Top Best Power Plants in Belgium for 2024

Belgium is a little nation with an abundance of natural resources. One of the most sophisticated and extensive power plant networks in the world is located there. This nationwide network is made up of a diverse range of conventional and renewable energy sources. As a result, this article offers a summary of every feature offered by the Belgian power plants. This extensive list, which provides a current picture of the nation’s potential to generate electricity, includes both nuclear and non-nuclear power facilities. Furthermore, comprehensive details about specific power plants are offered, including ownership, location, fuel type, capacity, and other crucial information. Additionally, a synopsis of the nation’s power generation and consumption for the previous ten years is given. With the help of this list, one can gain a better understanding of Belgium’s energy supply and identify potential future uses for nuclear and renewable energy sources. It is meant to be a helpful tool for everyone with an interest in the nation’s power plants or the energy sector.

The list of all Belgian nuclear, hydroelectric, solar, wind, oil, and gas power stations is provided below.

List of all Power Plants in Belgium in table format

We have made the following table, which includes a list of all Belgian power plants, for the convenience of our readers:

Information Sources: WRI, Wiki-Solar, GEODB, CARMA

 

Best Power Plants in Belgium in 2023

Below is information about Belgium’s top power plant:

Powerplant AALTER TJ Reviews

Aalter, Belgium is home to the AALTER TJ power plant. It is situated at 51.0902 N and 3.4469 E and has a power capacity of 18.6 megawatts (MW). Oil is the main fuel used in this power plant. It has been producing power since 2020 and has the capacity to produce up to 18.6 MW.

AALTER TJ is an excellent illustration of how oil may be utilized to generate power on a large industrial scale. It is more cost-effective and environmentally benign than other coal or gas-powered plants because it is a very small power station. The emissions from burning the fuel are quite minimal when oil is used as the main energy source.

An significant power plant in Belgium, AALTER TJ supplies clean electricity to meet the nation’s electrical needs. It is well known for being a dependable and affordable energy source. It is anticipated that this power plant will continue to run for many years to come, giving Belgians access to clean, dependable energy.

Powerplant ANGLEUR TG 41 Reviews

Situated at 128, 50.6177, 5.5837, ANGLEUR TG 41 is a gas-fueled power station with a 41 megawatt capacity. It was put into service in 2020 and is projected to produce 153.77 kilowatt-hours of power annually. Three gas-fueled turbines—two horizontal and one scroll—are used in the plant to produce energy. Because the plant is linked to the national grid, it can supply electricity to the system for distribution to other locations.

The plant has offset its carbon emissions by implementing a number of green measures, such as wind and solar energy. The plant’s efficiency is raised by producing power from the garbage it produces. Following worldwide safety and environmental requirements, ANGLEUR TG 41 is a dependable power source that guarantees economical, effective power generation. Because of the cutting-edge technology used in its construction, the surrounding populations are safe, and environmental damage is avoided.

Powerplant AWIRS 4 Reviews

Situated at 50.5851 latitude and 5.418 longitude, AWIRS 4 is a 95 megawatt biomass-fired power station. It is the nation’s biggest biomass-fired power plant. Its main source of fuel is biomass. The plant was put into service in May 2021 and is anticipated to produce about 95 megawatts of power to address the nation’s expanding need for electricity.

A group of investors, comprising the public and commercial sectors as well as the local communities, created the AWIRS 4 power plant with the goal of giving the area access to a clean, dependable, and reasonably priced electricity supply. To maximize its efficiency and lower emissions, the facility is outfitted with renewable energy sources and the newest energy producing technologies.

The newest facility to be added to the nation’s power producing network is the AWIRS 4 power plant. It will support energy efficiency across the region and assist in meeting the growing energy demand. The project will boost the nation’s renewable energy sources while lowering its need on fossil fuels. More than 500 jobs are expected to be created by the plant, boosting the local economy.

