SEOUL, South Korea, Feb. 2, 2026 /PRNewswire/ -- Greneta, a deep-tech leader in high-precision 3D infrastructure, today announced the official launch of its comprehensive SaaS platform at Greneta.ai. The platform is designed to solve the "data gravity" problem in 3D and Physical AI, offering a seamless, automated pipeline for optimizing massive 3D datasets for contents creation and industrial applications.
Bridging the Gap Between Heavy Data and Physical AI
As the industry pivots toward Physical AI where autonomous systems must perceive and interact with complex 3D environments the need for lightweight yet high-fidelity data has become mission-critical. Greneta's new SaaS service leverages years of rigorous field testing and industrial PoCs to provide a "one-click" solution for 3D data optimization.
The platform distinguishes itself by integrating a powerful suite of 3D technologies:
Automated 3D Optimization: Proprietary algorithms that reduce file sizes by over 90% while maintaining the sub-millimeter precision required for industrial digital twins and robotics.
3D Gen AI & Gaussian Splatting
Advanced reconstruction tools that allow users to turn simple captures into photorealistic, navigable 3D spaces in minutes.
World Model Integration
In a bold move to support the next frontier of AI, the platform integrates with World Labs' world models, ensuring that generated 3D environments possess the spatial intelligence and physical consistency needed for AI training.
Empowered by the NVIDIA Ecosystem
Greneta's rapid scaling is supported by its selection for the NVIDIA Inception Program. By collaborating within NVIDIA's ecosystem, Greneta ensures its optimized 3D assets are fully compatible with high-performance computing environments and simulation platforms like NVIDIA Omniverse, providing a critical bridge for developers building the next generation of autonomous machines.
"Our goal at Greneta.ai is to make high-precision 3D data as accessible and streamable as 2D video," said a spokesperson for Greneta. "By combining our optimization engine with the latest in 3D Generative AI and world models, we are providing the essential infrastructure that Physical AI needs to scale beyond the lab and into the real world."
Continued Momentum and Recognition
The launch of the SaaS platform follows a period of significant technical milestones for the company. Greneta's core technology, which was honed through demanding industrial Proof of Concepts (PoCs), was recently recognized for its excellence and impact, being named a CES® 2026 Innovation Awards Honoree.
As the company moves forward from its success at CES 2026, the focus remains on empowering global enterprises to unlock the full potential of their 3D data through Greneta.ai.
About Greneta
Greneta is a technology company specializing in high-precision 3D data optimization and infrastructure for Physical AI. By automating the transition from raw 3D data to optimized, AI-ready assets, Greneta enables industries to deploy digital twins, autonomous robots, and immersive simulations at scale.
Website: https://Greneta.ai
** The press release content is from PR Newswire. Bastille Post is not involved in its creation. **
Greneta Launches Next-Gen SaaS Platform to Accelerate Physical AI with Automated 3D Optimization
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BEIJING, April 3, 2026 /PRNewswire/ -- HiTHIUM showcased its full-scenario energy storage solutions at ESIE 2026, held in Beijing from April 1-3. The company highlighted its ∞Cell 1175Ah long-duration energy storage (LDES) battery and BESS, along with its AIDC full-duration energy storage solution. At the event, HiTHIUM released the full results of a large-scale fire test for its ∞Power 6.25MWh 4h BESS and received certification from UL Solutions. This marks the world's first open-door fire test of the LDES system equipped with kAh-level battery cells, setting a new benchmark for system-level safety validation.
Advancing Industry-Wide Understanding of Energy Storage Safety
During the exhibition, HiTHIUM hosted a certification ceremony for the world's first large-scale fire test of a BESS equipped with kAh-level battery cells. Jiawu Chen, the Fire Test Project Lead and Senior Fire Protection Design Engineer at HiTHIUM, presented the test design and execution. A full-length video showcased the entire process, key technical milestones, and final results.
Through this technical sharing, HiTHIUM translated an extreme safety validation into practical and replicable industry insights, reinforcing the shift from "design-level safety" to verifiable system safety in long-duration energy storage.
UL Solutions Grants the Certification, Validating System Safety
During the certification ceremony, Chi Chen, APAC Senior Product Manager, Energy and Automation at UL Solutions, noted that UL 9540A 6th Edition (released March 2026) expands safety validation to full-container and system-level fire scenarios. HiTHIUM's 6.25MWh BESS was tested under open-door, large-scale fire conditions in compliance with this standard, validating the reliability of its passive safety design.
The certification indicates the system meets stringent market access requirements across major global markets and supports its international deployment.
Verifiable Safety Demonstrated in World's First Extreme Fire Test of a 6.25MWh 4h LDES System
Previously, under the full witness of UL Solutions and independent experts, the 6.25MWh BESS underwent an extreme fire test in accordance with the latest UL 9540A (2025) and NFPA 855 (2026) standards. The test applied multiple stringent conditions, including fully open container doors, minimal spacing of 15 cm in a back-to-back and side-by-side configuration, 100% state of charge, and deactivation of active fire protection systems.
