Denmark is a tiny nation in northern Europe that is full with beauty. It is well known for leading the way in the development of renewable energy sources and for having a comparatively high level of energy security. Regarding energy efficiency, it is among the world’s top nations. An overview of all the power plants in Denmark is given in this article, together with information on their capacities, power generation sources, and various types of plants. This will give a quick rundown of Denmark’s energy environment and an understanding of the tactics and technologies used in the nation’s power industry. The essay will also go over some important data on distributed generation, renewable energy generation, and energy usage.
The list of all Danish nuclear, hydroelectric, solar, wind, oil, and gas power stations is provided below.
List of all Power Plants in Denmark in table format
We have made the following table, which includes a list of all Danish power plants, for the convenience of our readers:
| Powerplant Name | PowerPlant Capacity(MW) | Power Plant Location via to Latitude and Longitude | Fuel Type- Primary | Estimated Power Generation(GWH) |
|---|---|---|---|---|
| Amager | 14 | 55.6899, 12.633 | Geothermal | N/A |
| Amager power station | 330 | 55.6859, 12.6277 | Coal | N/A |
| Anholt | 399.6 | 56.603, 11.209 | Wind | N/A |
| Asnaes power station | 787 | 55.6615, 11.0809 | Coal | N/A |
| Avedoerevaerket (Aved re) | 815 | 55.6035, 12.4812 | Coal | N/A |
| Avedore Holme | 11 | 55.6022, 12.4611 | Wind | 31.46 |
| Bodilsker | 10 | 55.055, 15.075 | Solar | 15.04 |
| Bornholm | 10 | 55.155, 14.87 | Solar | 14.84 |
| Draeby Fed | 9.2 | 55.4503, 10.5215 | Wind | 31.14 |
| Enstedvaerket | 626 | 55.0206, 9.4419 | Coal | N/A |
| Esbjerg power station | 407 | 55.4552, 8.4544 | Coal | N/A |
| Falster | 10 | 54.825, 11.975 | Solar | 14.88 |
| Frederikshavn | 8 | 57.4438, 10.5621 | Wind | 14.33 |
| Fyns power station | 362 | 55.4292, 10.4104 | Coal | N/A |
| H.C. rsted | 98 | 55.6761, 12.5683 | Gas | N/A |
Information Sources: CARMA, GEODB, GCPT, WRI, and Wiki-Solar
Best Power Plants in Denmark in 2023
Below is information about Denmark’s top power plant:
Powerplant Aalborg Reviews
166.4 megawatt solar power facility, the Aalborg Power facility is situated at latitude 57.2544 north and longitude 9.9886 east. The plant has been effectively producing solar energy since it became fully operational in 24.37. The plant is a prime illustration of how to cut carbon emissions and efficiently transform solar energy that is already available into a renewable resource.
An estimated 16.6 MegaWatt of power is produced daily by the power plant, enough to cover the demands of thousands of residences in the vicinity. To harness the most solar energy possible in the region, the power plant uses cutting-edge technology including concentrated solar towers and solar panels. The power plant is an effective means of producing renewable energy and has greatly decreased local air pollution. It has also contributed to a cleaner environment.
In addition to offering numerous advantages in terms of lowering carbon emissions and fostering cleaner air, the Aalborg Power Plant has proven to be a great success in providing consistent and renewable energy. The plant keeps up its good work and offers affordable energy with little influence on the environment. The Aalborg Power Plant’s accomplishments demonstrate that solar energy is a practical substitute that can contribute to our future energy needs.
Powerplant Amager Reviews
Amager Power Plant is a 14 MW geothermal power plant that has been in operation since the 2016 season. It is situated in Copenhagen, the capital of Denmark, in latitudes 55.6899 and 12.633. It has a steam turbine generator and a workshop installed. With a present electricity production of 14 MW, it is among the world’s largest geothermal power plants.
Geothermal energy is the main fuel utilized at the Amager Power Plant to produce electricity. In addition to producing electricity, this geothermal energy is used to heat and cool the neighboring residences. This renewable energy source is more environmentally friendly and offers a cleaner energy alternative because it emits substantially less carbon dioxide than conventional fossil fuel plants.
During its first year of operation, Amager Power Plant produced an estimated 12.9 GWh, with regular operating hours spanning from April to October. Furthermore, this power plant’s predicted yearly energy production is close to 90 GWh, and future growth is anticipated. In order to provide its residents with renewable energy, the Amager Power Plant is a great resource for the city of Copenhagen.
