RS NMC Series
| RS12S4P | 8,4 kWh | 192 Ah | 44 Vdc | 73 kg |
|---|---|---|---|---|
| RS14S3P | 7,4 kWh | 144 Ah | 51 Vdc | 67 kg |
| RS16S3P | 8,4 kWh | 144 Ah | 58 Vdc | 73 kg |
RS NMC Series
Robust RS NMC Battery
The RS NMC Series lithium-ion battery combines top-notch performance with exceptional safety. Featuring a specialized liquid thermal management system and an exclusive patented cell-level propagation protection system, this battery module ensures a reliable and secure energy storage solution. The unique blend of safety and performance makes the RS NMC battery ideal for a wide range of energy storage applications. Its impressive performance rate also makes it a perfect fit for hybrid or electric vehicles, marine vessels, and industrial machinery.
Featuring advanced technology, the RS NMC Series battery excels with liquid thermal management, a cell-level propagation protection system, and a pressure relief valve with gas exhaust. Encased in a robust housing boasting a high IP-rating, it guarantees high cycle life, low common mode capacity, and a high voltage interlock circuit. Additionally, its integrated redundant BMS ensures heightened safety and performance.
High Performance Battery
The RS Series lithium-ion NMC battery offers high performance together with high safety. This battery module contains a professional liquid thermal management system and a unique patented cell level propagation protection system. The combination of these safety and performance features make the RS battery suitable for all kinds of energy storage applications. The high performance rate makes this battery module suitable for hybrid or electric vehicles, marine vessels and industrial machinery.
Liquid thermal management Cell level Propagation Protection System Pressure relief valve with gas exhaust Robust enclosure with high IP-rating High cycle life Low common mode capacity High voltage interlock circuit Integrated redundant BMS
Modular Rack System
For a tidy setup, opt for the RS batteries’ modular rack system, inclusive of exhaust ducting and liquid cooling manifolds. Designed with a convenient slide-in mechanism requiring only front access, it ensures an easy and front-side-only installation. The rack’s modular design allows flexible configurations in various dimensions, provided as a kit for seamless integration into existing spaces across diverse applications, minimizing the need for extensive engineering efforts.
Modular Rack System
To ensure a neat installation, use the modular rack system for the RS batteries. This rack includes the exhaust ducting and liquid cooling manifolds. It is designed with a slide-in mechanism, in such a way that only front access is needed. As a result, the installation is easy and front-side-only. The rack can be configured in different dimensions. It is offered as a kit, which makes it suitable for use in existing spaces in any application. In other words, minimal integration engineering is required.
Modular design Integrated exhaust system Offered as a kit Liquid cooling and PPS manifolds Module slide-in Easy front-only installation
Exhaust System
Each RS battery is equipped with an exhaust pressure relief system. This innovative valve automatically opens during a thermal runaway event, redirecting released gases to a secure location.
Propagation System
Within the battery enclosure, a PPS connection is incorporated. In the event of a single-cell thermal runaway, the propagation protection system fills the battery with a fluid, directly dissipating heat. This mechanism effectively prevents the overheating of other cells.
Liquid Cooling
Unlike air-cooled modules, this liquid cooling system precisely regulates the battery cell temperatures. Ultimately, the active cooling ensures swift readiness for the next charge or discharge cycle.
Exhaust System
An exhaust pressure relief is fitted on each RS battery. This patented valve opens automatically in case of a thermal runaway event. As a result the released gasses will channel to a safe area.
Propagation System
The battery enclosure includes a PPS connection. In case of a single cell thermal runaway event, this propagation protection system fills the battery with a fluid. This will remove the heat directly. By doing so, this mechanism prevents other cells from overheating.
Liquid Cooling
Each high performance battery module of the RS Series contains a unique cell-to-cell propagation protection. An active and passive protection barrier is integrated in the advanced cell cassette design. Between each individual battery cell, a cold plate prevents direct temperature propagation from one cell to another. Additionally, this unique liquid cooling actively prevents thermal propagation inside the module. Compared to air cooled modules, the liquid cooling controls the temperature of the battery cells. Lastly, the active cooling ensures the battery module is quickly ready for the next charge or discharge cycle.
Redundant System
System flexibility is one of the key features of all MG products. Combine the RS High Performance Batteries together with one or more MG Masters and create a powerful system for a complete range of applications. The RS battery modules can be connected in series and in parallel to meet the required system voltage and capacity. The possible voltage range for a single string is 44 Vdc up to 900 Vdc. Connect multiple strings in parallel to increase the capacity of your battery bank.
