Meeting the urgent need for solutions supporting high-density
computing in increasingly crowded data center facilities, Vertiv a global provider of
critical digital infrastructure and continuity solutions, today introduced Vertiv™ EnergyCore battery
cabinets. Factory assembled with LFP (Lithium-Iron-Phosphate) battery modules and Vertiv’s
internally-powered battery management system, Vertiv EnergyCore cabinets are available globally
and are qualified for use with most current and legacy three-phase Vertiv™ uninterruptible power
supply (UPS) systems, including the recently launched Vertiv™ Trinergy™.

Vertiv EnergyCore cabinets are optimized for five minutes end-of-life runtime at 263kWb per each
compact, 24” wide (600mm) cabinet, and operate across a wide temperature range, making them
suitable for high-density environments. Lithium batteries are more compact and lighter than VRLA
alternatives, allowing users to deploy fewer battery cabinets in most applications. An internal two-
hole lug eliminates the need for a conduit box, and the cabinets require no on-site external control
wiring, reducing deployment time and cost compared to traditional on-site assembly. The cabinets
are equipped with Vertiv’s intuitive interactive touch screen HMI display to provide visibility and
control of the cabinet, operating system, and the installed batteries.

The integrated battery management system is powered by the Vertiv EnergyCore batteries,
removing the requirement for an external power source and simplifying installation. It provides
lifetime onboard data storage, tracking performance over battery charge-discharge cycles, service
events, and enabling accurate state-of-health reports that can be used for warranty support and
predictive analytics. Remote battery monitoring is available via Vertiv™ Alber™ Battery Xplorer
Enterprise.

“The proliferation of artificial intelligence and other high-performance computing applications is
putting a premium on the ability to deliver more power in smaller, hotter spaces,” said Milind
Paranjape, vice president of energy storage at Vertiv. “With our Vertiv EnergyCore battery cabinets,

we are delivering exactly what our customers and our industry need – compact, high-density energy
storage capable of operating safely and optimally. Simply put, these battery cabinets are designed
for the emerging mission-critical needs of high-density computing environments.”

The modular design of Vertiv™ Trinergy™ allows each UPS core to be paired with dedicated
Vertiv™ EnergyCore battery cabinets in a distributed architecture, enabling uninterrupted service for
critical applications. Due to the density of the Vertiv EnergyCore design, only two lithium-ion battery
cabinets are needed to support each 500kW Trinergy™ UPS core, versus the three cabinets that are
required by most suppliers.

Vertiv EnergyCore is UL 1973 listed and has been successfully tested for compliance to UL 9540A
standard for protection against thermal runaway fire propagation in battery energy storage systems,
which, according to NFPA 855 ESS installation standards, means the three feet (92cm) spacing
requirements between racks can be waived by the Authorities Having Jurisdiction. This can save
space and speed deployment.

