolutionized the Field of Medicine and Could Potential Change how we treat chronic diseases

DNA Sequencing Technology is a new technology used to identify the exact sequence of the DNA - a specific sequence of bases that make up a living cell. DNA is essential for the development of a human being. Being able to read the DNA sequence allows for the identification of the genetic makeup of an individual. The DNA sequence also helps to differentiate between members of the same species. There are a number of applications that this technology can be applied to, the most common of which is to identify the genetic makeup of an individual. DNA Sequencing Technology can be used to determine the genetic makeup of individuals. DNA Sequencing is the process of identifying the sequence of the DNA - the genetic code of living organisms. Knowing the sequence of the DNA is essential for basic medical research, in many areas including medical diagnosis, forensic genetics, biochemistry, and virology. Other uses include studying disease processes and mapping human populations. Next generation s
Read more

Polydimethylsiloxane (PDMS): A Member of Polymeric Organosilicon Compounds Used In Various Industries Due To Its Versatility and Properties

Image
Polydimethylsiloxane (PDMS) is a compound that is commonly used for the development of contact lenses, but it has many other uses as well. Surfactants and foaming agents are among the many things that are made from PDMS. Other uses include, the treatment of petroleum jelly and rubber. The chemicals used in the manufacture of cosmetics and medicines may also be derived from PDMS. The production facilities for PDMS in Europe are located in France, Germany and the U.K. In Germany, PDMS is classified as “slightly water polluting”. It was not that long ago that scientists thought there might be some connection between the use of polydimethylsiloxane in cosmetics and the development of allergic reactions. Scientists have since conducted studies and discovered that there actually are connections between the use of this chemical agent and the development of eczema and allergic reactions. The link between cosmetics and skin irritation and allergy is a result of the fact that the ingredients in
Read more

An Overview of Wireless Charging: What Is It And How Does It Work?

Wireless charging is an optimized inductive charging that allows you to charge your devices wirelessly. It uses electromagnetic induction to provide electricity to portable devices. Qi is the universal interface standard for wireless charging. It was developed to transfer inductive electrical power over a distance of up to 4 cm. The Qi wireless charging standard is the most common application for electronic devices such as smartphones, tablets, and smartwatches. Wireless charging is also used in electric toothbrushes, vehicles, power tools, and medical devices. The device can be placed on top of the wireless pad or near a charging station and can be charged. This is a more efficient way of charging than charging through a wire.  The technology is widely used in low-power applications, such as wearables, ear pods, tablets smartwatches, smartphones, and other handheld devices, which require charging levels below 100 watts. Consumer electronics manufacturers are focusing on strategic alli
Read more