NVIDIA Eyes Romania: AI Data Centers Need Power & Grid — NRG-IA

NVIDIA, the world's leading player in hardware and software infrastructure for artificial intelligence, is exploring the Romanian market for a potential data center, according to information published by HotNews citing energy sector sources. The cited sources speak of analyzed investments of approximately $4 billion and interest in the south and southeast of the country, regions where wind, solar, and announced storage projects are concentrated. This information must be treated with caution. NVIDIA has not officially announced an investment in Romania, and company representatives told HotNews they do not comment on these reports. For its part, the Romanian Government stated that it has no official information confirming the existence of such a project, has not identified any direct request for a meeting with government officials, and has found no official correspondence between the Government and NVIDIA in 2026. Romania enters the AI radar, but the project remains unconfirmed HotNews sources claim that company officials visited Bucharest in early May 2026 for a conference and discussions with partners, and had sought a meeting with Prime Minister Ilie Bolojan. The meeting reportedly did not take place because the Government fell following a no-confidence vote exactly during that period. The publicly confirmed element is NVIDIA's presence at the DataCenter Forum Romania 2026. The event's official page lists Rod Evans, Vice President for Supercomputing, HER Cloud and AI for Europe, Middle East and Africa at NVIDIA, among the speakers of this edition. In his public remarks in Bucharest, Evans stated that Romania could become a major hub for data centers and AI in the coming years, driven by energy investments, a temperate climate, and the development of cooling technologies. Economica.net recorded his statement that, with liquid cooling, data centers can be built in various climates, and Romania has the arguments to become a leader in the field. This distinction is essential: there are signals of interest, there is a public NVIDIA presence in Bucharest, and there are optimistic statements about Romania's potential, but there is no officially committed investment. Romania cannot frame this issue as a won victory. It can, however, treat it as a strategic window of opportunity. Artificial intelligence seeks deliverable power For NRG-IA, this topic does not belong solely to the IT sector. An AI data center is energy infrastructure, not just digital infrastructure. NVIDIA is already shaping this direction at the European level: developing AI infrastructure requires advanced systems, land, facilities, access to sustainable energy, specialists, and partnerships. The company is working in Europe with players in France, the UK, Germany, Italy, and European telecommunications firms for AI infrastructure and sovereign cloud. The International Energy Agency highlights the scale of this phenomenon. Data centers consumed approximately 415 TWh of electricity in 2024, representing about 1.5% of global electricity consumption, and their consumption is projected to exceed 945 TWh by 2030. AI is the primary driver of this growth. This growth is reshaping competition between countries. An AI-oriented data center can consume as much as an energy-intensive industrial plant, with consumption concentrated locally in specific grid nodes. The IEA warns that about 20% of planned data center projects could face delays if grid risks are not resolved, as building new transmission lines can take between four and eight years in advanced economies. This is where the Romanian stake lies. It is not just about how many renewable MW are installed or announced. What matters is whether power can be delivered continuously, whether the grid allows for rapid connection, whether storage is available, whether credible long-term contracts exist, and whether institutions can coordinate a project that simultaneously touches upon energy, technology, land, permitting, taxation, cybersecurity, and communications infrastructure. Renewables are an advantage, the grid is the test HotNews notes that Romania has approximately 3.7 GW installed in solar parks, plus 3.6 GW in prosumer panels, and in the next three years, installed solar capacity could reach 10–11 GW. In wind, installed capacity is indicated at around 3.1 GW, with estimates of doubling by 2030. These figures explain why Romania could become attractive to AI infrastructure developers. The south and southeast of the country combine land, solar resources, wind projects, proximity to energy infrastructure, and the potential for integration with storage. However, renewables also bring a challenge: an AI center does not operate only when the sun shines or the wind blows. It requires 24/7 available power, power quality, redundancy, and stability. A hyperscale project can only transform cheap energy in an area into an industrial advantage if the grid can absorb it and if the system can manage peaks,…