Powerplant Amager power station Reviews
The Amager Power Station is situated in Denmark, west of Saramarkenbryggen. 1972 saw its commissioning. With a total capacity of 330 megawatts, this power plant can produce up to 2,000 gigawatt-hours of electricity a year. The station, which produces heat and electricity using coal as fuel, is the biggest power plant in Denmark.
Latitude 55.6859 and longitude 12.6277 are its coordinates. The Amager Power Station is the biggest power plant in Denmark in terms of size, emissions, and electricity production. It includes two chimneys that are more than 100 meters long. Amager has reduced heat loss in the building by insulating it. By lowering emissions and improving energy efficiency, the power plant aims to run in an environmentally conscious manner.
Powerplant Anholt Reviews
With a 399.6 MW capacity, Anholt is a wind power station situated in northern Europe. This contemporary wind energy complex is situated about at latitude 56.603 and longitude 11.209, including an area of 68 km². Constructed in 2013, Anholt is purportedly the biggest submerged power station in Europe and the third largest globally. Its goals are to lower carbon emissions and produce renewable energy. The main source of energy used to run the turbines and produce clean, renewable energy is wind.
The Anholt project’s installation phase started in December 2012 and ended on January 31, 2013, a mere one month after it started. The Dong Energy firm, who owns and operates the wind farm, estimates that its output will be sufficient to meet the electricity requirements of about 232,000 families. Over the course of the next 25 years, the project is expected to produce roughly 1.6 TWh of electricity annually.
Powerplant Asnaes power station Reviews
Asnaes Power Station is a coal-fired power plant with a capacity of 787 Megawatts (MW) that is situated near Asnaes, Denmark. The plant, which began producing electricity in 1970 after construction was completed in 1969, has long been a dependable source of energy for the area. The plant’s coordinates are 11.0809 East, 55.6615 North. Coal is the main fuel utilized here to provide the local residents in and around the town with energy.
The plant, which is reputed to be the biggest of its sort in Denmark, offers a variety of electricity to its customers. The Asnaes power plant generates 5,265 Gigawatt hours (GWh) of electricity annually on average. There are numerous uses for this power, including residential, commercial, and industrial.
Powerplant Avedoerevaerket (Aved re) Reviews
Avedoerevaerket, often known as Aved re, is a coal-fired power station situated in Avedoere, Denmark. It can hold 815 megawatts (MW) of power. The power plant is located at 55.6035 degrees latitude and 12.4812 degrees longitude, at a picturesque location along the Danish coast. It is anticipated that Avedoerevaerket (Aved re) will generate 0.8 GW of electricity per year.
Avedoerevaerket, or Aved re, was constructed in part to accommodate the nation’s expanding need for power. It will continue to be the main fuel source for the station for at least 25 years as long as it runs on coal. The primary operator of the coal-fired power station is Contura Energy, and it has been using more renewable energy sources lately.
Powerplant Avedore Holme Reviews
Avedore Holme is an 11 MW wind-powered power station situated at latitude 55.6022 and longitude 12.4611. With an expected electricity generation of 11MW, the power plant started operating on 31.46. In the area, it is the only wind-powered power plant that started up so quickly.
A new generation of wind turbines, boasted by Avedore Holme, is intended to achieve a minimum 75% maximum output efficiency. The turbines constitute a significant component of the nation’s renewable energy mix because of their clean energy and environmental friendliness. The Danish government’s Renewables Action Plan includes Avedore Holme and calls for the advancement of renewable energy sources over the course of the next ten years.
The power plant is a feasible and dependable source of renewable energy because of its position, which is at 55.6022 degrees latitude and 12.4611 degrees longitude, which allows it to benefit from the area’s predominant wind speeds. Although wind is the power plant’s main fuel, energy storage also helps by enabling the turbines to run for longer stretches of time when wind speeds are low. Consequently, the power plant can generate up to 11MW of electricity each day, which is sufficient to power about 1000 houses.
Powerplant Bodilsker Reviews
In the tiny community of Bodilsker, a 10 MW solar-powered power plant with 15.04 has launched for business. The power plant’s exact latitude and longitude of 55.055 N and 15.075 E make it an ideal site. Since its launch in April 2021, Bodilsker, the first solar-powered facility in this region of the world, has undergone significant development.
The plant is planned to produce more than 8MW of sustainable power annually and has the capacity to generate up to 10MW of electricity. Primarily powered by solar energy, the power plant captures solar radiation and transforms it into electrical power. The plant is among the most efficient in the area since it uses hydropower and wind energy in addition to solar energy.
