EVOLISUN EVO-Na-130KW/260KWh Sodium-ion Outdoor Integrated Energy Storage Cabinet

2026-06-23

1. Product Overview

1.1 Product Introduction

The EVO-Na-130KW/260KWh is a fully self-developed outdoor sodium-ion battery energy storage system (Na⁺-ion BESS) independently designed by EVOLISUN. The all-in-one cabinet integrates sodium-ion battery modules, intelligent BMS, bidirectional PCS, independent temperature control & cooling system, fire suppression unit and remote cloud monitoring module. Adopting an outdoor cabinet structure with IP54 protection grade, the system can be put into operation quickly after on-site wiring without extra power distribution room construction.

Different from conventional lithium iron phosphate energy storage equipment, this unit adopts sodium-ion cells as core energy storage medium. It features ultra-wide operating temperature range, intrinsic high safety without thermal runaway, sufficient raw material supply and outstanding cycle life. Perfectly suitable for extreme hot & cold climates in the Middle East, Africa and BRICS countries, it serves a wide range of scenarios including commercial & industrial PV-storage on/off-grid system, microgrid, off-grid rural power supply, industrial backup power and hybrid PV-diesel energy projects.

1.2 Brand & Model Information

Brand: EVOLISUN

Model: EVO-Na-130KW/260KWh

Battery Chemistry: Sodium-ion (Na⁺-ion)

Product Form: Outdoor integrated energy storage cabinet

1.3 Core Competitive Advantages

1. Ultra-wide Temperature Adaptability
Operates stably from -40℃ to +60℃. No capacity attenuation under high temperature, and normal charge-discharge performance at sub-zero temperature, solving common pain points of lithium storage systems such as capacity loss in Middle East heat and shutdown in cold regions like Russia & South Africa.

2. Intrinsic Superior Safety
Sodium-ion material avoids thermal runaway risk; no fire or explosion risks under puncture, extrusion or overheating conditions. Equipped with cabinet-level aerosol fire suppression and multi-stage protection against overvoltage, overcurrent and short circuit.

3. Stable & Controllable Cost
Sodium mineral resources are abundant worldwide, free from sharp price fluctuations of lithium ore, ensuring stable long-term supply chain and cost advantages for bulk procurement.

4. Plug-and-play Integrated Design
All battery, power conversion, cooling, monitoring and fire control components are pre-installed and pre-wired in factory. On-site commissioning can be finished within 2 hours after connecting PV, diesel generator or load cables.

5. Full-lifecycle Intelligent Management
Supported by self-developed EVOLISUN Cloud Platform, enabling real-time remote data monitoring, fault early warning, parameter adjustment and operation report export via PC or mobile APP.

6. Ultra-long Cycle Durability
Cells support over 6,000 deep charge-discharge cycles (80% DoD), ideal for commercial peak-valley arbitrage and daily frequent cycling off-grid applications.

7. Weatherproof Outdoor Cabinet
IP54 dustproof & waterproof enclosure with anti-rust, sun-proof and rain-proof design, allowing direct ground installation outdoors without dedicated shelter.

2. Main Technical Specifications

Category

Parameters

Rated System Performance

Rated Power: 130kW
Rated Capacity: 260kWh
Operation Mode: Grid-tied / Off-grid / Hybrid PV-diesel

Sodium-ion Cell

Cathode Material: Layered oxide sodium-ion cell
Cycle Life: ≥6000 cycles @ 80% DoD
Standard Charge/Discharge Rate: 0.5C / 0.5C

Temperature Performance

Operating Ambient Temp: -40℃ ~ +60℃
Storage Temp: -45℃ ~ +65℃
Full power continuous output without derating at 55℃

PCS Converter

Bidirectional AC/DC converter, efficiency ≥96.5%
Compatible with PV DC input, diesel hybrid and mains backup switchover

Enclosure Protection

Outdoor Cabinet: IP54

Cooling System

Industrial partitioned air cooling with independent air duct, low noise operation

Fire Protection

Aerosol automatic fire extinguisher, combined smoke & temperature detection, emergency power cut-off

Communication Interface

RS485, Ethernet, 4G/5G wireless remote access

Installation

Concrete base floor mounting, forklift slots at cabinet bottom for easy transportation

Certification

CE, UN38.3, MSDS, IEC62619, IP rating test report, fire safety certificate

3. Cabinet Internal Structure

The cabinet is divided into two physically isolated zones: battery compartment and power control compartment to reduce heat conduction risk.

Sodium-Ion Outdoor Energy Storage Cabinet

3.1 Battery Compartment

Multiple standardized sodium-ion modules mounted on slide rails for independent maintenance & replacement.

