by in News

US interested in pumped storage hydropower projects in Romania, Bulgaria

Minister of Energy of Romania Sebastian Burduja and Minister of Energy of Bulgaria Zhecho Stankov both met with United States Secretary of Energy Chris Wright and discussed bilateral cooperation in projects in their countries including for pumped storage hydropower plants and nuclear power plants. Burduja said studies would be conducted with American support for a string of pumped storage hydroelectric facilities throughout the Carpathians.

At the sidelines of the 2025 Three Seas Business Forum in Warsaw, Minister of Energy Sebastian Burduja held a meeting with US Secretary of Energy Chris Wright about ongoing strategic projects in which American companies are involved. He revealed that state-owned power utility Hidroelectrica has signed a memorandum with the National Renewable Energy Laboratory (NREL) of the United States on cooperation in pumped storage hydropower projects.

The initiative will put Romania “at the forefront of Europe” as it will store green energy throughout the Carpathian mountain range, according to Burduja. Prefeasibility and feasibility studies will be developed with American support, he added.

“In this era of energy transition, we need pragmatic and effective solutions that ensure secure, affordable, and clean energy – in that order of priorities. Romania and the United States share a vision for a common energy future, and our collaboration will significantly contribute to achieving this goal,” the minister stated.

Significant involvement of US companies in strategic energy projects in Romania

Burduja highlighted NuScale’s project for small modular reactors (SMRs) in Doicești and the contract signed with Fluor and Sargent and Lundy for units 3 and 4 at the Cernavodă nuclear power plant. Fluor is also participating in a project for a high-voltage direct current interconnector (HVDC), he pointed out.

The lack of interconnections is bolstering energy prices

The minister noted that American partners are involved in a project for mapping and utilizing geothermal sources for district heating in Bucharest, with support from the European Union’s Modernisation Fund. Namely, Electrocentrale Bucharest (ELCEN) has established cooperation with US-based SAGE Geosystems

Burduja recalled that American platform Transocean Barents is drilling for gas in the Neptun Deep project in the Black Sea.

The Romanian ministry said the two officials discussed the rise of energy prices, attributing it to the lack of interconnections and the challenge of closing coal-fired power plants without viable alternatives. They also touched upon the costs of carbon dioxide certificates and how they affect competitiveness, the announcement reads.

Stankov, Wright discuss possibility of building AI ‘gigafactories’

Bulgarian Minister of Energy Zhecho Stankov separately met with US Secretary of Energy Chris Wright. Bulgaria will be the first in Europe to deploy the American AP1000 technology, Stankov claimed.

The country is preparing to build two more units at the Kozloduy nuclear power plant, in a deal with Westinghouse Electric. State-owned Bulgarian Energy Holding is controlling the project.

The two officials discussed the possibility of building “artificial intelligence gigafactories” to complement the nuclear infrastructure and promote innovation and employment, the ministry said. In addition, Stankov and Wright spoke about projects for new pumped storage hydropower and the exploration of oil and natural gas in the Black Sea.

by in News

European Commission launches call for investment in green transition, critical raw materials in Western Balkans

As part of its Growth Plan for the Western Balkans, the European Commission has invited private businesses from the EU, the European Economic Area (EEA), and the region itself to express interest in investing in sectors including the green transition, critical raw materials, sustainable transportation, and digitalization.

The objective is to open a dialogue on concrete investment opportunities and identify ways to overcome related constraints in the Western Balkans region, according to the call for expressions of interest.

Although financial support is not guaranteed, the European Commission could potentially back some projects with its available policy, technical, and financial instruments. It may also facilitate contact with partner financial institutions for potential financial cooperation on eligible projects.

Financial support is not guaranteed, but some projects could be backed by the European Commission or referred to financial institutions

Proposed investments must take place in one or more of the following economies: Albania, Bosnia and Herzegovina, Kosovo*, North Macedonia, Montenegro, and Serbia. The minimum investment threshold is EUR 10 million, and the required participation by the project promoter is at least 15% of the total value of the investment project.

