The EBOSS® Advantage: Efficient Energy Through Smarter Cycling

In today’s evolving power landscape, battery energy storage systems are often oversized, expensive, and heavy, designed to hold vast reserves of stored energy just to meet peak demand. EBOSS® takes a smarter approach.

By pairing high-efficiency Lithium Titanium Oxide (LTO) battery technology with the unmatched energy density of diesel, EBOSS® delivers longer runtimes, lower operating costs, and faster deployment, all while using less total battery capacity. At the core of this innovation is smarter energy cycling, not battery size.

Unmatched Energy Density

Diesel remains one of the most energy-dense fuels available, holding roughly 130× more energy per kilogram than LFP batteries.

• A 100-gallon diesel tank stores about 1,300 kWh of usable energy, far more than even massive 24,000 lb. battery banks.

• Refueling takes minutes, while large battery banks can take hours to recharge.

• This density allows EBOSS® systems to support extended operations without requiring oversized battery packs.

In hybrid configurations, diesel’s high energy density serves as the primary reservoir, while the LTO battery manages transient loads, making EBOSS® lighter, faster, and far more flexible in the field.

Smarter Energy Cycling

Instead of relying on sheer battery capacity, EBOSS® is designed to cycle energy intelligently.

• The LTO battery absorbs peak loads and powers equipment during low-demand periods.

• The generator efficiently replenishes the battery as needed.

• This closed-loop design allows the system to deliver more power with fewer stored kilowatt-hours.

As a result:

• EBOSS® can cycle thousands of times per day without degradation.

• Runtime and fuel use are optimized, lowering the cost per delivered kWh.

• Operators get maximum performance with minimum footprint.

Rather than sizing batteries to store all energy needed for the entire job, EBOSS® continuously cycles a smaller battery throughout the day, using diesel as the on-demand energy source.

LTO Batteries: Built to Last

EBOSS® leverages LTO battery chemistry, which can last up to 20× longer than standard LFP systems, delivering up to 90,000 charge cycles.

Unlike traditional lithium-ion technologies, LTO batteries are built for rapid charge and discharge. They can handle high power throughput without degrading, making continuous cycling practical, reliable, and cost-effective.

This durability is what makes EBOSS®’s hybrid architecture so powerful. It enables true long-term energy efficiency.

Efficiency Over Excess

Traditional battery-only systems rely on large, heavy banks that are costly, slow to recharge, and challenging to transport. EBOSS® flips the model by combining a smaller LTO battery system with diesel’s proven, energy-dense performance.

This design delivers:

• Lower cost per kilowatt-hour delivered

• Faster setup and deployment

• Extended runtime without oversized battery storage

• Scalable configurations that adapt to changing power demands

Powering Smarter, Not Bigger

EBOSS® demonstrates that in hybrid energy, efficiency isn’t about building bigger, it’s about cycling smarter. By optimizing how power is stored, cycled, and replenished, EBOSS® delivers the reliability of diesel with the intelligence and sustainability of advanced battery technology, redefining what’s possible in mobile hybrid power.