In order to create a redundant system, connect two or more MG Masters in parallel and use the SmartLink MX. The MG SmartLink MX and PLC provide the necessary controls to start, stop and reset the battery system. It also makes combined battery data available in such a way that parallel connected systems are shown as one battery bank.
Redundant System
High Voltage
System flexibility is one of the key features of all MG products. Combine the RS High Performance batteries together with one or more MG Masters and create a powerful system for a complete range of applications. The RS battery modules can be connected in series and in parallel to meet the required system voltage and capacity. The possible voltage range for a single string is 44 Vdc up to 900 Vdc. Connect multiple strings in parallel to increase the capacity of your battery bank.
In order to create a redundant system, connect two or more MG Masters in parallel and use the SmartLink MX. The MG SmartLink MX and PLC provide the necessary controls to start, stop and reset the battery system. It also makes combined battery data available in such a way that parallel connected systems are shown as one battery bank.
Thermal Management
The improved thermal management features guarantee the high performance quality of the RS Series. The RS battery module is equipped with a unique fluid based thermal management system on cell level. The integrated liquid cooling system actively cools each cell individually. In this way, all battery cells are kept within a predefined temperature window. The thermal management system maintains an equal temperature across the whole system, even with multiple modules. The uniform temperature is important to handle peak charges and discharges in short periods.
Thermal management
Individual cell cooling Uniform battery temperature
▶ High cooling capacity
▶ Cell-to-cell propagation protection system
▶ High peak charge and discharge cycles
Thermal
Management
The improved thermal management features guarantee the high performance quality of the RS Series. The RS battery module is equipped with a unique fluid based thermal management system on cell level. The integrated liquid cooling system actively cools each cell individually. In this way, all battery cells are kept within a predefined temperature window. The thermal management system maintains an equal temperature across the whole system, even with multiple modules. The uniform temperature is important to handle peak charges and discharges in short periods.
Thermal management
Individual cell cooling Uniform battery temperature
▶ High cooling capacity
▶ Cell-to-cell propagation protection system
▶ High peak charge and discharge cycles
RS Certification
The RS Series battery modules comply with several type approvals and standards. For marine applications the modules have the DNV-GL type approval. This type approval consists of several mechanical, thermal and electrical tests and also requires a quality system, audits and functional safety on product level. In addition, the battery modules are tested following the UN38.3 transportation tests for lithium-ion batteries and the ES-Trin regulations IEC-EN 62619 and IEC-EN 62620. These standards include safety and performance tests on both cell and module level including the battery management system.
RS Certification
The RS Series battery modules comply with several type approvals and standards. For marine applications the modules have the DNV-GL type approval. This type approval consists of several mechanical, thermal and electrical tests and also requires a quality system, audits and functional safety on product level. In addition, the battery modules are tested following the UN38.3 transportation tests for lithium-ion batteries and the ES-Trin regulations IEC-EN 62619 and IEC-EN 62620. These standards include safety and performance tests on both cell and module level including the battery management system.
Product Features
Redundant BMS
Each RS battery module includes a redundant BMS, with an independent hardwired protection mechanism.
1 of 8Robust enclosure
Metal IP65 enclosure, to protect the battery cells from moisture and mechanical abuse.
2 of 8Power connections
High Voltage Interlock Loop (HVIL).
3 of 8CAN-Bus
Data connection to MG Master BMS.
4 of 8Liquid Cooling
Cooling connections to provide high performance and safety.
5 of 8PPS
Patented Propagation Protection System (PPS).
6 of 8Gas exhaust
Gas exhaust including pressure relief.
7 of 8Lithium-ion NMC
High performance
lithium-ion battery cell.
Robust enclosure
Steel high IP rated enclosure to protect the battery cells from moisture and mechanical abuse.
1 of 7Power connections
High Voltage Interlock Loop (HVIL).
2 of 7CAN-Bus
Data connection to MG Master BMS.
3 of 7Liquid Cooling
Cooling connections to provide high performance and safety.
4 of 7PPS
Patented Propagation Protection System (PPS).
5 of 7Gas exhaust
Gas exhaust including pressure relief.
6 of 7Lithium-ion NMC
High performance
lithium-ion battery cell.
Product Features
Application Examples
The RS battery modules are designed for use in larger applications with high power demand. The RS battery modules are used for mobile, marine and off-grid applications. For example electric propulsion or large storage systems which require liquid cooling.
Application Examples
The RS battery modules are designed for use in larger applications with high power demand. The RS battery modules are used for mobile, marine and off-grid applications. For example electric propulsion or large storage systems which require liquid cooling.