The deadline to submit expressions of interest is May 21

The first phase of the call is open for submissions until May 21, but it may be reopened for subsequent phases, depending on the number and scope of submissions received.

Investment in green transition, critical raw materials, sustainable transportation

The priority areas are based on the strategic priorities of the Growth Plan for the Western Balkans and the Western Balkans Investment Framework (WBIF), focusing on key economic sectors where foreign investment is needed.

In the area of the green transition, investments are required in renewable energy, energy efficiency, and innovative energy technologies in order to reduce dependence on fossil fuels, foster a circular economy, mitigate climate change, and modernize energy, water, wastewater treatment, and waste management infrastructure, according to the call.

Ensuring environmentally responsible access to critical raw materials

When it comes to critical raw materials, investments are needed to ensure reliable and environmentally responsible access to such materials, in order to support the development of key industries across all supply chain stages, according to the European Commission.

The other areas envisaged by the call are sustainable transportation, including urban mobility; the digital transition, including the roll-out of 5G; integration into the EU industrial supply chains; sustainable tourism; human capital development; and impact finance, including setting up private funds to invest in projects with a strong green and/or social impact.

by in News

Electricity system in Spain, Portugal collapses amid extreme temperature variations

Power was out today throughout Spain and Portugal as well as in Andorra and parts of southern France, in one of the most serious such incidents so far, on a European scale. The European Commission’s Executive Vice President Teresa Ribera and other officials from the EU and the affected countries said there are no indications of sabotage or cyberattack.

REN, the transmission system operator (TSO) of Portugal, said extreme temperature variations inside Spain led to anomalous oscillations in 400 kV lines.

Grid operators and electricity producers are gradually restoring the power supply after a massive outage struck the Iberian peninsula today. Prime Minister of Spain Pedro Sánchez convened the National Security Council. It is one of the most serious blackouts in Europe in many years. The outage spread throughout Spain and Portugal.

Power was out in Andorra and, briefly, in parts of southern France. Transportation and telecommunications were heavily affected.

Spanish TSO Red Eléctrica de España called it a “collapse of the Iberian electricity network.” The company said it would take six to ten hours to restore it. Notably, the production system is relying almost completely on photovoltaics and wind farms at the moment, so just a few hours of solar power production remain.

Outage could have originated from power line in France damaged by fire

The outage paralyzed major cities including Madrid, Barcelona and Lisbon and caused disturbances in the European grid. The European Commission’s Executive Vice President for Clean, Just and Competitive Transition and Commissioner for Competitiveness Teresa Ribera said there were no indications that “any kind of sabotage or cyberattack” was behind the grid collapse.

According to the Government of Portugal, the incident started from outside the country

According to the Government of Portugal, the incident started from outside the country and, apparently, in Spain.

Portuguese transmission system operator REN first suggested that damage to a high-voltage line in southwestern France from a fire was a possible cause. The company later blamed extreme temperature variations inside Spain for anomalous oscillations in 400 kV lines.

Shares of solar, wind power production in Spain breaking records

In the spring and autumn, when there is little to no demand for heating or cooling, electricity grids in most of Europe are sometimes strained from surges in high solar and wind power production, amid a lack of energy storage and flexibility capabilities that would balance the surplus.

On April 16, the Spanish electricity system achieved total coverage for the first time with renewable energy sources. At one point during the day, wind and solar met 100.6% of demand. Then on April 21, solar power generation was equivalent to a record 78.6% of domestic demand for a moment.

Reid: The massive outage occurred while prices are negative in electricity markets across Europe

“Spanish grid operator Red Eléctrica has so far blamed a power ‘oscillation’ on the power outage. We still don’t know the cause but it looks like problems at the Spanish-French power interconnector led to the Spanish grid operator islanding their power system and I would say at this point they lost control,” said Gerard Reid, investor and strategic advisor in energy, finance and geopolitics.

