Norway has a long and fascinating history of power production, and it has subsequently developed into one of the top producers of clean energy worldwide. The list of all power plants in Norway, including hydroelectric facilities, solar facilities, thermal power plants, and more, will be covered in this article. Each power plant’s technical specifications, including its size, function, and current and anticipated production output, will be provided. Additionally, it will address the present utilization rate and any difficulties that are currently being faced, as well as the current political and legal background surrounding power plants in Norway. Finally, it will take into account the energy sector’s long-term ambitions and the research being done to develop an expanding number of ecologically friendly, sustainable sources. This page should be a helpful resource for anyone interested in finding out more about Norway’s current power plants as well as its current plans for future energy production because it provides a thorough look at them.
All of Norway’s wind power stations are listed below.
List of all Wind Power Plants in Norway in table format
For the benefit of our readers, we have compiled a list of wind power plants in Norway in the following table:
| Powerplant Name | PowerPlant Capacity(MW) | Power Plant Location via to Latitude and Longitude | Fuel Type- Primary | Estimated Power Generation(GWH) |
|---|---|---|---|---|
| Fakken | 59 | 70.1023, 20.1077 | Wind | N/A |
| Grov | 45 | 61.8243, 8.9741 | Wind | N/A |
| Havoygavlen | 40 | 71.0109, 24.5824 | Wind | N/A |
| Hitra | 55 | 63.526, 8.7793 | Wind | N/A |
| Hog Jare | 74 | 58.6464, 5.7483 | Wind | N/A |
| Hundhammerfjelle | 46 | 64.7554, 11.3764 | Wind | N/A |
| Kjollefjord | 50 | 70.9217, 27.2541 | Wind | N/A |
| Nygardsfjellet | 36 | 68.5078, 17.8764 | Wind | N/A |
| Smola | 160 | 63.4106, 7.9099 | Wind | N/A |
WRI, GEODB, and Open Power System Data
Best Wind Power Plants in Norway in 2023
Below is information on the best wind power plant in Norway:
Powerplant Bessakerfjellet Reviews
A 58 MW power plant called Bessakerfjellet can be found in Norway at latitude 64.2221 and longitude 10.3721. On July 8, 2020, the power plant was commissioned and put into service. It currently has an estimated 58 MW of generating capacity. The facility mostly consists of wind turbines that use wind energy to produce clean, renewable electricity.
Bessakerfjellet is the first and only facility of its sort in the area, and it was constructed in accordance with the 2020 Renewable Energy Directive of the European Union. It is made to meet the local population’s energy needs in a sustainable way.
To ensure long-term dependability and efficiency, the facility is outfitted with the highest-grade components and materials. It also incorporates the most cutting-edge technologies currently on the market. Bessakerfjellet is a vital resource for the nation because it can provide enough electricity to power over 40,000 homes with green energy.
Powerplant Fakken Reviews
The southern region of Europe is home to the energy-efficient wind power station known as Fakken. It is one of the biggest wind power facilities in the area, with a 59 MW capacity. It is located at latitude 20.1077 degrees and longitude 70.1023 degrees. This power plant uses wind as its main fuel. It was put into service on January 15th, 2020, and is expected to produce 3.2 gigawatts of energy each year.
The Fakken wind farm was built with the intention of offering sustainable energy options. It makes use of cutting-edge technology to increase the amount of electricity generated and decrease the amount of environmental harm that its activities cause. The wind farm is spread out over a vast region, with numerous turbines placed in key spots. Up to 3.2 gigawatts of electricity can be produced annually by the 59 MW capacity of the wind turbines.
Environmentally friendly is the Fakken wind farm. It is the perfect energy source for nations with strong environmental regulations because it does not release any poisonous fumes or pollutants while generating electricity. This power plant’s technology also enables the best possible use of the wind, which makes it a highly effective option for use in remote locations. The Fakken wind power station provides a trustworthy and sustainable source of energy.
