RS Series
High safety and flexible system configurations were the design principles during the development of the RS series Lithium-Ion batteries. A modular and compact design makes system integration more flexible, especially in refit projects. Adding redundant BMS and a unique cell-to-cell propagation protection takes safety to the next level. The liquid thermal management keeps the battery cells on temperature to extend cycle life and improving the peak power performance. These features makes this battery suitable for large energy storage applications as well as small peak power packs in hybrid solutions.
Module
Voltage: 50.4 / 58.6 V
Capacity: 6.7 / 7.7 kWh
System
Voltage: 50,4 up to 800 V
Capacity: 6.7 up to > 10 MWh
- Safer by design
- Redundant battery management system
- Liquid cooling
- Cell level propagation protection
- Compliant with highest safety standards
- Flexible system design
High power capability
The liquid cooling system makes it possible to use the RS series battery in high peak power applications, like hybrid solutions where high power demands for short times are required. The charge/discharge power of the module can go up to 3C continuous and 10C peak.
Redundant BMS
Each battery module has an integrated BMS measuring cell voltages, temperatures and controls balancing. This BMS communicates with a battery management controller like the MG Master HV. If the measured parameters exceed the limits, the battery management controller will automatically take action. Besides this software protection, a redundant BMS is added to each battery module having an independent hardwired protection mechanism to achieve maximum safety.
Unique cell-to-cell propagation protection
The unique cell-to-cell propagation protection consists of an active and passive protection barrier between each cell. These barriers are integrated in the advanced cell cassette design. One of the main features of these protections is to remove the heat from the cell that has a thermal runaway event as quickly as possible to prevent other cells from heating. This solution mitigates the risk of large uncontrolled battery fires.
