Providing More Reliable, More Affordable and More Sustainable Energy to as Many People as Possible

Energy is at the heart of one of the great challenges of the 21st century: saving our planet from the threat of climate change while enabling the majority of mankind to escape from poverty.

It is not enough to decarbonize energy. It is also necessary to meet the growing energy needs of a rising global population in a responsible way. That is the dual challenge for energy.

Today, around 4.6 billion people(1) have a level of access to energy below what is considered necessary to enable satisfactory human development. 2.1 billion people worldwide do not have access to clean energy, notably for cooking(2).

In 2050, there will be close to 10 billion people in the world. This demographic growth, and the improvement in living standards of the poorest populations, will require energy that is reliable, affordable, clean and accessible to as many people as possible.

Supplying energy means meeting essential needs. TotalEnergies is seeking to meet the challenge of the 21st century by pursuing its multi-energy strategy, while continuing to supply its customers with the energies they need, both today and in the future.

By 2030, TotalEnergies aims to:

  • have access to a gross installed capacity(3) of renewable(4) electricity of 80 GW;
  • reach 100-120 TWh of net electricity generation, mainly from renewable sources;
  • provide 100 million people in Africa and India with access to Cooking solutions(5).

Our socio-economic indicators (XLS)

Access to clean energy, particularly for cooking, is a prerequisite for economic and social development in emerging countries. Today, 2.1 billion people in the world(6) do not have access to it.

As the IEA points out, access to cleaner cooking fuels, such as LPG (Liquefied Petroleum Gas) helps:

  • Improve people’s health thanks to better air quality, limiting the risk of respiratory complications and cardiovascular disease. Household air pollution is the second leading cause of premature death among women in sub-Saharan Africa.
  • Reduce gender inequality by facilitating access to education, employment, entrepreneurship and, ultimately, financial independence for women. Clean cooking solutions represent a significant time-saver for people who would otherwise spend as much as 20 hours per week collecting wood for cooking purposes.
  • Reduce CO2 emissions and deforestation. Universal access to clean cooking solutions would result in emission savings of up to 1.5 billion tons of CO2 equivalent by 2030 (of which 900 million tons in Africa) – equivalent to the CO2 emissions produced by the air and maritime industries in 2022 or the deforestation of forests the size of Ireland each year.

In order to give 100 million people in Africa and India access to Clean Cooking by 2030, TotalEnergies will invest more than 400 M$ in the development of LPG for cooking (bottles storage and filling facilities). “Pay-as-you-cook” payment solutions have been launched to allow customers to pay only as the LPG bottle is used, instead of having to pay for the value of the entire bottle content upfront.

$400 million
of investment in the development of LPG for cooking in Africa and India by 2030

TotalEnergies’ mission is to deliver energy that is more reliable, more affordable, more sustainable and accessible to the greatest number of people. The “Access to Energy” program, launched in 2011 by TotalEnergies, aimed to bring a solar lighting solution to 25 million people without access to energy by 2025. This objective has been achieved a year ahead of schedule. This endeavour continues notably by assisting populations impacted by extreme weather events (e.g., Hurricane Melissa in Jamaica) as well as by proposing solar streetlights.

In 2024, on the occasion of COP29, we announced that we would join forces with BP, Equinor and Shell to support energy access in sub-Saharan Africa and South and Southeast Asia. With $500 m in capital, this joint investment seeks to support high-impact projects aiming to help millions of people in underserved communities gain access to electricity and improved cooking conditions.

$500 million of capital
The joint investment by TotalEnergies, BP, Equinor and Shell targets a broad range of solutions, including solar home systems, mini/metro grids, Clean Cooking solutions and technologies such as e-mobility, energy storage and management solutions

As the effects of global warming become more visible, nations, both developed and emerging, are now faced with the essential task of a large-scale transformation, particularly of their energy systems. Beyond the technological and financial challenges it poses, this transition process must be just if it is to succeed. It must provide the least developed countries with the clean, reliable and affordable energy they need for their growing populations aspiring to a higher standard of living.

The most developed nations, in turn, will need to assist those who could be adversely affected by that transition, should for example their job disappear or the cost of this transition put them in energy poverty.

TotalEnergies has launched initiatives to support those who could find themselves in a difficult position as a result of this transition, for example because the cost of this transition would place them in a precarious situation energy-wise.

In France, TotalEnergies Électricité et Gaz has set up a number of initiatives to combat fuel poverty and help customers reduce their energy consumption, and therefore their energy bill, including the launch of the “Tous acteurs” for the 2025-2026 winter season, “Zoom conso”, and the “Rendez-vous solidaire” initiatives for customers in vulnerable situations.

TotalEnergies announced in April 2026 the continuation of its initiative to cap fuel prices at all 3,300 TotalEnergies gas stations across France for as long as the crisis in the Middle East persists. In addition, throughout 2026, all TotalEnergies residential electricity and gas customers in France can benefit from a price cap of €1.99 per liter on all fuels at the pump.


(1) Source: TotalEnergies Outlook 2025.
(2) Source: Tracking SDG7 - The Energy Progress Report 2025.
(3) Cumulative gross capacity of a site’s electricity generation facilities in operation, without taking into account losses, availability factors or grid constraints. It reflects the theoretical maximum capacity that the facilities can produce at the injection point under standard conditions. It is expressed on a 100% basis regardless of the ownership interest held in the asset.
(4) “Renewable” energy is “energy produced from renewable non-fossil sources, i.e. wind energy, solar thermal or photovoltaic energy, geothermal energy, ambient energy, tidal, wave or osmotic energy and other marine energy, hydroelectric energy, biomass, landfill gas, gases from wastewater treatment plants and biogas” (Article L.211-2 of the “Energy Code”).
(5) www.cleancooking.org.
(6) Source: Tracking SDG7 - The Energy Progress Report 2025.

Chapter 5.2.3.4 – "Consumers and end-users (S4) - Access to more sustainable energy (or just transition)"
 

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