Bodilsker’s economical and efficient use of resources benefits the neighborhood by giving its residents access to affordable electricity. The power plant is increasing the region’s access to electricity and easing some of the financial strain caused by high energy prices. Electricity will be further dispersed around the region after the facility is linked to the power grid.
Powerplant Bornholm Reviews
The 10 MW solar photovoltaic power plant, which has a total installed capacity of 10 Megawatts (MW), is scheduled to be inaugurated. It is situated on the small Danish island of Bornholm. This power plant, one of the biggest solar photovoltaic systems in Denmark, will harness the enormous potential of solar energy to generate 10 gigawatt-hours (GWh) of electricity annually. The power plant’s installed capacity is anticipated to provide enough electricity to power 1,400 families, making it a significant renewable energy source in the area.
Commencing on April 14, 2020, the 10 MW solar photovoltaic power facility is situated at 55.155 N 14.87 E. This power plant uses solar energy as its main fuel, harnessing the region’s abundant sunshine and turning it into electricity. The electricity produced is anticipated to complement Denmark’s current electrical infrastructure and contribute to a decrease in the nation’s carbon emissions.
Powerplant Draeby Fed Reviews
Denmark’s Draeby Fed 9.2 wind power facility began producing electricity on 31.14. Its capacity to generate power is estimated to be 9.2 MW. Draeby Fed 9.2 is precisely located in latitude 55.4503 and longitude 10.5215. The facility is one of the biggest and most effective wind power plants in the world because it is mostly fueled by wind energy.
The facility is a component of the Danish government’s expansive energy-planning policy. An illustration of how renewable energy sources can aid in lowering carbon emissions that contribute to global warming is Draeby Fed 9.2. In comparison to other nations in the region, it also shows how far the nation has progressed in the use of sustainable energy. These investments signal a good change in the direction of more sustainably produced energy.
Powerplant Enstedvaerket Reviews
Situated in the southwest of Denmark, Enstedvaerket is a coal-fired power plant with a capacity of 626 MW. Its coordinates are 9.4419 degrees east longitude and 55.0206 degrees north latitude. Enstedvaerket started producing electricity in 2010 and is anticipated to produce 5.55 billion kWh a year. It is the top coal-fired power station in Denmark and the nation’s fifth-largest energy producer.
Coal is the main fuel used in the power plant, which is run by Dong Energy, one of Denmark’s biggest energy providers. The facility employs cutting-edge technology to lessen its influence on the environment. For example, it has an isolated coal conveyor system that lowers noise pollution and a scrubber system for reducing sulfur dioxide. Furthermore, the plant efficiency is anticipated to be higher than 40%, placing it among Denmark’s most efficient power plants.
Powerplant Esbjerg power station Reviews
Situated in the Danish city of Esbjerg, the Esbjerg Power Station is a facility for producing energy. With coal as its main fuel source, the plant can produce 407 MW of power. The location of Esbjerg Power Station is 55.4552 N, 8.4544 E. The facility began producing electricity in 2004 and is expected to generate 3400 GWh annually.
The Esbjerg Power Station is a vital facility that supplies the area with consistently low-cost electricity. Over 300 individuals work at the plant in a variety of roles, from operations and logistics to maintenance and safety. Given its designation as a “clean energy” plant, Esbjerg Power Station makes significant investments in cutting-edge technologies to generate clean energy.
In order to guarantee that it satisfies the strictest requirements for environmental safety, the factory has also installed a thorough monitoring system. Maintaining the plant’s standing as one of the nation’s top energy production facilities requires taking this crucial step. Esbjerg Power Station actively participates in environmental activities, such as a carbon neutrality plan and cooperation with renewable energy research projects, as part of its commitment to service and safety.
Powerplant Falster Reviews
Europe’s Falster power plant is situated there. It started operating in 14.88 and is run entirely on solar energy. The power plant is capable of producing 10 megawatts of electricity. Latitude 54.825 and longitude 11.975 are the locations of the plant. Falster produces 10 megawatts of energy, which is sufficient to power thousands of households in the area and plays a significant part in the European Union’s policy for renewable energy.
Falster’s main fuel source is solar energy. It uses solar panels to gather energy from the sun on both the roof and in the surrounding fields. After that, this energy is transformed into electrical power and delivered to nearby residences. Utilizing the most cutting-edge technologies available, the highly efficient plant optimizes its solar power generation. It is a component of a bigger plan to increase the use of renewable energy sources and lessen the European Union’s dependency on fossil fuels.