It has also proven difficult to restore power with multiple black start (restart) procedures taking place, but the issue is that at the time of the blackout there were no conventional power units in operation, he pointed out. Reid added it makes the restart complicated and stressed that Europe requires enhanced grid-scale battery storage solutions, including for black start capabilities.

He also highlighted the fact that the massive outage occurred while prices are negative in electricity markets across Europe.

Of note, a grid incident last summer left much of the Western Balkans and parts of Croatia out of power for several hours.

by in News

Episodes of negative power prices in Slovenia, Romania spread to workdays

Romania registered the first negative day-ahead electricity price for a workday. The phenomenon, which only used to occur on holidays and weekends, has emerged in Slovenia as well.

In spring and autumn, most of Europe occasionally faces periods of excessive power grid loads. The rapid rise in solar and wind power production and the lack of accompanying energy storage and flexibility capabilities are straining the system at times when demand is low. Advanced electricity markets countered the issue by introducing negative prices.

When prices hit zero or go below zero, the seller delivers electricity without compensation or even has to pay to the buyer, respectively. The phenomenon was normally reserved for holidays and weekends, but more day-ahead markets are now experiencing it for workdays as well.

Downward pressure in Romania from strong inflow of negatively priced electricity via Hungary

Romania saw its first such episode yesterday, on Sunday, in the session for today, Profit.ro reported. Prices in its day-ahead market are negative in five out of 24 periods of one hour, between 11:00 and 16:00.

The country is importing at almost 2 GW via Hungary and exporting at up to 1.5 GW to Bulgaria, the news website added. The article notes that renewable energy producers, especially in Germany, where prices are also negative, are exporting to other markets to ease the impact. They usually benefit from subsidies, so generating electricity isn’t necessarily unprofitable even when they sell at a loss.

In addition, shutting down and restarting power plants can be more costly than paying the other side to take excess output.

The level in Romania went to as low as EUR 6.18 per MWh below zero. But the daily average is EUR 76.54 per MWh. The peak, is EUR 198.16 per MWh, between 20:00 and 21:00, when there is no sunlight and prosumers only consume.

Negative prices turn Slovenia’s HSE into electricity consumer

Prices in Slovenia for today also came in negative between 11:00 and 16:oo, which is very rare for a workday, Naš stik reported. Among other factors, the two-day May 1 holiday shortens the current workweek. The lowest, between 14:00 and 15:00, is EUR 6.18 euros per MWh below zero.

In comparison, the lowest price for Sunday on the BSP Southpool exchange was EUR 104 per MWh under zero.

At one point during the Easter holiday, virtually all HSE’s production capacities were offline and the Avče pumped storage hydropower plant was storing electricity from the grid

“Last year, we had 219 hours in Slovenia when prices were negative. This year, we are already at number 72, and we have only just entered the critical period,” said Deputy Director of System Operations of ELES Aleš Donko. The company is Slovenia’s transmission and distribution system operator.

State-owned power utility Holding Slovenske elektrarne (HSE) found itself in an unusual situation during the Easter holidays because of negative prices.

“For a while, we were actually an energy consumer, not a producer, which is our core mission… Virtually all our power plants were shut down, and the Avče pumped storage hydropower plant was pumping water into the upper reservoir at full capacity,” Head of Operation Planning and Management Jernej Brglez said.

Portugal and Spain, which suffered major outages today together with France, both registered negative prices every day in the third week of April.

Also of note, Greece is preparing to introduce negative prices in the balancing market.

by in News

Horius becomes exclusive distributor of PupinEnergy chargers for Serbia

The company Horius d.o.o. has officially signed an exclusive distribution agreement, making Horius the sole authorized distributor of PupinEnergy AC electric vehicle chargers in the Republic of Serbia. This partnership marks a significant step forward for e-mobility development in the country, providing high-quality and reliable EV charging solutions inspired by the legacy of one of Serbia’s greatest scientists – Mihajlo Pupin.