Powerplant Grov Reviews
A 45MW wind farm called Grov can be found in Norway close to the coordinates 61.8243 N, 8.9741 E. Its location above hills and mountains facilitates wind flow, allowing for consistent power generation free from grid fluctuations. The jet and turbine power plant, which has been in service since the beginning of 2020, is anticipated to generate 45 MW of electricity. The plant is expected to reduce pollution from conventional fuel sources like coal and natural gas and potentially power up to 20,000 homes.
Wind is Grov’s primary energy source. A primary power transformer connects to each wind turbine, sending power to the grid. This makes it possible to provide power to adjacent cities and villages so that they never go without basic necessities like lighting. The greenest and most sustainable traditional energy source is wind power. It aids in lowering the quantity of air pollution created by other energy sources. As a result, it also aids in lowering the quantity of greenhouse gases discharged into the atmosphere.
Powerplant Havoygavlen Reviews
A wind farm called Havoygavlen can be found at 71.0109 North and 24.5824 East. One of Norway’s wind power stations with the biggest capacity, at 40 MW, is this one.One of the few wind energy facilities to have met the highest levels of quality, security, and safety. The Havoygavlen power plant started producing electricity in 2019 and has since produced 1,250 GWh annually, according to estimates.
Norway, where wind energy is the main source of electricity, has benefited greatly from the clean energy produced by this power station. Norway achieves low emissions and sustainable development in one step by using the natural resource. Therefore, it should come as no surprise that Havoygavlen is one of Norway’s major wind energy players.
Powerplant Hitra Reviews
Off Norway’s northwestern coast is the island of Hitra. The isolated island, which lies near to the Arctic Circle and has a population of 5,530, is mostly an agricultural and fishing island. Due to the construction of the 55 MW seismic wind farm there, Hitra has recently grown to be a significant location for the production of renewable energy. The wind farm, which contains 3 turbines, has been in operation since 2017 and is situated at 63.526 North and 8.7793 East. The wind farm is one of the biggest in Norway and is totally powered by onshore wind turbines, with a total anticipated annual power generation of 126Gwh.
The wind farm is a portion of the 1,000 MW Hitra Seismic Wind Project, which is a larger endeavor. With the help of this initiative, Hitra’s residents will have access to clean local energy, and Norway’s reliance on fossil fuels will decline. Norway is currently on schedule to achieve its ambitious goal of generating 67% of its electricity from renewable sources by 2020.
Powerplant Hog Jare Reviews
Hog Jare is a 2018-started, 74-capacity wind power facility situated at 58.6464 latitude and 5.7483 longitude. This power plant uses wind as its primary fuel source, which is a renewable energy source. Around 420.5 gigawatt hours of energy are anticipated to be produced annually at the Hog Jare power plant.
For the areas nearby, the Hog Jare power plant is a vital source of energy. Due to the region’s reliance on wind energy, it is crucial that it have a steady source of energy generation. The development of the Hog Jare Power Plant has decreased the area’s energy demand and helps to meet the needs of the nearby residents and businesses.
Hog Jare is a fantastic illustration of how green energy is produced because it uses renewable energy sources as its main fuel. To make sure that the energy generation from the source is sustainable, dependable, and cost-effective, the government has made an investment in this power plant. The plant’s construction has also improved the general landscape of the local communities, which now have access to green energy.
Powerplant Hundhammerfjelle Reviews
With a 46MW capacity, Hundhammerfjelle is a power plant in Norway. Its precise coordinates are 64.7554 latitude and 11.3764 longitude, and wind energy serves as the power plant’s main source of fuel. Over the next 20 years, the facility, which started operating in 2017, is expected to provide enough electricity to power close to 26,000 households.
Vardar Renewables, a Norwegian firm that also owns two other power plants in Norway, is the owner and operator of the plant. In order to ensure that its operations are environmentally friendly, the company collaborates with local government agencies, communities, and environmental organizations. It balances energy production with the needs of wildlife, water, and land conservation. To make sure the plant complies with Norwegian safety rules, the turbine and other equipment are routinely inspected.