Europe benefits greatly from the Falster powerhouse, which increases the area’s access to renewable energy sources. One important way to lessen the harmful effects of climate change is to use solar electricity. It also improves thousands of people’s lives by giving the homes in the vicinity much-needed energy.
Powerplant Frederikshavn Reviews
In Frederikshavn, Denmark, there is an 8 MWe wind power facility called Frederikshavn 8. The location of the facility is 10.5621 longitude and 57.4438 latitude. It has been running since 14.33 and is mostly powered by the Wind as its main fuel. It is projected that the facility produces over 5 gigawatt-hours annually.
One of the biggest developers and operators of wind power plants in Denmark, Nordgr Energi wind farm, is the owner of Frederikshavn 8. The plant’s steadfast operations and compliance with EU environmental regulations have been its two greatest accomplishments. It is a notable facility in addition because of its emphasis on maximizing efficiency while minimizing emissions.
Frederikshavn 8 is a major player in Denmark’s renewable energy sector, emphasizing sustainable energy sources. Being one of the biggest wind-powered plants in the nation, the plant plays a significant role in helping the country reach its 2050 carbon neutral target. With plans to further expand its capacity, it is anticipated that the facility’s energy generation will continue to rise in the upcoming years.
Powerplant Fyns power station Reviews
The Fyns power station is situated in the Syddanmark Region of Denmark, close to the city of Dalmose. Having an installed capacity of 362 MW, this coal-fired power station is among the largest in the nation. The location of the plant is 10.4104 latitude and 55.4292 longitude. The principal fuel used by the plant, coal, is burned to produce the majority of the energy it produces. Since its establishment in 1963, the power plant is anticipated to produce more than 2.4 billion kilowatt-hours of electricity annually.
Denmark as a whole, as well as the Syddanmark Region, rely heavily on the Fyns power plant for electricity. It is believed that the plant currently supplies roughly sixteen percent of the power consumed in his country. The power plant has undergone multiple modernizations and improvements over the past fifty-seven years in order to guarantee dependable and effective energy production. The power plant is now leading the way in reducing its air pollution emissions and plays a major role in the broader endeavor to position Denmark as a market leader in renewable energy.
FAQ
Q. What is the most common source of electricity in Denmark?
A. Wind power is the most prevalent source of electricity in Denmark. Denmark is the world leader in wind energy production, with wind power accounting for about 46% of electricity output at present, according to Renewable Energy World. The largest wind turbine in the world, which is situated close to Esbjerg, Denmark, can actually generate enough electricity in four hours to meet the annual use of the average Danish family.
Q. What other renewable energy sources does Denmark have?
A. Denmark also relies heavily on biomass as a renewable energy source in addition to wind. Other renewable energy sources that contribute to Denmark’s overall electricity output include hydroelectric, geothermal, biogas, and solar photovoltaics. All of these sources are becoming more and more popular and used.
Q. What other energy sources does Denmark use?
A. Denmark continues to generate power from certain conventional fossil fuel sources. The two most common fossil fuels utilized in the nation are gas and coal, which account for 23.5 and 28.2 percent, respectively. But the nation has been gradually shifting away from these conventional sources, and their power production has already decreased dramatically over the past ten years.
Q. How does Denmark handle waste energy?
A. Denmark has a waste heat recovery legislation in place that permits power stations to use the heat generated by their turbines for other forms of energy production. Seawater desalination, district heating, and other industrial activities can make use of this heat. As a result, Denmark’s overall energy consumption is decreased and energy efficiency is raised.
Q. What is Denmark doing to reduce its energy consumption?
A. By 2020, Denmark wants to cut its energy intensity by 40% and its energy usage by 20%. The nation has put in place a number of policies and programs to accomplish this aim, including requiring buildings to be energy-efficient, promoting the use of renewable energy sources, and expanding the adoption of energy-saving technologies.
I hope you find the information about all Danish power plants that I’ve provided above interesting. If you do, please leave a comment.
Cory Combs is the Lead Writer and a key contributor at PowerPlantForum.com, a top resource for energy professionals and enthusiasts. With over a decade of experience in power plant operations and a degree in Electrical Engineering, Cory is a recognized authority in the field. His expertise in optimizing energy systems is informed by extensive hands-on experience and research. Follow Cory for the latest updates and expert insights on Instagram.