14 financial institutions support nuclear expansion by 2050

Fourteen major financial institutions have pledged to support the global expansion of nuclear power to triple its capacity by 2050, marking a key step in the energy transition.

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At Climate Week in New York, fourteen leading financial institutions expressed their support for tripling global nuclear power capacity by 2050. This announcement echoes the Declaration to Triple Nuclear Power, launched at COP28 in Dubai in 2023.
Banks and investment funds recognize that nuclear power, as a complement to renewable energies, is crucial to achieving global decarbonization targets. The inclusion of nuclear power in discussions on energy transition represents an important turning point.
Indeed, these financial institutions emphasize that nuclear power offers a reliable source of low-carbon electricity, helping to stabilize energy grids while reducing greenhouse gas emissions.
Among the banks involved in this initiative are Barclays, Morgan Stanley, BNP Paribas and Société Générale.
These establishments emphasize the need to develop new financial tools to support nuclear projects in the development phase.

Financing nuclear expansion

The financial requirements for the development of new nuclear infrastructures are considerable.
The high cost of projects, combined with regulatory complexity, is still holding back large-scale deployment.
However, Climate Week participants stressed that traditional financial mechanisms must evolve to support this strategic sector.
They believe that government-backed loans and risk-sharing mechanisms could make nuclear projects more attractive to investors.
For financial institutions, the challenge lies in mobilizing long-term capital and creating suitable financing models.
Sweden’s Energy Minister, Ebba Busch, has outlined her government’s proposal for guaranteed loans, Contracts-for-Difference and risk-sharing schemes to accelerate the construction of new power plants.
These initiatives aim to make nuclear power competitive with other low-carbon energy sources, while meeting the growing need for electricity.

Growing demand

The acceleration of the energy transition requires us to meet a growing demand for electricity, particularly with the development of new technologies such as artificial intelligence and data centers.
These sectors require reliable and abundant energy, which makes nuclear power a preferred solution for meeting these needs without increasing CO2 emissions.
The role of banks in this energy transformation is fundamental.
Leaders at Climate Week stressed the need to develop partnerships between the financial sector and energy companies to facilitate the financing of long-term nuclear projects.
Financial players must collaborate with energy producers, regulators and governments to create favorable environments for investment in nuclear power.

A favorable political framework

In addition to the financial aspects, speakers also stressed the importance of a clear policy framework to encourage the development of nuclear power.
Many countries, including France, Sweden and the United States, have already integrated nuclear power into their decarbonization strategies, recognizing its central role in stabilizing power grids and reducing emissions.
These countries are exploring new ways to make the nuclear sector more competitive, notably through regulatory reforms and financial incentives.
Discussions around the financing and regulatory framework for nuclear power are taking place against a backdrop of strong demand for low-carbon energy solutions.
With global targets set for reducing greenhouse gas emissions, the nuclear sector presents itself as a key solution for supporting the energy transition without compromising security of supply.

Growing international support

The initiative to triple nuclear capacity is enjoying growing international support.
Twenty-five countries have already endorsed the Declaration to Triple Nuclear Power, including Japan, the UK, Poland and Canada.
These nations recognize the importance of mobilizing funding to make nuclear power competitive in the long term, while respecting the objectives of the Paris Agreement.
Discussions around this nuclear expansion are also supported by private sector players, particularly in energy-intensive industries.
For these companies, access to reliable, low-carbon electricity is essential to ensure their global competitiveness.
Leaders at Climate Week agreed that the development of new reactors and the modernization of existing infrastructure are crucial steps towards achieving the 2050 targets.
By combining public and private financing, nuclear projects can become viable on a large scale, supporting the energy transition.

French state utility EDF has increased the maximum estimated cost for building six new nuclear reactors to €72.8 billion ($85.29 billion), representing a 40% rise over the original figure.
US-based Holtec has signed a memorandum of understanding with Hungary’s energy group MVM to assess the deployment of its SMR-300 technology, strengthening bilateral nuclear cooperation and opening prospects for a new market in Central Europe.
California-based startup Radiant has secured $300mn to build its first factory in Tennessee and prepare for the mass production of miniature nuclear reactors for off-grid applications.
Terra Innovatum has increased its interactions with the Nuclear Regulatory Commission to advance licensing of its SOLO™ micro-modular reactor, despite the partial shutdown of the US federal government.
The US nuclear regulator has extended the operating licences of three Illinois reactors by 20 years, strengthening Constellation's long-term industrial outlook for the Clinton and Dresden sites.
The SATURNE Industrial Chair aims to develop innovative uranium extraction methods, with joint funding from Orano and the National Research Agency over a four-year period.
US-based X-energy has signed a reservation agreement with South Korea's Doosan Enerbility to secure key components for its small modular nuclear reactors.
Samsung Heavy Industries has received Approval in Principle for a floating nuclear plant featuring two SMART100 reactors, marking a step toward the commercialisation of offshore small modular reactors.
The Indian government proposes a unified legal framework for nuclear energy, aiming to boost private investment and increase installed capacity to 100 GW by 2047.
Samsung C&T strengthens its presence in modular nuclear energy in Europe by signing an agreement with Synthos Green Energy to develop up to 24 SMRs in Poland and several Central European countries.
Israeli firm nT-Tao and Ben-Gurion University have developed a nonlinear control system that improves energy stability in fusion plasmas, strengthening the technical foundation of their future compact reactors.
The Indian government has introduced a bill allowing private companies to build and operate nuclear power plants, ending a state monopoly in place for over five decades.
Natura Resources enters a new regulatory phase for its molten salt reactor MSR-1, following the signing of a framework agreement with the US Department of Energy under the Reactor Pilot Program.
Norwegian Nuclear Decommissioning is surveying 22 localities to assess their interest in hosting storage facilities for radioactive waste from the country’s former research reactors.
Electricité de France's Flamanville 3 reactor has reached full power for the first time, marking a key industrial milestone in the deployment of EPRs in Europe, despite cost overruns reaching EUR23.7bn ($25.7bn).
GE Vernova Hitachi’s BWRX-300 small modular reactor has passed a key regulatory hurdle in the United Kingdom, opening the door to potential commercial deployment, despite no current plans for construction.
Molten salt reactor developer Natura Resources has acquired Shepherd Power and partnered with NOV to scale up modular reactor manufacturing by the next decade.
China National Nuclear Corporation expects commercial operation in 2026 for its ACP100 reactor, following successful cold testing and completion of critical structures in 2025.
Start-up SEATOM has been selected to join NATO's DIANA programme with its micro nuclear reactor designed for extreme environments, reinforcing its position in dual-use marine and military energy technologies.
The Estonian Ministry of Economic Affairs has opened a tender to select a site and conduct initial environmental studies for a 600 MW nuclear power plant, marking a decisive step for the country’s energy future.

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