Sodium-Nickel Chloride (SNC)
Battery Systems
Zynavex SNC sodium-nickel chloride battery systems support safe, durable energy storage across backup, industrial, and infrastructure applications. Explore the application areas below to find the right system configuration for your project.
Applications
Oil & Gas
Data Center
Telecom
Utility & Grid
Industrial UPS / Critical Power
Commercial & Industrial
Products
E4810
48V sodium-nickel chloride battery for reliability-first backup across demanding environments and long standby duty profiles.
Quick Spec: 48V • 11.8kWh • 230Ah • -40~65°C • RS485/CAN • >6000 cycles
Overview
E4810 is selected when the priority is dependable standby energy with strong tolerance to challenging site conditions. SNC chemistry is often used in critical infrastructure where long service life and stable standby behavior are valued, and where the project approach emphasizes safety and reliability over aggressive cycling strategies.
Key Advantages
- Reliability-first battery choice for critical backup duty profiles
- Suitable for wide ambient environment projects (site engineering dependent)
- Designed for infrastructure-style deployments with long service planning
- Integrates to monitoring/control systems via standard interfaces
Technical Specifications
|
Items |
Specifications |
|
Nominal Voltage
(VDC) |
48 |
|
Nominal Energy
(kWh) |
11.8 |
|
Nominal Capacity
(Ah) |
230 |
|
Recharge Voltage
Range (VDC) |
52.9-53.1 |
|
Max Recharge
Current (A) |
80 |
|
Max Discharge
Current (A) (1h) |
80 |
|
Cycling Load
Range (kW) |
0.6 - 3.1 |
|
40 - 45.6 |
|
|
Operating Temperature ( C) |
-40 65 |
|
Dimensions(H D W) mm |
374 x 654 x 520 |
|
Weight (kg) |
122 |
|
Design Life (years) |
15 |
|
Ingress Protection (IP) |
20 |
|
Communication |
RS485, CAN |
|
Cycle Life |
> 6000 cycles |
|
Certification |
CE, UL9540A, UL1973 (in progress). |
E4815
Higher-energy 48V SNC module for long-duration standby backup and critical infrastructure reliability.
Quick Spec: 48V • 15kWh • 276Ah • -40~65°C • RS485/CAN • >6000 cycles
Overview
E4815 provides higher energy per module than smaller SNC options, making it suitable for longer autonomy backup designs. It is commonly evaluated for industrial UPS, remote assets, and infrastructure sites where dependable standby energy and long planning horizons matter.
Key Advantages
- Higher kWh per module supports longer backup runtimes
- Designed around standby reliability and infrastructure deployment needs
- Suitable for harsh or remote environments (engineering dependent)
- Monitoring/control integration supported via comms interfaces
Technical Specifications
|
Items |
Specifications |
|
Nominal Voltage
(VDC) |
48 |
|
Nominal Energy
(kWh) |
15 |
|
Nominal Capacity
(Ah) |
276 |
|
Recharge Voltage
Range (VDC) |
55.5-55.8 |
|
Max Recharge
Current (A) |
100 |
|
Max Discharge
Current (A) (1h) |
100 |
|
Cycling Load
Range (kW) |
0.8 - 4 |
|
43.3 - 47.8 |
|
|
Operating Temperature ( C) |
-40 - 65 |
|
Dimensions(H D W) mm |
303 x 637 x 511 |
|
Weight (kg) |
145 |
|
Design Life (years) |
15 |
|
Ingress Protection (IP) |
20 |
|
Communication |
RS485, CAN |
|
Cycle Life |
> 6000 cycles |
|
Certification |
CE, UL9540A, UL1973 (in progress). |
E1109
110V SNC battery module for industrial DC systems and critical backup power architectures.
Quick Spec: 110V • 10kWh • -40~65°C • IP55 • RS485/MODBUS • Critical power use
Overview
E1109 is a DC-bus-oriented SNC module suitable for industrial environments where the system uses higher DC voltages. It is selected for reliability-first backup power architectures, often paired with UPS or industrial DC systems.