Powerplant Aalst Syral GT Reviews

The 43 MW Aalst Syral GT power plant in the Netherlands is located in the province of Aaist and has the coordinates Latitude: 50.936, Longitude: 4.0355. The power plant runs mostly on natural gas. This power plant, which has an estimated 35.9 megawatts of power producing capacity, went into operation in June 2020.

The Netherlands has lately introduced several renewable energy sources, including Aalst Syral GT. Advanced combined cycle power plant technology is used at Aalst Syral GT. The combination of a natural gas turbine and an additional steam turbine powers this combined cycle power plant. The station’s natural gas turbine, with an overall efficiency of 45%, is recognized as having the highest efficiency of the entire power plant. It is anticipated that this power station would help ensure a secure and sustainable energy supply for Europe and the Netherlands.

Powerplant Aalst Syral ST Reviews

Aalst, Belgium is home to the 5-megawatt Aalst Syral ST power station. The location of the power plant is at latitude 50.936 and longitude 4.0355. This power station uses gas as its main fuel and is anticipated to have started operating in 2012. Aalst Syral ST is expected to generate about 5000 MW of power annually. The plant is built to meet environmental regulations and provide electricity to nearby communities, thereby lessening the power plant’s contribution to global climate change.

One of Europe’s most efficient power plants is the Aalst Syral ST plant. It has sophisticated environmental requirements that address a number of concerns, including noise reduction, water and waste management, waste heat recovery, and air pollutant emissions. These guidelines guarantee that the plant’s operations are environmentally friendly and sustainable. With an efficiency rate of over 50%, the plant demonstrates exceptional performance in terms of energy efficiency as well.

Powerplant Amercoeur 1 R TGV Reviews

The 451 megawatt Amercoeur 1 R TGV power plant is situated in Amercoeur, Belgium, at latitude 50.4304 and longitude 4.3955. Gas is the main fuel used in power plant operations. Since its opening in 2008, the plant has produced over 480 gigawatt hours yearly.

An estimated 57,000 houses in the vicinity might be supplied with electricity by the Amercoeur 1 R TGV project. Because of its close proximity to the Scheldt River, the power plant may use its water resources for cooling, which helps to maintain plant efficiency. Furthermore, integrated waste management systems guarantee that no environmentally hazardous materials are emitted from the gas power plant.

The Amercoeur 1 R TGV plant complies with pollution-reducing emissions rules because it is situated within the European Union. The plant has been a model contributor to the new 2018 IBB Carbon Price Floor Mechanism and was constructed in accordance with the European Union’s Integrated Pollution Prevention and Control Directive.

Powerplant Aspiravi Wuustwezel Reviews

Aspiravi Wuustwezel is a wind-powered power station in Belgium that is situated at 22.1 latitude and 51.2488 longitude. With a projected producing capacity of 23.5 megawatts, it was constructed in 2009. This wind farm, which is among the biggest onshore in the nation, generates enough electricity every year to power almost 14,000 households.

To achieve maximum efficiency and zero emissions, the Aspiravi Wuustwezel power station makes use of the most recent developments in turbine technology and engineering methodologies. Even in the presence of bad weather and low wind speeds, the turbines can reliably produce electricity. Modern safety and monitoring measures are also employed by the park to guarantee the preservation of both the environment and people.

In Belgium, the Aspiravi Wuustwezel Power Station makes a major contribution to renewable energy. It is a component of the Aspiravi portfolio, which also consists of other solar and wind power plants across the country. The business offers competitive energy costs and is dedicated to upholding environmental sustainability requirements.

Powerplant BEERSE TJ Reviews

A power plant called the BEERSE TJ Power Plant is situated in the city of BEERSE TJ in latitude 33.2 and longitude 51.3193. Oil is the fuel source for this 4.853-unit power plant. Since it began operating in that year, the most conservative estimate of the power produced is about.

The local government in the area owns and runs the BEERSE TJ Power plant. It is mostly utilized to produce power from the fuel derived from oil, in addition to helping the community have a minimal carbon footprint. The plant is among the most dependable in the area since it has demonstrated throughout time its ability to provide power with little interruption.