PupinEnergy draws its inspiration from the work of Professor Mihajlo Idvorski Pupin, a Serbian-American scientist and inventor whose 34 patents – including the famous Pupin coil – still play a crucial role in telecommunications and electrical engineering. Honoring his legacy, PupinEnergy designs advanced chargers that combine technological sophistication, ease of use, and reliability in everyday conditions.

Product line available in Serbia

Through the partnership with Horius, customers in Serbia will have access to three key PupinEnergy charger models:

  • PowerGo MultiPlug 2000 – A portable 11 kW charger, perfect for travel and international use. Equipped with automatic fault detection, overheating protection, and an ergonomic handle for easy handling.
  • SkyCharge 500 (Lite, Ultra, Pro) – A premium ground-mounted charger available in 7 kW to 22kW variants. Designed for both residential and commercial users who demand high performance and easy installation, with weather-resistant construction.
  • WallMax 1000 (Lite, Ultra, Pro) – A wall-mounted home charger offering up to 22 kW charging power. Built for fast and reliable charging, it features a modern design, excellent weather resistance, and a three-year warranty.

Horius – a partner in sustainable energy

Horius has long been a leader in the transition to sustainable energy solutions, offering comprehensive services in the design, construction, and management of solar power plants, as well as energy trading. As PupinEnergy’s exclusive partner in Serbia, Horius further strengthens its mission toward a greener and more energy-efficient future.

With this collaboration, PupinEnergy and Horius send a clear message: the future of mobility in Serbia is electric, sustainable, and powered by cutting-edge technology rooted in local spirit and global quality.

by in News

Project for first gas power plant in Albania enters next stage

In partnership with domestic company Gener 2, Greece-based GEK Terna and DEPA Commercial are preparing to build the first gas power plant in Albania. The current phase involves seeking financing. Separately, Azerbaijan’s SOCAR is expected to start installing the first gas distribution network in Albania, in the city of Korça.

Albania is almost 100% dependent on hydropower plants in domestic electricity production. Efforts are underway to diversify the mix with solar and wind energy and introduce storage capacities. Actually, not a single wind turbine has been built yet, but there is another opportunity for strengthening the energy supply: with gas from the Trans Adriatic Pipeline – TAP. Greek conglomerate GEK Terna and state-owned gas supplier, importer and trader DEPA Commercial intend to build the first gas power plant in Albania, with a local partner.

Late last year, the Council of Ministers, the country’s government, approved the project and determined a three-year deadline for completion. The site for the gas plant is in the municipality of Roskovec in Fier in western Albania. Notably, the county attracts most solar power projects in the country.

Gas facility in western Albania reportedly to have 147 MW in capacity

In the current project development phase, Fier Thermoelectric, the joint venture, is seeking financing, Insider.gr reported. The facility is envisaged to have 147 MW in capacity, according to the article. The government’s decision was for 170 MW.

DEPA Commercial, also known as DEPA Emporias (in Greek), DEPA Commerce and DEPA Trading, entered the project in 2023. It took over a 35% stake from GEK Terna and signed a seven-year gas supply contract for the proposed facility.

They have equal ownership, while Albanian company Gener 2 holds the remaining 30%. It is active in construction, infrastructure, civil works, energy, real estate development, telecommunications and retail in Albania and the broader region.

Both GEK Terna and Gener 2 have solar power projects in Albania as well

Gener 2 has submitted a 50 MW solar power project to the government a year ago. The location is in Bistrica in Finiq municipality, Vlora district.

The government’s approval is not for a concession, but the operator is obligated to either deliver 2% of electricity it produces, as royalty – royal right, or give an equivalent sum for the state budget. The permit is for 49 years since the entry of the decision into force. The firm also needs to sell a share of output to the public power supplier, in accordance with the country’s law.

A group of residents of surrounding villages has repeatedly protested against the investment, arguing that they weren’t consulted. The locals even filed a criminal complaint against Roskovec Mayor Majlinda Bufi.