Results showed the fire was contained within a single container, with no thermal propagation between units. The enclosure remained structurally intact after the burn, demonstrating reliable safety performance under real-world fire scenarios.
Ecosystem Collaboration Highlights Lighthouse Manufacturing
At the exhibition, HiTHIUM partnered with ecosystem collaborators to launch interactive check-in activities centered on the ∞Cell 1175Ah LDES battery, featuring a joint partner booth tour and a lighthouse factory-themed experience, attracting strong visitor engagement and in-depth interaction.
Notably, in January 2026, HiTHIUM's Chongqing manufacturing base was recognized as the world's first Lighthouse Factory for energy storage batteries and operates the first dedicated production line for LDES batteries. The site integrates over 40 digital solutions, incorporating technologies such as generative AI, machine learning, and AIoT to enable end-to-end intelligent management—from R&D and material selection to manufacturing and final testing—ensuring high consistency across production.
Looking ahead, HiTHIUM will continue to focus on long-duration energy storage, strengthening its capabilities in verifiable product safety, scalable delivery, and full-scenario solutions. Together with global partners, the company aims to support the high-quality development of the energy storage industry and advance the global energy transition.
BEIJING, April 3, 2026 /PRNewswire/ -- HiTHIUM showcased its full-scenario energy storage solutions at ESIE 2026, held in Beijing from April 1-3. The company highlighted its ∞Cell 1175Ah long-duration energy storage (LDES) battery and BESS, along with its AIDC full-duration energy storage solution. At the event, HiTHIUM released the full results of a large-scale fire test for its ∞Power 6.25MWh 4h BESS and received certification from UL Solutions. This marks the world's first open-door fire test of the LDES system equipped with kAh-level battery cells, setting a new benchmark for system-level safety validation.
Advancing Industry-Wide Understanding of Energy Storage Safety
During the exhibition, HiTHIUM hosted a certification ceremony for the world's first large-scale fire test of a BESS equipped with kAh-level battery cells. Jiawu Chen, the Fire Test Project Lead and Senior Fire Protection Design Engineer at HiTHIUM, presented the test design and execution. A full-length video showcased the entire process, key technical milestones, and final results.
Through this technical sharing, HiTHIUM translated an extreme safety validation into practical and replicable industry insights, reinforcing the shift from "design-level safety" to verifiable system safety in long-duration energy storage.
UL Solutions Grants the Certification, Validating System Safety
During the certification ceremony, Chi Chen, APAC Senior Product Manager, Energy and Automation at UL Solutions, noted that UL 9540A 6th Edition (released March 2026) expands safety validation to full-container and system-level fire scenarios. HiTHIUM's 6.25MWh BESS was tested under open-door, large-scale fire conditions in compliance with this standard, validating the reliability of its passive safety design.
The certification indicates the system meets stringent market access requirements across major global markets and supports its international deployment.
Verifiable Safety Demonstrated in World's First Extreme Fire Test of a 6.25MWh 4h LDES System
Previously, under the full witness of UL Solutions and independent experts, the 6.25MWh BESS underwent an extreme fire test in accordance with the latest UL 9540A (2025) and NFPA 855 (2026) standards. The test applied multiple stringent conditions, including fully open container doors, minimal spacing of 15 cm in a back-to-back and side-by-side configuration, 100% state of charge, and deactivation of active fire protection systems.
Results showed the fire was contained within a single container, with no thermal propagation between units. The enclosure remained structurally intact after the burn, demonstrating reliable safety performance under real-world fire scenarios.
Ecosystem Collaboration Highlights Lighthouse Manufacturing
At the exhibition, HiTHIUM partnered with ecosystem collaborators to launch interactive check-in activities centered on the ∞Cell 1175Ah LDES battery, featuring a joint partner booth tour and a lighthouse factory-themed experience, attracting strong visitor engagement and in-depth interaction.
Notably, in January 2026, HiTHIUM's Chongqing manufacturing base was recognized as the world's first Lighthouse Factory for energy storage batteries and operates the first dedicated production line for LDES batteries. The site integrates over 40 digital solutions, incorporating technologies such as generative AI, machine learning, and AIoT to enable end-to-end intelligent management—from R&D and material selection to manufacturing and final testing—ensuring high consistency across production.
Looking ahead, HiTHIUM will continue to focus on long-duration energy storage, strengthening its capabilities in verifiable product safety, scalable delivery, and full-scenario solutions. Together with global partners, the company aims to support the high-quality development of the energy storage industry and advance the global energy transition.
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HiTHIUM's kAh-Level 6.25MWh BESS Receives International Certification Following Large-Scale Fire Test
