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Energy is key to solving the net zero equation

The current global energy crisis has injected greater urgency in the clean energy transition, highlighting the importance and key role of renewable energy.

Energy is key to solving the net zero equation. If the world is to succeed in meeting our global climate targets, we must massively scale renewable energy solutions across technologies, ensuring that renewables development accelerates to comprise 85% of the world’s energy mix.

The demand for renewables is growing rapidly, spurred on by increasingly urgent climate warnings, along with escalating economical and geopolitical factors. The relative competitiveness of renewables has strengthened over time, and it is now the most cost-efficient power source in much of the world.

The import of fossil fuels is seen as unreliable by many political leaders, given price volatility and geopolitical unrest. Renewable energy represents an opportunity for countries to boost their economic growth, meet growing energy needs, improve living standards, generate employment, and reduce dependency on fossil fuels.

At Scatec we believe that for the world to achieve its climate targets, emerging economies must be part of the solution. Today, 63% of carbon emissions stem from emerging markets. However, these markets only receive 20% of the global investment in clean energy. The IEA reports that given rising populations, expectations for urbanisation and increased industrial activities in these countries, we can expect emissions to increase by about five gigatonnes within the next 20 years if we fail to act.

To give these growing economies the boost they need to transition, we are looking at an investment level into clean energies of more than USD 1 trillion by 2030, according to the IEA in a net zero by 2050 scenario.

There is also a growing need for green hydrogen, ammonia and other critical feedstocks powered by renewables, to accelerate the decarbonisation of hard-to-abate industries. Global demand for green hydrogen and green ammonia is expected to reach more than 500 million tonnes and 200 million tonnes, respectively, by 2050.

Emerging economies with renewable resources and strategic locations near end markets, such as Egypt, are expected to become large producers and exporters of green hydrogen and green fuel in the years to come.

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