They claim that the gas facility would pollute the area and jeopardize public health while exporting 90% of the produced electricity.

GEK Terna to benefit from synergies with its gas power plants in Greece

GEK Terna has three gas-fired power plants in Greece. The group’s other energy investment in Albania, through its subsidiary Heron, isn’t without controversy either.

The project is for a 93 MW photovoltaic plant in Libohova, near the Greek border, in Gjirokastër county. Project firm Faethon won approval from the Council of Ministers in Tirana in early 2024. It would be valid for up to 49 years.

GEK Terna’s solar power plant project in Gjirokastër was disrupted last year over fake documentation

Local press wrote last summer that some land documentation for the 122-hectare area was forged, prompting a raid and arrests in the cadastral office in Gjirokastër. The operator of the Libohova plant is obligated to deliver 2% of its electricity for free, too.

First gas distribution network in Albania about to be built in Korça

Albania aims to become a net electricity exporter before the end of the decade. There is also a project for a liquefied natural gas (LNG) terminal in the port city of Vlora, where a gas-fired power plant is planned to be built.

A long-awaited project called Nur, for the gasification of Korça, was presented last week. It would be the first city in Albania with gas.

The final investment decision is expected this year. State Oil Company of Azerbaijan (SOCAR) would be tasked with implementation, with financing from its government. The estimated cost is EUR 21 million. The idea is to then expand the local gas distribution network to nearby Pogradec and Erseka.

Fier and Elbasan are next on the schedule. Azerbaijan and its company are also interested in the project for the LNG terminal in Vlora and to connect the facility with TAP.

by in News

MORE puts 43.2 MW wind park in northern Greece into regular operation

Motor Oil Renewable Energy (MORE) received the operating license for its 43.2 MW wind power plant near the border with North Macedonia. The facility was in test operation since the fourth quarter of 2023.

MORE has 839 MW in renewable electricity plants in operation, aiming to reach 2 GW by 2030. There is already almost 3 GW in the project pipeline. The subsidiary of oil refiner Motor Oil Hellas recently received the operating license for its Kellas (Kella) wind park in Amyntaio in the Western Macedonia region.

The facility was in test operation since the fourth quarter of 2023. It has 43.2 MW in nominal capacity, while the maximum is 40 MW. The wind power plant, consisting of nine Nordex N-149 turbines, is near the border with North Macedonia.

The parent company financed the endeavor by buying a EUR 41.3 million bond that a project firm issued. In 2023 it refinanced it with EUR 47 million. MORE said that it recently also completed a wind farm in Phocis (Fokida). The combined capacity with the one in Amyntaio is 65 MW.

Partnership with Terna Energy for Greece’s first offshore wind park

The renewable energy company is planning floating and conventional wind farms as well. Its joint venture with Masdar’s Terna Energy, called Aioliki Provata Traianoupoleos, is developing a 400 MW project for a site on the Ionian Sea between Alexandroupolis and the island of Samothrace. It would be Greece’s first offshore wind power plant.

MORE’s solar power joint venture with PPC Renewables, the green energy branch of government-controlled Public Power Corp., has received final connection offers earlier this month for 882.4 MW. Six locations, for 742.4 MW altogether, are in the Kozani region, a 92 MW project is in Kilkis and another one, of 48 MW, is in Serres, all in northern Greece.

The idea is to sell the electricity to the Greek industry through bilateral power purchase agreements (PPAs), as well as to support farmers participating in the GAIA program, with a special tariff.

The two renewable energy companies already have final connection offers for 300 MW and they expect another 311 MW soon. Separately, PPC and Motor Oil are planning a 50 MW hydrogen production facility, as Hellenic Hydrogen.

MORE invested over EUR 1.6 billion in past two years

MORE said it invested over EUR 1.6 billion in the past two years. It entered a partnership in 2024 in Romania with Premier Energy for solar power plants with storage. MORE’s battery projects are underway in Greece, too.