Independent voltage & temperature sampling for each module; BMS real-time cell balancing to prevent overcharge & overdischarge.

Separated heat dissipation air channels with thermal insulation gaps between modules.

Two-stage fuse and short-circuit protection switches for each string.

3.2 Lower Power & Control Compartment

Bidirectional PCS power conversion unit

Main controller & 7-inch local touch screen

Remote communication module & cloud data transmitter

Main input/output circuit breakers and lightning protection devices

Fire control host and cooling fan drive system

3.3 Exterior Cabinet Configuration

Double front access doors with safety lock latches for convenient maintenance

Integrated waterproof canopy on cabinet top

Emergency stop button & 3-color status indicator (Running / Fault / Standby) on front panel

Large ventilation louvers with removable dust filter screens on side panels

4. Typical Application Scenarios

1. Commercial PV-Storage System for the Middle East
Stable operation under high ambient temperature in Saudi Arabia, Iraq, UAE and other regions. Realize self-consumption and peak shaving to ease power grid shortage and high electricity cost.

2. Off-grid Microgrid for BRICS Nations
Power supply for remote mines and villages without utility grid coverage in Russia, Brazil and South Africa, matching PV + sodium storage + diesel hybrid solution.

3. Industrial Critical Load Backup Power
Uninterrupted emergency power for factory automation equipment, server rooms and medical facilities; wide temperature range fits open-air industrial plants.

4. Large-scale Cross-border Energy Storage Projects
Suitable for bulk procurement by EPC contractors; standardized size supports containerized sea transportation with spot goods available in overseas warehouses.

5. Island & Nomadic Area Independent Power Supply
Long-duration stable energy storage for areas without mains power, adapting to extreme wild temperature environments.

Sodium-Ion Battery

5. Intelligent Monitoring & Cloud Platform Functions

5.1 Local Touch Screen Operation

7-inch touch display mounted on cabinet front, supporting real-time viewing of power, SOC, voltage, temperature and fault codes; local configuration of charge & discharge strategies.

5.2 Remote EVOLISUN Cloud Management

Visual real-time operation data of the whole system

Automatic fault alert with notification pushed to APP & SMS

Remote modification of charge/discharge logic and grid protection parameters

Auto generation of daily/monthly/annual power generation & benefit reports

Centralized multi-device management under single user account

5.3 Third-party Data Interface

Supports standard Modbus protocol for connection to external energy management platforms and SCADA host systems.

6. Six-level Integrated Safety Protection System

1. Cell Intrinsic Safety: No lithium plating risk; no fire or explosion under puncture & extrusion.

2. Module-level Protection: Real-time cut-off for single string overvoltage, undervoltage, overtemperature and overcurrent.

3. Compartment Isolation: Thermal barrier separates battery zone and power control zone.

4. System Electrical Protection: Main circuit breaker, lightning protection, leakage and short-circuit dual protection.

5. Active Temperature Control: Extra forced cooling triggered by overheating; power derating or automatic shutdown under extreme high temperature.

6. Automatic Fire Suppression: Smoke & temperature dual detection; aerosol fire extinguishing and high-voltage circuit cut-off activated once fire hazard detected.

7. Installation & Operation Maintenance Guide

7.1 Installation Requirements

1. Foundation: Flat concrete base with sufficient load-bearing capacity and drainage slope.

2. Surrounding Space: Reserve ≥800mm clearance around cabinet for maintenance.

3. Wiring: Only PV DC cable, AC load/mains cable and grounding cable need external connection.

4. Communication: Support wired Ethernet or 4G SIM card for cloud access.

7.2 Routine Maintenance

1. Dust Filter: Clean ventilation filter every 3 months; monthly maintenance in heavy sand & dust areas.

2. Monthly Inspection: Check real-time operating parameters on touch screen and clear fault alarms timely.

3. Module Replacement: Slide rail modular design allows single faulty module replacement by one operator without full system shutdown.

4. Remote Troubleshooting: Over 90% parameter adjustment and fault diagnosis can be completed online to reduce overseas on-site service cost.

8. Packaging & Delivery Service

1. Packaging: Moisture-proof inner film + fumigated solid wooden case, compatible with sea freight container transportation.

2. Delivered Documents: Product specification manual, full set CE certificates, cell test reports, wiring diagram and cloud platform operation guide.

3. Global After-sales Support

Spot inventory in overseas warehouses of Iraq, Brazil, South Africa and Russia for fast delivery.

Exclusive technical training and customized project solution support for regional distributors.

Standard system warranty plus extended cell warranty, dedicated overseas technical support team.

9. Inquiry & Customization

For complete datasheets, system wiring drawings, project solutions and quotation, please contact EVOLISUN sales team via official website message, business email or LinkedIn.


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