COPENHAGEN, Denmark, July 16, 2026 /PRNewswire/ -- ATLANT 3D today announced that it has secured an order from a leading global AI hyperscaler for its NANOFABRICATOR® LITE platform. The system will support the customer's AI-driven materials discovery lab, enabling rapid experimental fabrication and validation of AI-generated materials as well as creating experimental data for a recursive innovation process. The order reflects the growing industry demand for integrated workflows that connect computational materials design with experimental validation.
As AI accelerates the discovery of next-generation materials, one of the greatest challenges is rapidly validating AI-generated predictions experimentally. ATLANT 3D addresses this challenge through its full-stack materials innovation platform, integrating AI-enabled materials workflows, DALP® OS software, atomic-scale fabrication, rapid experimental validation, and scalable A-Hub infrastructure into a seamless innovation workflow. By connecting AI-driven materials discovery with experimental validation and manufacturing scale-up, ATLANT 3D enables researchers and industry to accelerate the entire materials innovation lifecycle.
"Artificial intelligence transforms how new materials are discovered. The next frontier is turning those digital predictions into physical materials and devices. ATLANT 3D's full-stack materials innovation platform connects AI-driven design with atomic-scale processing, experimental validation, and manufacturing scale-up, helping innovators dramatically accelerate the path from computational discovery to real-world innovation." — Dr. Maksym Plakhotnyuk, CEO & Founder of ATLANT 3D
The customer's AI-driven materials discovery lab is expected to advance research across semiconductors, advanced packaging, photonics, energy technologies, quantum technologies, and other emerging applications by rapidly iterating between AI-generated material designs and experimental validation.
This order further reinforces ATLANT 3D's strategy to deliver a full-stack materials innovation platform that bridges AI-driven materials discovery, experimental validation, and scalable manufacturing.
About ATLANT 3D
ATLANT 3D is a deep-tech company enabling AI-driven advanced materials innovation and atomic scale manufacturing. The company has built an atomic-scale manufacturing platform, providing precise, programmable control of matter atom by atom® to turn digital materials design into physical reality. ATLANT 3D defines a new category for Physical AI for Matter with its platform technology and infrastructure.
For more information, visit www.atlant3d.com.
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A Leading Global AI Hyperscaler Selects ATLANT 3D's NANOFABRICATOR® Platform for Setting AI-Driven Materials Discovery Lab
BEIJING, July 16, 2026 /PRNewswire/ -- JA Solar has reached a significant milestone in its cooperation with Masdar, with the successful shipment of the first batch of PV modules to the landmark Round-the Clock (RTC) project in Abu Dhabi in July 2026.
Following its selection in 2025 as one of the preferred suppliers for a 3GW module supply order, JA Solar is set to play an important role in supporting one of Abu Dhabi's major renewable energy projects. The project also demonstrates that JA Solar's product solutions have become a preferred choice for green power supply in AI computing, earning recognition from world-class AI energy projects.
Located in the Al Dhafra area of Abu Dhabi, the RTC solar-plus-storage project is designed to deliver 24/7 clean power through an integrated renewable energy and storage system. Combining a 5.2 gigawatt solar photovoltaic (PV) facility, integrated with a massive 19 gigawatt-hour (GWh) battery storage system, this will be the largest and most technologically advanced solar-plus-storage project on the planet, providing 1GW of baseload power on daily basis.
It is expected to be fully operational in 2027, with its electricity dedicated to powering the increase in energy demand driven by economic growth and new AI infrastructure.
JA Solar's role in the project reflects the company's growing recognition in global markets, supported by its global operations, reliable delivery capabilities and localized service network. The project also positions JA Solar's flagship DeepBlue modules as a trusted solution for large-scale renewable energy projects and energy infrastructure built around the needs of AI computing.
Designed for demanding energy applications, DeepBlue modules are well suited to the power requirements of AI infrastructure. They address the core requirements of AI data center energy projects, including continuous high-load operation, resilience in extreme climates, stringent safety standards, lower maintenance needs and large-scale deployment.
As global demand for computing power continues to climb, AI data centers are becoming an increasingly important source of electricity consumption in the digital age. JA Solar has remained closely engaged with the development of the AI computing industry. During Intersolar Europe 2026 in Munich, the company and Deloitte jointly released the white paper Driving Greener Artificial Intelligence with the Green Token Indicator. The paper introduced green attributes into units of AI computation, marking a shift from green electricity to greener computing. It also proposed a measurable framework for assessing and managing AI's environmental impact.
From supporting reliable gigawatt-scale supplies of clean power to helping shape measurable standards for green computing, JA Solar is linking the development of photovoltaic technology more closely with the future of the AI industry. Through continuously upgraded product solutions and forward-looking industry insights, the company is helping build a clean-energy foundation for AI-driven growth.
Contact: marketing@jasolar.com
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JA Solar Begins Module Deliveries for Masdar's World-First 24/7 Gigascale Clean Energy Project