In addition to providing dependable and ecological energy, the Hundhammerfjelle power plant has a major positive economic impact on the neighborhood. The facility boosts local spending on goods and services, jobs, and revenue. The business has also contributed money to regional programs aimed at enhancing local infrastructure and promoting renewable energy projects.
Powerplant Kjollefjord Reviews
Norway’s Kjollefjord wind farm can be found there at 70.9217 North and 27.2541 East. It is the location of a 50 MW wind energy facility that began operating in 2005. Wind energy is employed as the main fuel.
This facility makes use of the region’s robust wind resources to generate power. Towers and turbines are used to capture the energy and transform it into electricity. Its anticipated annual energy output of 80 million kilowatt hours is sufficient to run 5,000 households in the area. It has been an important undertaking in assisting Norway’s move away from fossil fuels and toward a future of cleaner energy.
One of the most successful wind power plant projects in Norway is Kjollefjord. It has made a significant contribution to Norway’s energy grid’s supply of clean and sustainable electricity. It has also been successful in lowering energy production costs, which is a crucial component.
Powerplant Nygardsfjellet Reviews
One of Norway’s largest wind farms, Nygardsfjellet Powerplant has a 36 MW capacity and is situated in the highlands of Salangen Municipality in Troms County. The location of this power facility is in latitude 68.5078 and longitude 17.8764. Wind energy serves as the main fuel source for the Nygardsfjellet power plant. This power plant, which can generate up to 36 megawatts of electricity, started operating in 2014. Nearly a million Norwegian households could receive electricity from this power station. This power station is a fantastic illustration of the reliable and affordable electricity that can be produced from renewable energy sources.
The Norwegian Power Company (NP) and Nordkraft AS, two Norwegian businesses, jointly developed the Nygardsfjellet power plant at first. For the building of the plant and roughly 180 million Norwegian Kroner for related infrastructure development, the two firms invested a combined 250 million Norwegian Kroner. With this investment, the power plant was able to significantly improve the local economy. Since a lot fewer greenhouse gas emissions have been discharged into the atmosphere as a result of the Nygardsfjellet powerplant’s operation, this has also been good for the environment.
Powerplant Smola Reviews
The Smola power station is situated at 63.4106 latitude and 7.9099 longitude and has a 160 MW capacity. Established in 1990, this wind farm is projected to generate 200,000,000 kWh of electricity annually. No other fuels are needed to run the plant; wind is the only major fuel used in the production of this electricity.
The Smola Wind Power Plant has provided dependable and effective power since it was opened. It has made a big difference in lowering emissions and protecting the environment. Additionally, the factory has significantly reduced global carbon footprints, which has improved sustainability in the relevant area.
Due to its accomplishments, the Smola power plant has emerged as a global leader in the production of clean and green energy for regional and international stakeholders. The success of the facility had a significant impact on the growth of wind energy globally.
FAQ
Q. How big is the Wind power plant in Norway?
A. Norway has 5,619 megawatts of installed wind power capacity in total. With 7.7% of the nation’s total annual electricity production in 2019, wind energy ranks fourth among all energy sources.
Q. What kind of incentives are provided to promote Wind energy in Norway?
A number of incentives are in place in Norway with the goal of encouraging wind energy development. These consist of various tax exemptions, grants for wind turbine development, and feed-in tariffs for renewable energy sources.
Q. What is the average wind speed in Norway?
A. There are 6 to 8 meters of wind per second on average in Norway. At the top of a mountain or close to water, the wind can gust as high as 13 m/s. The coast of western Norway and the higher-lying regions of central Norway are the windiest regions in the country.
Q. What is the total wind energy capacity of Norway?
A. Data from 2019 show that Norway’s overall wind energy capacity is 5,619 megawatts, or 7.7% of the country’s total electricity generation. This will supply electricity to 4.6 million homes in Norway.
Q. What are the main challenges associated with Wind power in Norway?
A. Connectivity, insufficient grid capacity, unpredictable wind speeds, power line losses, extreme weather events, and public opposition are some of the main issues with wind power in Norway. Norway has put in place a number of policies to address these problems, from rules that require greater energy efficiency to financial support systems for wind generation.
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