GEK Terna and Motor Oil have built an 877 MW gas power plant in Komotini, in the region of East Macedonia and Thrace. The facility is about to enter regular operation, Energypress reported.

by in News

Constitutional Court of Bulgaria annuls exemptions for renewables on agricultural land

The Constitutional Court of Bulgaria scrapped a legal provision that enabled investors to build agrivoltaic facilities on high-grade agricultural land without changing its purpose, and one that simplified the procedure of changing the purpose to build renewable energy plants intended for non-agricultural needs.

Authorities can’t simplify procedures for renewable energy plants at the expense of agricultural land, a limited and non-renewable resource, according to the Constitutional Court of Bulgaria. The judges scrapped controversial measures aimed at promoting agrivoltaic and green energy facilities.

President Rumen Radev challenged them a year and a half ago, after the National Assembly changed the Agricultural Land Protection Act. He argued that it increases the risk of uncontrolled land conversion. The amendments have also affected energy legislation.

The court said the country’s constitution obligates the government to protect the environment and biodiversity and ensure the rational use of natural resources. Arable land is only for agricultural purposes and changes are allowed only exceptionally, if there is proven need and in line with the procedure determined by law, it added.

Agrisolar exemption lacked clear, precise criterion

It is unacceptable for basic legal provisions to be introduced in a bylaw to fill gaps in the law, the ruling reads.

The Constitutional Court annulled the exemption for agrivoltaic (agrisolar) projects from the obligation to change the purpose of the land. The definition of the concept in a bylaw, that it allows unhindered use of agricultural land, is insufficient for an exception, judges explained. They said a clear and precise criterion is required.

The other legal provision that the court scrapped was the simplification of the procedure to repurpose agricultural land for investments in renewable energy plants for non-agricultural purposes. Radev has disputed another similar measure, but parliament deleted it from the law in the meantime, so the Constitutional Court rejected his complaint.

Notably, investors now face higher expenses.

Upon Radev’s complaint, lawmakers reinstated rule protecting higher-quality arable land

In 2013, the president also moved to overturn allowing wind, solar, hydropower and geothermal and bioenergy facilities on agricultural land graded 5 to 10.

But lawmakers soon limited the scope to grades 7-10, like before, so the panel rejected his request to determine the constitutionality of the original rule.

by in News

GWEC: Record wind power capacity was installed globally in 2024

New wind turbine installations reached an all-time high 117 GW last year, slightly above the 2023 level, Global Wind Energy Council (GWEC) revealed in its annual report. According to its calculations, China’s share in the additions was 68.2%. At the end of December, the country hosted 45.8% of all wind power capacity, which climbed to 1.14 TW.

The Global Wind Energy Council’s flagship Global Wind Report showed that new capacity hit a record in 2024 for the second time in a row, following two years of declines. The additions came in at 117 GW, compared to 116.6 GW in 2023. Global wind power capacity grew to 1.14 TW, GWEC found.

On the other hand, new offshore wind, 8 GW, was down from the previous 10.8 GW. The segment amounted to 8.8 GW in 2022 and the record 21.1 GW was achieved one year earlier.

In the new outlook, this year’s total new capacities are seen at 138.2 GW, climbing each year to hit a whopping 194.1 GW in 2030.

The new capacities in the update for 2024 are slightly different than in the statistics that the International Renewable Energy Agency (IRENA) published a month ago. Namely, it deducts decommissioned facilities from the additions, while GWEC doesn’t. Still, IRENA’s total offshore wind capacity is 3.8 GW lower than GWEC’s 83.2 GW. The onshore figure is negligibly higher, by 1.1 GW – GWEC measured 1.05 TW.

Photo: GWEC

GWEC warns of from tariffs risk, ideologically driven attacks on wind and renewables

GWEC warned of increasing policy instability in some markets, and pointed to the need to improve permitting, grid transmission and auctioning mechanisms to keep pace with the global trend for electrification, meet countries’ energy and climate targets and lessen reliance on volatile fossil fuels, while fulfilling globally agreed ambitions to triple renewable energy capacity by 2030.