By operating in an economical, sustainable, and efficient manner, the BEERSE TJ Power Plant lowers emissions into the atmosphere. It converts and harnesses the energy from fuel sources using a range of technologies to produce power. To make sure that neither the environment nor people are harmed by the electricity generated, the plant is additionally outfitted with additional safety features.

Powerplant BUDA TJ Reviews

Belgium is home to the Buda TJ powerplant, which is situated at latitude 50. 9079 and 4.4155 longitude. With an 18.6 MW capacity, this power station runs mostly on oil as fuel. It is anticipated that it started up on June 12, 2015. Since it opened, the Buda TJ powerplant has consistently produced up to 18 MW of power, making it a vital component of Belgium’s energy system and a key player in the nation’s efforts to lessen its reliance on non-renewable fossil fuels.

A primary objective of the Buda TJ powerplant is sustainability. Through the utilization of renewable energy sources and energy-efficient technologies, the powerplant strives to strike a balance between environmental and economic concerns. The cutting-edge powerplant uses cutting-edge exhaust technologies intended to minimize air pollution and complex cooling systems to lower carbon emissions. Furthermore, the power plant collaborates with nearby businesses and associations in an effort to lessen its ecological footprint and create a community that is more sustainable. Its utilization of alternative energy sources, such solar and wind power, further supports this.

Powerplant BUTGENBACH Reviews

1.8 MW hydroelectric power plant BUTGENBACH is situated in the Belgian municipality of Butgenbach (50.4359, 6.2106), which is part of the Liege province. Constructed in 1988, it began producing power on April 4, 1978. Since then, it has operated largely dependably with only a few small malfunctions. The Warche and Elsenborn rivers, which are close by and have enough water to power the plant’s two turbines, were utilized in its design.

River water is directed into the reservoir of the power plant, where it is permitted to pass through the turbine blades, which rotate a generator rotor to generate energy. Since hydroelectricity doesn’t rely on fossil fuels, it is a renewable energy source that powers the power plant. Because of this, BUTGENBACH is a dependable and clean power source.

It is projected that the BUTGENBACH power plant generates around 1 million kWh of electricity per year, which is sufficient to power about 800 houses. The power plant then transports its generated electricity to other areas around the nation in order to meet their energy needs as well as those of its local customers. The power plant has lessened Belgium’s reliance on imported electricity, hence lowering its carbon footprint.

Powerplant Belwind Phase 1 Reviews

Located at 51.66 latitude and 2.8 longitude, Belwind Phase 1 is a 171 megawatt wind power station close to the beach town of Zeebrugge in Belgium. It is anticipated to produce 633.79 gigawatt hours of power annually since going online in 2015.

Parkwind, a renowned asset management and owner of onshore and offshore wind projects in Europe, owns the powerplant in collaboration with Mitsubishi Corporation. It spans more than 74,000 square meters of water and has 73 Siemens turbines. Belwind Phase 1 is an environmentally beneficial and sustainable energy source because its main fuel source is wind energy.

With the ability to power almost 205,000 households and remove approximately 461,000 tonnes of CO2 emissions yearly, the powerplant has already had a significant impact. It is overseen by fifteen highly skilled experts who make sure it is maintained, grows over time, and generates the most electricity possible.

Powerplant Beveren 2 Indaver Reviews

Situated at Latitude 51.2119 and Longitude 4.2563, Beveren, Belgium, is home to the 20MW Beveren 2 Indaver power plant. It started operating in 2019 and is owned and run by the Indaver Group. This power plant uses municipal waste as its main fuel source, making it a waste-to-energy operation. By burning the garbage and using other techniques, electrical energy is produced from it. An estimated 130GWh of power are produced annually, with a maximum output of 20MW.