Key Advantages
- Higher DC voltage module supports industrial DC bus designs
- Suitable for critical backup and infrastructure standby systems
- Integration-ready communications for monitoring/control
- Practical for remote or industrial installations (scope dependent)
Technical Specifications
|
Items |
Specifications |
|
Nominal Voltage
(VDC) |
110 |
|
Nominal Energy
(kWh) |
10 |
|
Nominal Capacity
(Ah) |
92 |
|
Recharge Voltage
Range (VDC) |
120 - 160 |
|
Max Recharge
Current (A) |
16 |
|
Max Discharge
Current (A) (1h) |
60 |
|
Cycling Load
Range (kW) |
0.9 - 2.7 |
|
88 |
|
|
Operating Temperature ( C) |
-40 - 65 |
|
Dimensions(H D W) mm |
353 556 506 |
|
Weight (kg) |
117 |
|
Design Life (years) |
20 |
|
Ingress Protection (IP) |
55 |
|
Communication |
RS485, MODBUS |
|
Cycle Life |
> 6000 cycles |
|
Certification |
UL9540A, CE, UL1973, IEC62984 (in progress) |
E12510
125V SNC battery module for long-life standby backup and infrastructure-grade reliability projects.
Quick Spec: 125V • 11.86kWh • -40~65°C • IP55 • RS485/MODBUS • Long-life standby
Overview
E12510 is designed for projects that prioritize long-term standby reliability with industrial DC voltage architecture. It fits customers who want a conservative, safety-first battery approach for mission-critical power continuity.
Key Advantages
- Designed for infrastructure-style standby planning
- Higher DC bus voltage simplifies certain industrial architectures
- Supports monitoring/control integration via standard comms
- Suitable for remote/limited-access projects (engineering dependent)
Technical Specifications
|
Items |
Specifications |
|
Nominal Voltage
(VDC) |
125 |
|
Nominal Energy
(kWh) |
11.86 |
|
Nominal Capacity
(Ah) |
92 |
|
Recharge Voltage
Range (VDC) |
136 - 160 |
|
Max Recharge
Current (A) |
16 |
|
Max Discharge
Current (A) (1h) |
60 |
|
Cycling Load
Range (kW) |
0.9 - 2.7 |
|
100 |
|
|
Operating Temperature ( C) |
-40 - 65 |
|
Dimensions(H D W) mm |
353 631 506 |
|
Weight (kg) |
127 |
|
Design Life (years) |
20 |
|
Ingress Protection (IP) |
55 |
|
Communication |
RS485, MODBUS |
|
Cycle Life |
> 6000 cycles |
|
Certification |
UL9540A, CE, UL1973, IEC62984 (in progress) |
E13011
130V SNC battery module for standby-focused critical power systems and industrial reliability deployments.
Quick Spec: 130V • 12.34kWh • -40~65°C • IP55 • RS485/MODBUS • Long-life standby
Technical Specifications
|
Items |
Specifications |
|
Nominal Voltage
(VDC) |
130 |
|
Nominal Energy
(kWh) |
12.34 |
|
Nominal Capacity
(Ah) |
92 |
|
Recharge Voltage
Range (VDC) |
141 - 160 |
|
Max Recharge
Current (A) |
16 |
|
Max Discharge
Current (A) (1h) |
60 |
|
Cycling Load
Range (kW) |
1 - 3.4 |
|
104 |
|
|
Operating Temperature ( C) |
-40 - 65 |
|
Dimensions(H D W) mm |
353 631 506 |
|
Weight (kg) |
130 |
|
Design Life (years) |
20 |
|
Ingress Protection (IP) |
55 |
|
Communication |
RS485, MODBUS |
|
Cycle Life |
> 6000 cycles |
|
Certification |
UL9540A, CE, UL1973, IEC62984 (in progress) |