NAATBatt 2025
NAATBatt 2025 is designed to maximize networking and business development opportunities for companies active in the North American advanced battery industry. This year’s program will focus on the challenges of growing businesses to scale in a world where volatility, uncertainty, complexity and ambiguity have become the norm. NAATBatt 2025 will assemble the world’s leading analysts and consultants to predict the industry’s future.
17-20 February 2025
Orlando, Florida
NAATBatt International is the North American trade association serving the common needs of advanced battery developers, suppliers, manufacturers, and users.
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What Would a Moonshot Look Like in the U.S. Battery Industry
Wednesday, February 19, at 4:50 – 5:40 p.m.
Joern, Tinnemeyer, Senior VP & CTO will be part of a roundtable discussion among industry leaders about what the United States can realistically do to regain the lead in battery manufacturing technology.
Data Centers in 2025: 5 Key Trends Shaping the Industry
Data centers in 2025 are set to undergo rapid growth, as well as fundamental changes. As the data center industry faces unprecedented demands and challenges, innovation isn’t just a goal—it’s a necessity.
Find out moreEnsuring Power Continuity for KEK
The battery room replacement and overhaul project at the Kosovo Energy Corporation (KEK) stands as a testament to the pursuit of power infrastructure excellence. In this initiative, EnerSys®, in collaboration with EXBATT, successfully implemented their state-of-the-art PowerSafe® SBS XL 2 Volt batteries, revolutionizing KEK’s power capabilities.
Ensuring Power Continuity for KEK
The battery room replacement and overhaul project at the Kosovo Energy Corporation (KEK) stands as a testament to the pursuit of power infrastructure excellence. In this initiative, EnerSys®, in collaboration with EXBATT, successfully implemented their state-of-the-art PowerSafe® SBS XL 2 Volt batteries, revolutionizing KEK’s power capabilities.
Advanced Communication Energy
Advanced Connected Energy is a technique which embeds a low energy communication device into a lead-acid battery to communicate via Bluetooth® Low Energy to a smartphone app, SDK, or controller. The chip provides real-time access to performance when the battery is in service as well as charge status while the battery is stored in a warehouse.
Advanced Communication Energy
Advanced Connected Energy is a technique which embeds a low energy communication device into a lead-acid battery to communicate via Bluetooth® Low Energy to a smartphone app, SDK, or controller. The chip provides real-time access to performance when the battery is in service as well as charge status while the battery is stored in a warehouse.
Industrial & Utilities Quick Reference Guide
From initiation to end-of-life, EnerSys® delivers global support for your backup power needs. With racks, cabinets, accessories and our full range of battery chemistries, we are ideally positioned to help you maximize availability and lower through-life costs.
Industrial & Utilities Quick Reference Guide
From initiation to end-of-life, EnerSys® delivers global support for your backup power needs. With racks, cabinets, accessories and our full range of battery chemistries, we are ideally positioned to help you maximize availability and lower through-life costs.
Prospective Stable Grid Float Use Cases
Having sufficient battery power back-up in non-cyclic stable grid float applications is essential across a diverse array of different application scenarios.
Prospective Stable Grid Float Use Cases
Having sufficient battery power back-up in non-cyclic stable grid float applications is essential across a diverse array of different application scenarios.
Addressing the Energy Capacity Shortfall
In an increasing majority of standby float (stable grid) applications, there are expectations to ramp up energy storage capacities. In existing battery deployments, this must be done without extra space needing to be assigned for accommodating racking, etc. Across the board, higher density battery solutions are being called for.
Addressing the Energy Capacity Shortfall
In an increasing majority of standby float (stable grid) applications, there are expectations to ramp up energy storage capacities. In existing battery deployments, this must be done without extra space needing to be assigned for accommodating racking, etc. Across the board, higher density battery solutions are being called for.
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