The council pointed out that the headline numbers mask big disparities, with the lion’s share of installations taking place in a small number of key mature markets, including China and Europe.

Blackwell: Halting projects that are under construction threatens investment certainty

“While wind energy continues to drive investment and jobs, improve energy security and lower consumer costs, we are seeing a more volatile policy environment in some parts of the world, including ideologically driven attacks on wind and renewables and the halting of under construction projects, threatening investment certainty,” said GWEC’s Chief Executive Officer Ben Backwell.

He stressed that the impact of the tariff wars has yet to be calculated, and urged decision makers to ensure a stable market and free and fair trade.

China’s share of global capacity nearing 50%

New installations were registered in 55 countries. China maintained its absolute dominance: it added 79.8 GW, translating to 68.2% of the total. Moreover, at the end of December it hosted 521 GW of wind power or a stunning 45.8% of global capacity. IRENA’s data shows the shares at 70.5% and 46.1%, respectively.

On the global scale, the United States is a distant second in wind power additions, at 4.1 GW, as well as the overall capacity: 154.3 GW. The following three are Germany (4 GW), India (3.4 GW) and Brazil (3.3 GW), which surpassed Spain.

The United States is a distant second in both wind power additions and overall capacity

Europe’s new installations in 2024 were 13.8 GW, after 14.5 GW in the previous year. The overall capacity advanced to 251 GW. The region includes Turkey, which surged by 1.31 GW to 13.7 GW. The country accounted for 1.1% of all new capacity last year, earning it a spot in the top ten in the category.

Excluding China, onshore wind volume awarded in auctions and other procurement mechanisms doubled in 2024 to a record 53.5 GW, GWEC said. In Europe, it jumped 24% to 17 GW. Germany accounted for 11 GW. The offshore segment also hit an all-time high, 56.3 GW. Europe led the way with 23.2 GW, against 17.4 GW in China.

Photo: GWEC

Last year’s auctions may boost dormant floating wind power market

The rise of the floating wind turbine technology is stalling, as only 41.8 MW was installed. The level is similar to the previous year.

However, floaters accounted for 1.9 GW of the awarded capacity, of which 750 MW for three projects in France, 750 MW in South Korea and 400 MW in the United Kingdom, for Green Volt. It is the world’s largest proposed floating wind power investment, at up to 560 MW.

The 25.2 MW Provence Grand Large facility of three SGRE turbines was commissioned offshore France. Mingyang installed its 16.6 MW V-shaped floating turbine OceanX near Guangdong. After that, early this year, China Railway Rolling Stock Corp. (CRRC) installed a 20 MW floating turbine at a testing site offshore Shandong.

One technological breakthrough after another in China

GWEC highlighted other technological breakthroughs in China as well. Some new offshore turbines of 18 MW to 20 MW were first deployed while a batch of 16 MW machines also came online.

Dongfang Electric presented the largest (offshore) wind turbine, of 26 MW, while Goldwind manufactured the first 22 MW unit in December. Onshore, 10 MW models are scaling up, and SANY installed a 15 MW prototype. Of note, the Chinese company is participating at the upcoming Belgrade Energy Forum (BEF) in Serbia, on May 14 and 15, where it will have a stand.

The world’s highest wind farm, at an altitude of 5,200 meters, was commissioned in Tibet.

CRRC started testing a 20 MW floating wind turbine early this year

Mingyang (also known as Ming Yang) introduced wind blades of 143 meters in February 2024. Next, Goldwind and Sinoma Blades passed the static load test with 147-meter pieces.

SANY commissioned the world’s largest wind turbine test bench, for 35 MW. A 40 MW platform is under construction in Shantou, Guangdong.

by in News

Two PV parks of 117 MW in total coming online near Bucharest

Eximprod Grup is about to commission a 65 MW photovoltaic facility in Prahova county, north of Bucharest, before adding a battery system, and Simtel obtained financing for the completion of a 52 MW solar power plant in Giurgiu, south of Romania’s capital city. Additionally, the developer of a project of a similar size in Alba county in Transylvania, including energy storage, applied for an environmental permit.