System Schematics
These schematics are examples and not meant for installation purposes. The information is carefully checked and is considered to be reliable, however MG Energy Systems assumes no responsibility for any inaccuracies
Technical Specifications
| Technical specifications | MGRS12S4P176 – 44 V / 192 Ah |
| Technology | |
| Cell configuration | 12S4P |
| Nominal voltage | 43.8 V |
| Nominal capacity | 192 Ah |
| Nominal energy | 8.4 kWh |
| Weight | 73 kg |
| Discharge 6 | |
| Discharge cut-off voltage | 36.0 V |
| Maximum discharge current (2C) 1 | 384 A |
| Peak discharge current (3C) 1 | 500 A 2 |
| Charge 6 | |
| Maximum charge voltage (4.20V per cell) | 50.4 V |
| Recommended charge voltage (4.05V per cell) | 48.6 V |
| Maximum charge current (1C) 1 | 192 A |
| Peak charge current (2C) 1 | 384 A |
| Technical specifications | MGRS14S3P132 – 51 V / 144 A |
| Technology | |
| Cell configuration | 14S3P |
| Nominal voltage | 51.1 V |
| Nominal capacity | 144 Ah |
| Nominal energy | 7.4 kWh |
| Weight | 67 kg |
| Discharge 6 | |
| Discharge cut-off voltage | 42.0 V |
| Maximum discharge current (2C) 1 | 288 A |
| Peak discharge current (3C) 1 | 432 A |
| Charge 6 | |
| Maximum charge voltage (4.20V per cell) | 58.8 V |
| Recommended charge voltage (4.05V per cell) | 56.7 V |
| Maximum charge current (1C) 1 | 144 A |
| Peak charge current (2C) 1 | 288 A |
| Technical specifications | MGRS16S3P132 – 58 V / 144 Ah |
| Technology | |
| Cell configuration | 16S3P |
| Nominal voltage | 58.4 V |
| Nominal capacity | 144 Ah |
| Nominal energy | 8.4 kWh |
| Weight | 73 kg |
| Discharge 6 | |
| Discharge cut-off voltage | 48.0 V |
| Maximum discharge current (2C) 1 | 288 A |
| Peak discharge current (3C) 1 | 432 A |
| Charge 6 | |
| Maximum charge voltage (4.20V per cell) | 67.2 V |
| Recommended charge voltage (4.05V per cell) | 64.8 V |
| Maximum charge current (1C) 1 | 144 A |
| Peak charge current (2C) 1 | 288 A |
| Series configuration | Yes, up to 900 V | |||
| Parallel configuration | Yes, up to 32 modules | |||
| Redundant mode | Yes, Using multiple Master BMS devices | |||
| Cycle Life 3 | ||||
| 80% depth of discharge | > 8000 cycles | |||
| Environmental | ||||
| Operating temperature (liquid cooling) | +20 to +30 °C | |||
| Operating temperature charge | 0 to +40 °C | |||
| Operating temperature discharge | -30 to +50 °C | |||
| Storage temperature (< 50% SoC) | 60 °C for 1 month, 45 °C for 3 months, 40 °C for 1 year | |||
| IP-Protection class | IP65 | |||
| Thermal management | Liquid cooling/heating | |||
| Humidity (non-condensing) | ≤ 95 % | |||
| Connections | ||||
| Communication | CAN-bus ( M12 connection) | |||
| Power connections | Amphenol PowerLok™ 300 4 / 500 series | |||
| Safety | ||||
| Batteries are always used in combination with a MG Master. | Integrated Slave BMS Passive cell balancing Redundant BMS | |||
| Compatible BMS master | MG Master LV, MG Master HV | |||
| Safety features | Interlock circuit in HV and CAN-Bus connectors Cell level thermal runaway propagation protection Automatic thermal runaway suppression valve input | |||
| Type approval | DNV-GL / Lloyds 5 | |||
| In accordance with | IEC-EN 62619 IEC-EN 62620 | |||
- Only valid when a proper designed liquid cooling circuit is running. Cycle life is depending on the battery temperature. Higher battery temperature will result in lower number of cycles.
- Limited by the maximum continuous current rating of the Amphenol PowerLok™ 500 series with 150 mm2 cable.
- End-of-Life is 70% of initial capacity at 25 °C. Charge up to max. 4.05V per cell.
- Continuous current ratings must be de-rated to ≤ 300 A.
- Lloyds type approval pending.
- Charge and discharge rates depending on battery temperature and State-Of-Charge.
This document is subject to changes without notification. All rights reserved. The information in this datasheet is carefully checked and is considered to be reliable, however MG Energy Systems assumes no responsibility for any inaccuracies
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