Ses Ai's ROA from the second quarter of 2026 to the second quarter of 2025 and 5 Year Period
Return on Assets, Quarterly Results, Trends, Rankings, Statistics
What is Ses Ai's ROA in the second quarter of 2026?
Ses Ai Corporation recorded a cumulative net loss of $-68 million during 12 months ending in the second quarter of 2026, resulting in a negative return on assets (ROA) of -26.01%.
However, within the Capital Goods sector 244 other companies had a higher return on assets. While Return on assets, overall ranking has advanced in the Jun 30 2026 quarter, so far to 3570, from total ROA ranking in the first quarter of 2026 at 4173.
In the bustling heart of Woburn, Massachusetts, a transformative beacon of innovation emerges with the advent of SES AI Corporation, a venerated establishment reputed as a forerunner in the realm of high-performance lithium-metal batteries. A remarkable harbinger of the next epoch in electric conveyances, SES AI has announced its imminent participation in the prestigious Air Taxi World Congress, to be convened on the 9th of October, 2024 in the resplendent city of Dubai. Herein, they shall unfurl the banner of their esteemed All-in on AI initiative, an ambitious undertaking pledging to intertwine artificial intelligence with the manufacturing processes, safety protocols, and scientific explorations intrinsic to the burgeoning electric vehicle (EV) industry. The company intends to showcase its cogitations on the integration of AI in this brave new era, engaging in a plethora of discussions that promise to be as enlightening as they are provocative.Alas, dear readers, the path to such laudable heights has not been bereft of obstacles. Over the last twelve months, SES AI has encountered considerable financial tumult, recording a cumulative net loss that swells to a staggering $60 million in the second quarter of 2024. A disconcerting return on assets (ROA) of -15.59% highlights the financial wearying that persists within this industrious enterprise. Comparatively, within the expansive realm of the Capital Goods sector, a staggering 191 other entities have bested SES AI in ROA performance, illuminating the arduous journey of this noble company, despite their technical triumphs.
Woburn, Massachusetts SES AI Corporation (SES AI) (NYSE: SES), an international leader in the development and manufacture of high-performance Li-Metal batteries, has announced a groundbreaking initiative aimed at accelerating the discovery of materials for electric transport. By mapping the universe of small molecules with a state-of-the-art supercomputer optimized for artificial intelligence (AI), this pioneering project seeks to transform the understanding of chemical compounds that can propel the next generation of electric vehicles. A Collaborative Effort for Advanced Materials Discovery SES AI joins forces with industry giants NVIDIA, Crusoe, and Supermicro under the AI for Science Initiative, a collaborative platform aimed at leveraging high-performance computing (HPC) and AI to solve complex scientific problems. This groundbreaking initiative is set to push the boundaries of what’s possible in materials science, facilitating faster and more accurate discoveries that could lead to significant advancements in the field of electric transportation.This collaboration allows us to utilize some of the most advanced computational resources available today,” said Dr. Qichao Hu, CEO of SES AI. “By integrating our expertise in Li-Metal batteries with the AI capabilities provided by NVIDIA, advanced infrastructure solutions from Crusoe, and cutting-edge supercomputing from Supermicro, we aim to expedite the discovery of new materials that can substantially improve energy storage and efficiency in electric vehicles.” The Power of AI and Supercomputing At the core of this initiative is a cutting-edge supercomputer tailored for AI applications, capable of processing and analyzing massive datasets at unprecedented speeds. NVIDIA’s involvement means that the supercomputer is equipped with advanced GPUs that enable deep learning algorithms to sift through enormous amounts of molecular data, identifying promising compounds more efficiently than traditional methods. Crusoe’s advanced cloud-based computing solutions provide the necessary infrastructure to ensure that the computational power required for this project is both scalable and sustainable. By utilizing flare gas capture technology, Crusoe not only provides energy-efficient computing but also contributes to a reduction in greenhouse gas emissions, aligning perfectly with the sustainable goals of the electric transport industry.
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