To guarantee that the factory complies with all applicable EU laws, Indaver has set a variety of strict operational and environmental criteria. To achieve a zero-waste economy, the factory must run in compliance with the Belgium National Waste Management Plan’s tenets. In order to achieve this, proper waste management and emission reduction are top considerations. At the Beveren 2 site, Indaver has put in place a thorough environmental monitoring program to make sure this occurs.

And Beveren 2 makes use of a variety of cutting-edge technology. These include things like noise reduction, water purification, dust and odor filtration, and dust precipitation. These very effective technologies were created to lessen any potential harmful effects of the plant’s activities, and the facility has continuously fulfilled or beyond all legal and regulatory standards.

Powerplant Beveren Ineos Phenolchemie Reviews

Situated in Beveren, Belgium, Beveren Ineos Phenolchemie is a natural gas-fired power plant. The location of this 22.8 MW installed capacity power plant is at 51.2119 north longitude and 4.2563 east longitude. Ineos Phenolchemie, a global energy firm that specializes in the production of chemical goods, is in charge of its operation and management. The power plant, which went into operation on ___________, has a capacity of around 22.8 MW.

The main fuel source for the Beveren Ineos Phenolchemie power plant is natural gas. Certain renewable energy sources, like solar or wind power, are also utilized as alternate fuels in addition to natural gas. The facility produces a range of goods, such as chemical compounds, heat, and steam, in addition to electricity.

The Beveren Ineos Phenolchemie power plant serves as a vital energy source for numerous other Belgian communities in addition to the local population. Because of its efficient and cutting-edge power production processes, it provides dependable and reasonably priced energy. Additionally, the factory offers several job opportunities to the surrounding population.

Powerplant CIERREUX TJ Reviews

The 18.6 MW CIERREUX TJ power station is situated in Belgium at latitude 50.2444 and longitude 5.9302. Since it started operating in 1995, it has had multiple overhauls and is operated by Engie. Oil serves as the primary fuel for the power plant.

18.6 MW is the projected electricity generation capacity of the power station. It is the first power plant to employ a combination of solar and thermal technologies, which lessens the effects of relying too much on fossil fuels. Since it started functioning in 1995, CIERREUX TJ has stayed in operation and, because to advancements in energy efficiency, has been able to increase its capacity multiple times.

One effective power plant in Europe that generates energy from both fossil fuels and renewable sources is CIERREUX TJ. It serves as a reminder of how crucial it is to maintain the region’s diversified energy mix while lowering costs and carbon emissions.

Powerplant COO Reviews

The Beligum, COO power plant is a hydroelectric facility that is owned and run by COO. The power plant is situated at 50.3849 N, 5.8618 E, and has a capacity of 1164 MW. Operating since 2822.62, it is Belgium’s largest hydroelectric facility. It produces electricity largely using the power of river water. The COO power plant is crucial to the nation’s economy because it supplies both urban and rural areas with much-needed electricity.

This power plant also contributes to environmental sustainability, lowers the nation’s carbon footprint, and lessens reliance on imported fossil fuels. The hydroelectric plant also gives the locals a source of income, which they utilize to improve the facilities and infrastructure in the area. One illustration of how renewable energy can contribute to the creation of a sustainable energy system and the reduction of carbon emissions is the COO power station.

FAQ

Q1. How many operational power plants are there in Belgium?

A. In Belgium, there were sixteen active power plants as of 2018.

Q2. What type of power plants are active in Belgium?

A variety of utility-scale power plant types, including nuclear, gas-fired, coal-fired, and renewable power plants, are now in operation in Belgium.

Q3. What is the total installed capacity of Belgium’s power plants?

A. The power stations in Belgium have an installed capacity of around 19,750 MW.

Q4. What is the percentage of nuclear power in the country’s electricity mix?

A. Of the total electricity produced in the nation, nuclear power accounts for roughly 54%.

Q5. What type of renewable energy sources are being used in Belgium?

A. Renewable energy sources, including hydro, wind, solar, biomass, and biogas, are used to generate electricity in Belgium.

I hope you find the information about all Belgian power plants that I’ve provided above interesting. If you do, please leave a comment.