160Ah Sodium Ion Prismatic Battery Cell for Energy Storage

Key Advantages of the EV160 Sodium Ion Cell

8,000+ Cycle Life for Long-Term Energy Storage

The EV160 is designed for applications involving frequent charge and discharge cycles. Under specified test conditions, the cell retains more than 80% capacity after extended cycling, helping energy storage system integrators reduce replacement frequency and lifecycle costs.

Cycle test conditions: 25°C ±2°C, 300kgf ±20kgf clamping force, 0.5C charge/discharge and 2.5V–3.45V test voltage range.

Reliable Performance from -40°C to +80°C

With a specified operating temperature range of -40°C to +80°C, the EV160 is suitable for energy storage projects exposed to cold winters, hot climates and outdoor operating environments.

Its low-temperature capability makes the cell particularly suitable for remote energy storage, renewable energy systems and backup power installations where ambient temperature can vary significantly throughout the year.

Enhanced Thermal and Abuse Safety

The EV160 uses polyanion cathode materials selected for thermal stability. Enervolts safety validation includes nail penetration testing, with the cell designed to resist smoke, fire and explosion under specified abuse-test conditions.

This safety profile makes the cell suitable for stationary applications where thermal stability is an important consideration in battery module and ESS design.

0V Deep-Discharge Recovery

The EV160 is designed to support recovery after deep discharge to 0V under specified conditions. Combined with low self-discharge characteristics, this provides additional flexibility for long-term storage, transportation and systems that may remain unused for extended periods.

Prismatic Design for Module and Pack Integration

The large-format prismatic structure allows the 160Ah sodium ion cell to be configured into battery modules and energy storage packs according to project voltage, capacity and system architecture.

For system integrators, the EV160 can serve as a cell platform for customized stationary storage projects requiring sodium-ion chemistry and high cycle durability.

EV160 Technical Specifications

Performance may vary depending on charge/discharge rate, temperature, SOC range, clamping pressure and system operating conditions. Contact Enervolts for detailed cell specifications and project-specific technical data.

Applications for 160Ah Sodium Ion Prismatic Cells

Solar & Renewable Energy Storage

The EV160 can be integrated into battery systems for solar and wind energy storage, helping store renewable electricity for later use and supporting applications with frequent daily cycling.

Commercial & Industrial Energy Storage

Its 160Ah capacity and long cycle life make the cell suitable for C&I energy storage systems, including peak-shaving, load management, backup power and distributed energy storage projects.

Residential Energy Storage Development

Battery pack manufacturers and ESS integrators can use the EV160 as a cell platform when developing residential sodium ion energy storage batteries with project-specific voltage and capacity configurations.

Telecom & Backup Power

The wide operating temperature range and long cycle capability are useful for telecom backup batteries, remote base stations and standby energy storage systems, particularly in installations exposed to changing environmental conditions.

Off-Grid Energy Storage

For remote solar systems, microgrids and other off-grid installations, the EV160 provides a sodium-ion cell option designed for long service life and operation across demanding temperature conditions.

Designed for Sodium Ion Battery Pack & ESS Projects

Choosing a battery cell for an energy storage project involves more than comparing nominal capacity. System integrators should also consider:

• Required system voltage and total energy capacity
• Series and parallel cell configuration
• BMS voltage limits and protection strategy
• Charge and discharge current
• Cell consistency and balancing
• Thermal management
• Mechanical clamping and module structure
• Expected daily cycle depth
• Ambient operating temperature

Enervolts can provide technical support for customers evaluating the EV160 160Ah sodium ion prismatic battery cell for module, battery pack and stationary ESS development.

For sodium-ion systems, the BMS and charging parameters should be configured according to the specified voltage window of the sodium-ion cell rather than directly applying lithium-ion battery settings.

Why Source 160Ah Sodium Ion Cells from Enervolts?

Enervolts focuses on sodium-ion battery development and production for automotive starting and energy storage applications. For B2B customers, we support technical evaluation from individual cells through customized battery applications.

Our support can include:

• Cell specification consultation
• Battery module and pack application support
• Voltage and capacity configuration
• BMS matching assistance
• Sample evaluation
• Project-based technical communication
• OEM and ODM battery development
• Bulk-order and production support

Explore our complete range of sodium ion battery cells, or compare the EV160 with our 10Ah cylindrical sodium ion battery cell for high-rate applications.

FAQ

What is the EV160 160Ah sodium ion prismatic battery cell designed for?

The EV160 is primarily designed for stationary energy storage applications, including solar storage, C&I ESS, residential battery development, telecom backup power and off-grid energy systems.

What is the cycle life of the EV160?

The EV160 is rated for more than 8,000 cycles under specified test conditions, with more than 80% capacity retention.

Can the EV160 operate in cold environments?

Yes. The specified operating temperature range extends down to -40°C, making the cell suitable for energy storage projects in cold-climate and outdoor environments.

Can the EV160 be used to build sodium ion battery packs?

Yes. Its prismatic cell format is suitable for integration into modules and battery packs. Pack voltage, capacity, BMS parameters, mechanical structure and thermal management should be designed according to the specific project requirements.

Can Enervolts support OEM or customized energy storage projects?

Yes. Enervolts supports B2B battery projects involving cell selection, battery configuration, BMS matching and customized battery development. Customers can provide the required voltage, capacity, application and operating conditions for technical evaluation.

Request EV160 Technical Data or a Project Quote

Looking for a 160Ah sodium ion prismatic battery cell for an ESS, solar storage, telecom or customized battery project?

Send us your required system voltage, capacity, application, charge/discharge rate and estimated order quantity. Our team can help evaluate whether the EV160 is suitable for your battery module or energy storage system.

Contact Enervolts for samples, technical specifications and bulk-order quotations.