Green Revolution: Old E-Auto batteries supply AI data centers!

Green Revolution: Old E-Auto batteries supply AI data centers!

Tahoe Reno Industrial Center, Nevada, USA - What to do with old e-car batteries? Redwood Materials found the answer and uses it to produce microgrids for data centers. The company has decided to make the energy supply more sustainable by transforming it into new energy stores that are no longer required. The first microgrid was installed in the Tahoe Reno Industrial Center in Nevada, which efficiently supplies electricity with electricity. With a capacity of 64 megawatt hours (corresponding to 12 megawatts), it delivers over 99 % of the electricity requirement for Crusoe, a data center operator specializing in AI.

The special thing about these microgrid is that they can be operated both within a power grid and independently. They are not only cheaper than new battery systems, but many recycled batteries often still have over 50 % of their capacity. This is a real win-win situation, since Redwood's founder JB Straubel already believes that they have enough reusable batteries for microgrids with a total output of 1 gigawatt hour. In addition, Redwood tests every battery for its suitability for reuse - everything that does not fit is recycled accordingly.

The future of data centers

data centers could change enormously in the near future. According to current estimates, the energy consumption of German data centers could increase to dizzying 35 terawatt hours (TWH) by 2030-an increase that is not only due to the growing use of cloud services, but also due to the exponential growth of AI applications and the Internet of Things. The pressure on the infrastructure is growing, and operators must already take measures to reduce energy consumption through optimized cooling techniques and smart building structures.

In order to meet these challenges, more and more companies are relying on sustainable energies and innovative cooling systems, including liquid -based and geothermal solutions. In addition, the integration of renewable energies and the improvement of heat recovery is becoming increasingly relevant. AI technologies could play a key role here by analyzing energy consumption in real time and thus enabling savings of up to 30 %.

A new chapter for battery technology

Another technical progress that could revolutionize energy storage are sodium-ion batteries. These have been known since the 1980s, but have only recently experienced improvements in the energy density. With prices that are about 40 % below those of lithium-ion batteries, these new batteries could have the potential to mix the entire industry. Their lower temperature sensitivity makes them particularly attractive.

Now it is important to promote the quick exchange of knowledge between research and industry. If the concept of a sodium-ion battery is successful, this could result in an innovation boost not only for electric cars, but also for the technology of the data centers. Because in the end all this innovation leads back to the main goal: a more sustainable and more cost -effective energy future.

We are in the middle of an exciting change that could have a huge impact on our digital future. Data centers have to adapt to these developments in order to meet future energy requirements sustainably and reach the climate goals. The combination of old, recycled batteries and new technologies could be the key to solving many of these challenges.

Overall, it can be seen that the innovative strength in the technology industry is in full swing. From the new developments in Microgrids to new type of battery technologies - there is really a lot of potential that is only waiting to be discovered. So let's pay attention to how these trends will continue to develop.

Much in this discussion revolves around the energy -efficient developments and technological innovations in data centers, as well as the use of old batteries to extract valuable electricity. The future seems promising - and we can look forward to how these technologies will develop in the coming years.

More details can be found in the articles of t3n href = "https://www.agrarheute.com/energie/strom/neue-stromspeicher-fuers-e-auto-natrium-ion-batterie-611284" Class = "Source_2"> Agrarheute and rashkentren.org .