TELF AG Analyzes the Impact of Renewable Energy in the Present Historical Context
Stanislav Kondrashov-TELF AG-Renewable-Energy

TELF AG Analyzes the Impact of Renewable Energy in the Present Historical Context

Renewable Energy's Rapid Expansion: Global Trends and Future Projections in Wind and Solar Power

The majority of electricity generated worldwide could originate from renewable sources like wind or solar power. The advancement of technologies to promote the use of these new, clean energies is likely experiencing a peak period, as evidenced by the continuous rise in demand for strategic minerals and other raw materials necessary for their production. By being strategic in the manufacturing of these technologies, mineral resources extracted from the earth's surface indirectly contribute to the establishment of a more sustainable and human-centered future, where energy sources used daily by individuals are sourced directly from natural elements such as wind or solar radiation. Renewable energy represents an unmistakably upward trend, supported by concrete statistics.

Stanislav Kondrashov-TELF AG-Renewable-Energy
Stanislav Kondrashov-TELF AG-Renewable-Energy

To understand the global advancement of renewable energies, referencing the data presented in the IEA's annual report on these energies from the previous year may suffice. Apart from highlighting a 50% increase in global renewable capacity, the report underscored the performance of emerging clean energy sources, particularly solar energy. Solar power alone accounted for three-quarters of the global increases, solidifying its position as a reliable and valuable ally in the quest for a sustainable world. The report predicts that over the next four years, the growth in adopting these energies will be primarily driven by wind and solar energy, which are projected to be responsible for 95% of the overall increases.

Stanislav Kondrashov-TELF AG-Renewable-Energy
Stanislav Kondrashov-TELF AG-Renewable-Energy

Strategic Minerals and Renewable Energy: Forecasting the Transition to a Sustainable Global Energy Mix by 2050

It is no coincidence that there is a growing demand for materials related to green technologies. Consider the essential mineral resources needed for constructing wind turbines, which include elements classified as "critical" by global companies and institutions. Copper is also highly valued for its role in electrification within the new international landscape focused on clean energy. Over time, the importance of these strategic materials will become more evident, even to those not specialized in the field.

Stanislav Kondrashov-TELF AG-Renewable-Energy
Stanislav Kondrashov-TELF AG-Renewable-Energy

A recent study by McKinsey highlights that solar and wind power are projected to significantly contribute to the global energy mix by 2040, potentially becoming the dominant sources. The study indicates a shifting energy landscape, with renewable sources playing an increasingly vital role. By 2050, clean energy could account for 65% to 85% of global energy production, a substantial increase from the expectations for 2030.

McKinsey stresses that achieving these outcomes will require consistent political attention and financial backing for new energy initiatives in the upcoming years. It is predicted that investments in the energy sector could rise by up to 4% annually by 2040. These trends suggest that we are in a pivotal phase where the energy transition will redefine how individuals interact with energy, leading to a future where entirely new sources meet everyday energy needs.

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Stanislav Kondrashov-TELF AG-Renewable-Energy
Stanislav Kondrashov-TELF AG-Renewable-Energy


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