Acculon Energy

Powering
the future of Industry

Your future is our business. In a constantly accelerating, energy-driven world, we propel our clients’ battery programs forward, faster. Harnessing our AI-driven design and validation, coupled with a fully automated manufacturing process, we are ready to handle your complex energy storage challenges, positioning you for success with our cutting-edge solutions.

Our Advanced Energy Storage Solutions

core PRODUCTS

Battery Modules for Industrial and Commercial Applications

  • Sodium-ion
  • LFP
  • 24V & 48V
  • UL 2580, UL 9540, UL 1973 Certifiable

core CUSTOM

Custom Product Development

  • Silicon anode; Semi-solid state; NFPP; HPLFP
  • UL certifiable BMS
  • KWh to MWh scalability
  • 100% American content available

Manufactured in Ohio.

With a scaled production capacity of 2GWh, Acculon is positioned to power the electrification era with our multi-chemistry, AI-powered CORE battery system architecture and battery products. Whether it is our modules, packs, or racks, everything at Acculon is designed and certified in the USA.

Expertise,
Experience,
Excellence.

Safety, reliability, and flexibility are at the core of everything we do. From initial concept to prototype to full-scale production, our advanced engineering teams apply their mastery, experience, and curiosity to create cutting-edge battery solutions tailored to your application’s requirements.

That means smarter designs.
Smarter solutions.
Smarter data.

Our passion drives performance. With our expertise, experience, and a commitment to excellence, we deliver innovative solutions that power progress while minimizing risks and driving success, from start to scale.

News

How Cell Form Factors Influence Safety in Lithium Batteries

Ever wonder why some lithium batteries are safer than others? The physical form factor of a battery cell plays a crucial role in its overall safety. In this deep dive, we’ll explore the engineering considerations, testing protocols, & design innovations that are essential for creating safer, more reliable battery packs.

How Cell Form Factors Influence Safety in Lithium Batteries

Ever wonder why some lithium batteries are safer than others? The physical form factor of a battery cell plays a crucial role in its overall safety. In this deep dive, we’ll explore the engineering considerations, testing protocols, & design innovations that are essential for creating safer, more reliable battery packs.

How Behind-the-Meter Energy Storage Is Reshaping the Grid

Behind-the-meter (BTM) energy storage systems, located at residential, commercial, & industrial consumer sites, are primarily implemented for customer-centric contexts to reduce energy costs. However, this technology is broadly capable of providing a variety of grid services, extending beyond simple cost savings to include functions that support the electric grid stability, reliability, & operation. Join us as we explore these capabilities!

How Cell Form Factors Influence Safety in Lithium Batteries

Ever wonder why some lithium batteries are safer than others? The physical form factor of a battery cell plays a crucial role in its overall safety. In this deep dive, we’ll explore the engineering considerations, testing protocols, & design innovations that are essential for creating safer, more reliable battery packs.

How Behind-the-Meter Energy Storage Is Reshaping the Grid

Behind-the-meter (BTM) energy storage systems, located at residential, commercial, & industrial consumer sites, are primarily implemented for customer-centric contexts to reduce energy costs. However, this technology is broadly capable of providing a variety of grid services, extending beyond simple cost savings to include functions that support the electric grid stability, reliability, & operation. Join us as we explore these capabilities!

How Cell Form Factors Influence Safety in Lithium Batteries

Ever wonder why some lithium batteries are safer than others? The physical form factor of a battery cell plays a crucial role in its overall safety. In this deep dive, we’ll explore the engineering considerations, testing protocols, & design innovations that are essential for creating safer, more reliable battery packs.

How Behind-the-Meter Energy Storage Is Reshaping the Grid

Behind-the-meter (BTM) energy storage systems, located at residential, commercial, & industrial consumer sites, are primarily implemented for customer-centric contexts to reduce energy costs. However, this technology is broadly capable of providing a variety of grid services, extending beyond simple cost savings to include functions that support the electric grid stability, reliability, & operation. Join us as we explore these capabilities!