The rise of Artificial Intelligence (AI) is transforming industries and increasing reliance on data centers. The intensive computational resource usage of AI is generating high energy consumption to operate servers and maintain cooling in these spaces, highlighting the need to adopt resilient, efficient, and sustainable energy solutions to ensure clean, stable, and uninterrupted supply.
For this reason, AI drives the expansion and modernization of data centers worldwide. According to a Goldman Sachs report, the energy demand in these centers is projected to grow by 165% by 2030, fueled by AI. The occupancy rate of data centers (currently 85%) is expected to rise to 95% by the end of 2026. Additionally, AI is projected to account for about 27% of energy demand by 2027, compared to 14% today.
Although recent developments have shown a reduced need for energy to train and operate models, the energy impact of AI remains significant. Given this scenario, data centers must invest in infrastructure that ensures power quality without failures. The solution lies in UPS systems, which support businesses by providing power reliability, reducing the risk of interruptions that could lead to AI system failures, data loss, and substantial financial losses.
UPS systems provide greater flexibility and operational effectiveness by functioning as intelligent energy management hubs. Developed with cutting-edge technologies and designed for extended longevity, UPS systems optimize power distribution and reduce waste in data centers. They enable centers to scale operations as needed without losing power, achieving complete stability and predictability. With UPS systems, companies can focus on business while becoming more sustainable, monitoring grid health, and adjusting power distribution according to workload.
Technological advancements and the growing use of AI have made energy a central factor in data center competitiveness. However, this revolution will only be sustainable if powered correctly. For companies managing these environments, the issue goes beyond ensuring continuous availability—it is imperative to rethink how energy is managed to avoid waste, mitigate environmental impacts, and maintain a long-term competitive advantage.
Investing in robust systems, such as state-of-the-art UPSs, alongside intelligent energy generation strategies focused on renewable sources, is essential for these centers to serve as the foundational infrastructure supporting AI innovation and security. Thus, as the digital revolution goes hand in hand with an energy revolution in business, data centers can move toward a responsible, sustainable, and innovative future.