M42’s Environmental Sciences team has won the prestigious Biotechnology – Environmental Services Award at the Middle East Technology Excellence Awards 2024 for its groundbreaking initiative, Pioneering Marine Conservation: Advanced Genomic Sequencing and AI for Sustainable Biodiversity Management.
The award was a collaborative achievement, as M42 worked closely with its partners, the Environment
Agency – Abu Dhabi (EAD) and Bayanat, a UAE-based company specializing in geospatial data analytics
and AI solutions. This partnership demonstrates how cross-disciplinary collaboration can tackle complex
environmental challenges, bringing together expertise in genomics, environmental science and data
analysis.
The award highlights M42’s innovative approach to marine conservation, utilizing cutting-edge genomic
sequencing and artificial intelligence (AI) technologies to monitor and manage marine ecosystems
sustainably. The project plays a vital role in protecting marine biodiversity by analyzing genetic data to
track species diversity and health while leveraging AI to predict and mitigate environmental threats. This
pioneering initiative is positioned to reshape the region’s approach to marine conservation, aligning
with global sustainability goals.
Commenting on the win, Dr. Wael Elamin, Medical Director, Environmental Sciences, M42 said: “We are
incredibly honored to receive this recognition. Our work in marine conservation is driven by a deep
commitment to sustainable environmental practices. Through the integration of genomic sequencing
and AI, we are creating more efficient and effective ways to preserve marine biodiversity, not just for
the UAE, but for the entire region and beyond. This award is a testament to our team’s dedication and
innovation. Our tech-enabled health solutions for people and the planet are enabling us to predict and
prevent health issues across the world and contribute to global efforts to counter the threats to our
oceans and environment.”
The team’s innovative project demonstrates the potential of biotechnology in environmental services
and reinforces M42’s commitment to reshaping the future of health in a sustainable manner with
technology as a key enabler. The award recognizes M42’s innovative use of AI-driven data analysis,
providing critical insights into marine ecosystem health, while supporting local and global efforts to
combat environmental degradation, aiming to make a lasting impact on biodiversity for generations to
come. The Middle East Technology Excellence Awards celebrate organizations that have made significant
strides in leveraging technology to drive transformation across industries. The awards highlight a diverse range of sectors and innovations, recognizing those at the forefront of technological advancement in the region.

Mayman Aerospace, supported by Edge Group/SDF from the UAE, has successfully conducted flight tests of its RAZOR VTOL test bed at a military facility in Southern California. This test bed replicates the dimensions and weight of the RAZOR P100 and employs the same propulsion, engine gimballing, thrust vectoring, and flight control technologies. Funded in part by the U.S. Department of Defense, these fully autonomous flight tests aimed to validate key systems including avionics, thrust vectoring, flight control laws, software, and command and control (C2) mechanisms. A significant aspect of this testing series focused on transitioning engines from hover to high-speed winged flight—an essential capability for
operational success. These tests also reinforced our track record of successful autonomous take- offs and landings. The RAZOR VTOL aircraft is designed for versatile applications. Its innovative control system
allows for the rapid and secure transport of critical supplies, bolstering military readiness in
demanding environments. Additionally, the RAZOR can be modified to extend the operational
range of small Air-to-Air or Air-to-Surface missiles like Brimstone and Hellfire, enabling
precision strikes over distances exceeding 200 miles.
Launched vertically without the need for specialized launch systems or infrastructure, RAZOR
can function as an ISR platform, target designator, and missile delivery system. Its high-speed
capabilities facilitate the swift interception of drones, presenting a cost-efficient alternative to
traditional cruise missiles. Featuring agile, AI-driven C2/C3 systems, RAZOR guarantees
accurate payload delivery at a fraction of conventional costs.
The RAZOR UAS transforms battlefield intelligence collection, offering rapid and adaptable
data acquisition. Its VTOL capability allows deployment in constrained areas, and with projected
speeds of up to 500 mph, it is equipped with advanced surveillance technology that ensures
superior image quality via large gimbaled sensors operating at high altitudes. As an independent
platform, RAZOR provides immediate and reliable intelligence, enhancing decision-making in
modern warfare.
David Mayman, Founder and CEO of Mayman Aerospace, stated, “Our recent flight tests were a
complete success, and we anticipate the P100 will surpass speeds of 450 knots. As a multi-role,
dual-use technology, RAZOR is redefining the perspectives of defense commanders and civilian
leaders regarding autonomous VTOL applications. We are a software-driven hardware company,
and our team is achieving performance levels previously thought unattainable.”Chief Engineer Dr. Manu Sharma noted, “During these tests, we executed seven autonomous
mission sets, with all systems operating flawlessly. A key objective was to validate recent
updates to our flight software and control laws, especially the transition from hover mode with
outward-canted engines to coordinated winged flight. This transition is critical for our
operational capabilities, and accumulating more autonomous flight time during take-offs and
landings further strengthens our confidence in the system.”
These flight tests signify a notable progression for Mayman Aerospace, with additional test
flights planned for later this year.