RUBRUKS HVB-307-100 Battery Module

RUBRUKS HVB-307-100 Traction Battery Module

RUBRUKS HVB-307-100 Battery Module built on the basis of lithium-iron-phosphate (LiFePO₄) cells manufactured in Russia and China. This type of chemistry is one of the most reliable and safe for use in transport and energy systems, ensuring durability, a high cycle life, and resistance to deep discharges.

The module is intended for use as part of:

• vehicle energy storage devices (electric vehicles, hybrid machinery, special vehicles),
• power supply systems (stationary and mobile complexes),
• backup energy storage,
• buffer storage units as part of hybrid systems with internal combustion engines or renewable energy sources.

Capabilities and advantages of RUBRUKS HVB-307-100

1. Unified execution — the module can be connected in series, parallel, and combined configurations, which allows scaling the system for specific tasks.
2. BMS Compatibility — the built-in Battery Management System (BMS) provides parameter monitoring, protection, and configuration of operating modes via proprietary software.
3. High security LiFePO₄ chemistry is resistant to overheating, overcharging, and mechanical stress, making the module optimal for severe operating conditions.
4. Long service life — a resource of over 3000 charge-discharge cycles while maintaining high capacity.
5. Energy efficiency - low self-discharge rate, high efficiency in cyclic operation.

Scope of application

• Electric cars and hybrid vehicles — a reliable source of traction energy, ensuring stable drive operation.
• Agricultural and construction machinery — operation in severe conditions with frequent load cycles.
• Backup power supply systems — protection of critical equipment from power outages.
• Buffer storage in RES systems — integration with solar panels, wind turbines, and hybrid systems for peak shaving.

RUBRUKS HVB-307-100 module is a modern, scalable energy storage solution. Thanks to its lithium iron phosphate chemistry and integrated BMS, it combines safety, reliability, and ease of integration into any transport and energy systems.