Eximprod Group said it completed a solar park of 49.5 MW in connection capacity in Ciorani, Prahova county, north of Bucharest. Commissioning and grid integration are underway.

According to its documentation, the facility has 65 MW in peak capacity. It consists of five units with 9.9 MW in grid connections each.

The PV plant is coming online through a 20/110 kV power station and a single metering point. Eximprod, controlled by investors Manole Gheorghe and Vasile Domente, thanked Transelectrica, DEER, Ostenweg Sysplan SRL and Alive Capital for cooperation in the project. The company bought 590 W solar panels.

Eximprod has won a EUR 13.4 million grant for the Ciorani project from NRRP

The EUR 56.2 million endeavor includes a grant of EUR 13.4 million from the National Recovery and Resilience Plan (NRRP or, in Romanian, PNRR). It is part of the European Union’s Recovery and Resilience Facility (RRF).

Eximprod invested in the solar park, which features trackers, through its project firm Solar System Project. The facility was built on an 89-hectare land plot. It is located next to a solar power plant of the same owners, with a 15.5 MW connection and 20 MW in peak capacity.

The company plans to add a 21 MW battery energy storage system to the Ciorani PV park. Eximprod recently completed the first of seven foundations of a 38.4 MW wind park in Galați county in the region of Western Moldavia.

Banca Transilvania approves loans for large solar power project in Giurgiu

The Giurgiu county, west and south of Romania’s capital city, is emerging as one of the country’s solar power and energy storage hubs. Major projects are being materialized in other areas around Bucharest as well. Engineering company Simtelhttps://balkangreenenergynews.com/imports-from-china-dont-exceed-26-of-pv-project-costs-in-romania/ said it has signed financing contracts for a PV plant of 52 MW in peak capacity, which is 80% finished.

Annual output is estimated at 69 GWh.

Banca Transilvania, Romania’s largest, has approved a ten-year investment loan of EUR 16 million and a bridge loan of EUR 12.2 million. The latter is denominated in local currency and matures in March 2026.

Simtel has completed its first three smaller PV plants

“Since 2023, with the completion of our first proprietary photovoltaic park in Pleșoiu, our company has entered a new stage of development, becoming an electricity producer. The Giurgiu project represents an important step in this direction, as it covers more than half of the total capacity we aim to have completed and operational in our portfolio by mid-2026,” said Simtel Team’s Chief Executive Officer Mihai Tudor.

Romania has supported the investment in Giurgiu through NRRP. The bridge loan covers the financing needs before the company collects the grant.

Simtel, which is also a contractor, has completed three of its PV projects – in Pleșoiu, Salonta, and Iacobeni. Four others are in various stages of construction or permitting – in Anina, Ianca, Mangalia, and Movilița. Together with the facility in Giurgiu, their combined peak capacity is above 83 MW. The eight units will generate an estimated 111 GWh per year.

The company is listed on the main market of the Bucharest Stock Exchange (BSE). Simtel offers consultancy services, authorization, design, engineering, construction, maintenance, operation, measurement, control, and energy supply. It was founded in 2010 by Iulian Nedea, Sergiu Bazarciuc and Radu Vilău.

Solar-BESS hybrid power plant project on monastery land in Alba is worth EUR 53.1 million

As for other relevant news in Romania, Bucharest-based Ponor Energy requested an environmental approval for a solar power project of 56.7 MW in peak capacity, which would include batteries. The site is in Ponor commune in Transylvania’s Alba county, spanning 48.6 hectares. The firm leased monastery land for 25 years.

The facility would consist of 166 Huawei inverters of 49.8 MW in total and Trina Solar’s 85,852 bifacial panels of 660 W. The battery segment would have 81.5 MWh in capacity.

Excluding value-added tax, the investment is worth an estimated EUR 53.1 million.