Battery packs for UGVs

Like any war, the war in Ukraine drives the development and continuous evolution of technology. Increasingly, unmanned ground vehicles (UGVs) are appearing on the front lines, performing a wide range of tasks—from transporting ammunition and evacuating the wounded to conducting reconnaissance and deploying weapons. Each of these systems has its own design, power level, and system configuration, which determines its dimensions and energy consumption.

That’s why each UGV requires a different power source. The battery must be size-compatible and capable of ensuring stable operation of all components—from control systems to drives and weaponry. A properly selected accumulator directly affects the autonomy, mobility, and combat effectiveness of the robotic platform.

Current conditions do not allow for a universal solution: battery packs are selected based on the specific parameters and tasks of the UGV. While a small reconnaissance unit may operate on a compact lithium-ion battery, a heavy combat platform or turreted UGV will require significantly more powerful battery systems with high current output and endurance.

UGV Applications and Their Specifics

Today, unmanned ground vehicles are already being used in both combat operations and support missions, and their effectiveness depends directly on the quality of the power source.

Common UGV applications:

• Combat — platforms equipped with machine guns, grenade launchers, or turrets that require powerful batteries to support fire control systems and stable operation of electric drives.
• Reconnaissance — lightweight mobile units for surveillance, scouting, and data transmission. These require high-capacity batteries to ensure long autonomous operation.
• Logistics and transport — used to deliver ammunition, water, medical supplies, or evacuate the wounded. These systems need reliable and capacious battery assemblies capable of operating under load in harsh conditions.
• Engineering — systems for demining, laying mines, cable deployment, or performing specialized technical tasks. Their batteries must support extended operation in field conditions without frequent recharging.

Thus, the battery is a key element that determines the reliability, mobility, and combat performance of robotic platforms. Proper battery selection ensures that the system will complete its mission even in the most demanding conditions.

Types of Batteries for UGVs

Given the wide range of UGV applications, their power sources can vary significantly.

Battery selection depends on the tasks performed by the system, its weight, dimensions, and autonomy requirements. Today, our battery packs primarily use the following chemistries:

• Li-ion (21700 lithium-ion cells) — a solution for UGVs that require compact dimensions, high energy density, and the ability to deliver high currents. These batteries are well-suited for both lightweight reconnaissance robots and medium combat platforms.
• Li-NMC (lithium nickel manganese cobalt) — a format that combines high energy density with balanced endurance characteristics. Batteries of this type are often used in UGVs with more complex power systems, where reliability and longer service life are critical.
• LiFePO₄ (lithium iron phosphate) — the choice for heavy robotic platforms. These batteries offer maximum safety, operational stability, and withstand a high number of charge/discharge cycles.

Ultimately, it depends on the architecture built into the UGV by its manufacturer: some systems require only a compact Li-ion pack, while others need a durable and safe LiFePO₄ rechargeable pack.

Why Buy Batteries from BTRY.ENERGY

When it comes to military technologies that impact the lives of personnel and mission success, there is no room for compromise—especially regarding power sources for robotic systems. We at BTR.ENERGY specialize in the development and production of battery assemblies for UAVs, EW systems, and now for unmanned ground vehicles.

Our advantages:

• In-house production in Ukraine — we manufacture batteries ourselves, fully aware of the real needs of the front and the specifics of military applications.
• Selection of cells from leading global brands (Lishen, Molicel, Samsung, SK Innovation, EVE) with proven quality and reliability.
• R&D department — we can develop custom solutions for your specific UGV. Together, we’ll select the configuration based on dimensions, capacity, voltage, and current characteristics.
• Military experience — we’ve already developed batteries for drones, EW/ELINT systems, and energy modules, and now we’re applying that experience to robotic platforms.
• Quality control and testing — every rechargeable battery cell undergoes inspection before shipment to ensure stable operation even in the harshest conditions.

By choosing BTRY ENERGY, you get an energy unit that will fulfill its mission, won’t fail, and will work effectively with your ground system, ensuring reliable performance in real combat scenarios.

Order a Battery for Your UGV

A properly selected battery for a UGV is the key to successfully completing combat or technical missions. If you need a reliable battery for any class of unmanned ground vehicle—from a light scout to a heavy combat platform—BTRY.ENERGY is ready to create a solution tailored to your needs.

If we already have several solutions for your UGV, our managers are always ready to help you choose the optimal configuration, taking into account dimensions, power, and operating conditions.

Contact BTR ENERGY to order a power source for your UGV, get a consultation, or request a custom project. Our solutions work for victory.