Our world has reached a point where society recognizes the planet is under stress, with energy and technology sectors at the forefront of this reckoning. Microsoft, in association with PwC, revealed the urgency of the challenges currently facing our planet, reporting that 91% of people don’t live in standard air quality-controlled areas, 60% of biodiversity has been lost since 1970, and greenhouse gases are at their highest levels in 3 million years.

To get ahead of these challenges, we must reduce carbon footprints.

The Role Of ‘AI’ In Carbon Reduction And Increased Efficiency For Energy | Devamı>>>

Today we live in an age of environmental emergency due to global warming, and not without reason. The consequences of this have become very palpable in the last 10 years, with our planet suffering major and more frequent storms and other weather phenomena, shortages of potable water, temperature increase, rising sea levels and endless consequences thereof.

Social movements, organizations, countries and other agencies are now aware of the moral necessity and urgency of implementing an energy change, sustainable in the long term, to ensure growth and socioeconomic stability, and to mitigate the alarming CO2 emissions globally.

Hydrogen As a Sustainable Energy Resource | Devamı>>>

In their 2019 Global EV Outlook report, the International Energy Agency predicts  that under the EV30@30 Scenario, electric vehicle (EV) sales will reach 44 million vehicles per year by 2030.

Even with conservative predictions of 12 million by 2025, Deloitte predicts that the industry tipping point for EVs will be 2022 when the cost of battery EV ownership will be comparable with the combustion engine.

To meet the 2015 Paris Agreement targets, emissions have to be reduced, and part of that reduction means looking at how to recycle and re-use EV batteries.

Why We Need To Track The Lifecycle Of Electric Vehicle Batteries | Devamı>>>