Modular Li-Ion solutions are used where the battery system must scale by voltage, capacity, layout and operating mode. This approach is relevant for industrial applications, backup power, mobile equipment, telecom equipment, engineering projects and integration into more complex battery systems.
In modular solutions, repeatability of design, ease of installation, coordinated BMS operation, monitoring capability and adaptation to project requirements are important. 1AK-LI-ION performs cell selection, module assembly, battery management system integration, testing and preparation of the solution for operation.
ZUBR LI-ION ES is a modular Li-Ion Energy Storage solution for backup power supply of equipment installed in 19-inch racks.
The line is designed for facilities where stable equipment operation during power outages and battery parameter control are important. The solution can be used in engineering, telecommunications, industrial and other infrastructure where equipment is installed in racks.
The ZUBR LI-ION ES 48/51.2V 100Ah model belongs to the basic version of the line and is designed for integration into backup power systems. The battery module is equipped with a battery management system (BMS), supports operating-parameter control and can be used as a standalone battery block or as part of a larger battery system.
Technical characteristics of ZUBR LI-ION ES
| Model | Voltage | Capacity | Format | Features | Application |
|---|---|---|---|---|---|
| ZUBR LI-ION ES 48/51.2V 100Ah | 48 / 51.2 V | 100 Ah | 19-inch rack-mounted version | Energy Storage, BMS, battery parameter control, integration into backup power systems | Backup power supply for equipment in 19-inch racks; engineering, telecommunications and industrial infrastructure |
ZUBR LI-ION HR is a professional High Rate Li-Ion solution for backup power supply of equipment in telecommunications and engineering infrastructure.
The line is designed for tasks where high operating currents, group operation of battery modules, stable parameters and controlled battery operation in rack-mounted format are important. The solution is suitable for communications facilities, server and engineering equipment where the battery system must respond quickly to load and support equipment operation during power outages.
The ZUBR LI-ION HR 48/51.2V 100Ah model is equipped with a battery management system (BMS) and active cooling. The solution was developed with regard to telecom-segment requirements and in 2025 passed testing in the laboratory of PJSC VimpelCom.
Technical characteristics of ZUBR LI-ION HR
| Model | Voltage | Capacity | Format | Features | Application |
|---|---|---|---|---|---|
| ZUBR LI-ION HR | 48 / 51.2 V | 100 Ah | 19-inch rack-mounted version | High Rate, BMS, active cooling, group operation of modules, testing in the laboratory of PJSC VimpelCom in 2025 | Backup power supply for telecommunications equipment, server and engineering infrastructure |
ZUBR Li-Ion is a modular battery solution for stationary use, backup power and integration into engineering battery systems.
The solution is intended for facilities where stable battery operation, parameter control, scalability and connection of multiple modules into a single system are important. The battery can be used in telecommunications, industrial, engineering and other infrastructure where a reliable backup power source is required.
The ZUBR Li-Ion 51.2V 100Ah model is designed for stationary use and can be connected in parallel up to 16 modules. This allows the total system capacity to be increased according to facility requirements.
Technical characteristics of ZUBR Li-Ion
| Model | Voltage | Capacity | Temperature range | Cycle life | Features | Application |
|---|---|---|---|---|---|---|
| ZUBR Li-Ion 51.2V 100Ah | 51.2 V | 100 Ah | 0…+45°C | More than 3000 cycles | Parallel connection of up to 16 modules, battery parameter control, integration into battery systems | Stationary use, backup power, telecommunications and engineering infrastructure |
A Li-Ion battery solution is selected not only by capacity. Correct configuration requires consideration of application, voltage, operating mode, placement conditions, BMS requirements and the level of integration into equipment.
| Selection criterion | What to consider |
|---|---|
| Application | Urban mobility, modular system, battery block, electric vehicle |
| Voltage | Equipment or project requirements |
| Capacity | Required operating time or energy reserve |
| Chemical system | Li-Ion / LFP — according to safety, service-life and operating-mode requirements |
| BMS | Protection, balancing, monitoring, data exchange |
| Dimensions and weight | Installation space and layout requirements |
| Temperature range | Operating and storage conditions |
| Interfaces | CAN / RS485 / telemetry — if required |
| Project status | Standard solution, prototype or custom development |
For compact electric equipment and urban mobility, weight, dimensions, service life and safe charging are important. For modular solutions and battery cabinets, scalability, parameter control and integration into an engineering system are important. For electric vehicles and special-purpose electric transport, project adaptation, BMS operation, temperature range and platform requirements are important.
For electric vehicles and special-purpose electric transport – design adaptation, BMS operation, temperature control, and platform requirements.
For consultations on selecting Li-Ion solutions, please contact info@1ak-group.com