Product Description:
The outdoor commercial and industrial energy storage cabinet (liquid-cooled) is an energy storage product that integrates a lithium iron phosphate (LFP) battery system, an intelligent liquid-cooled thermal management system, a bidirectional power storage converter (PCS), and a scalable energy management system (EMS). Utilizing intelligent liquid cooling technology, the product leverages the efficient heat exchange capabilities of the coolant to control battery cell temperature, ensuring optimal system performance in diverse environments.
Advantages and Features:
1. Compact Modular Design
Utilizing a standardized, modular design, the cabinet integrates the battery cluster, PCS, liquid cooling unit, and management system into a compact enclosure, saving floor space and delivering industry-leading power and energy density. It supports single-cabinet deployment or parallel expansion of multiple cabinets, allowing for flexible capacity and power configuration based on project requirements.
2. Intelligent Liquid Cooling Heat Pipe
The product features an intelligent liquid cooling system, with coolant applied directly to the battery cells. This system maintains the internal temperature differential within the battery pack within ±3°C, improving system cycle consistency, slowing degradation, and significantly extending battery life. The system also features self-regulating capabilities, ensuring the battery cells maintain an optimal operating temperature range of approximately 25°C.
3. Multi-layered Safety Protection System
From thermal runaway suppression at the cell level, explosion-proof pressure relief at the battery module level, to a system-level perfluorohexanone automatic fire extinguishing system, a three-level safety protection system encompasses the cell, module, and system. This provides multi-dimensional and multi-layered control of potential risks.
4. Intelligent Cloud Management
The product features a built-in, scalable EMS energy management system and supports IoT and cloud connectivity. Users can use the cloud platform to conduct centralized, visual remote monitoring, intelligent operations and maintenance, and big data analysis of distributed energy storage units, optimizing energy efficiency, providing fault warnings, improving operational efficiency, and reducing maintenance costs.
Application Scenarios:
● Grid-side Ancillary Services
● New Energy Power Generation Support
● High-end Industrial and Commercial Parks
● Backup Power for Critical Facilities
Nxten Outdoor Commercial & Industrial Energy Storage Cabinet (Liquid-Cooled) is an advanced energy storage solution featuring lithium iron phosphate (LFP) battery cells, intelligent liquid cooling, and a scalable
EMS architecture, specifically engineered for high-altitude grid-scale applications.
Typical Applications:
1. Grid Side Energy Storage
● Peak Shaving & Frequency Regulation
● Renewable Energy Integration
2. Commercial & Industrial (C&l)
● Energy Arbitrage
● Backup Power
3. High Altitude & Harsh Environments
● Highland Microgrids (24,000m)
● Extreme Temperature Operation
4. Off-Grid & Backup Solutions
● Island/Mining Power
● Telecom Base Stations
5. PV Storage Charging Integration
● EV Charging Stations
Features:
● Compact & Modular Design
● Intelligent Thermal Management
● Multi-Layer Safety Protection
● Smart Cloud-Based Management
| Model | NKS ESS-xx-x-IL(xx=100/120,x=215/241) | NKS ESS-xx-x-IL(xx=110/130,x=232/261) |
| Rated Voltage | 768V | 832V |
| Rated Energy | 215/241kWh | 232/261kWh |
| Pack Quantity | 5pcs @5S1P | 5pcs @5S1P |
| AC Voltage | 380±15%Vac,50/60Hz | |
| Rated Power | 100/120kW | 110/130kW |
| THDV Voltage Harmonic Distortion(with linear load) | <3% | |
| Cycle Life(Capacity≥75%) | 7500 @100%DOD,RT | |
| Efficiency | 88% | |
| IP Rating | IP54 | |
| Dimensions(W*D*H) | W1308*D1308*H2050±5mm | |
| Weight | 2.57T±10kg | 2.6T±10kg |
| Fire Management | Composite Detector | |
| Thermal Management | Liquid Cooling | |
| Communication | CAN/Modbus/TCPIP | |
About Nxten
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What’S News
The outdoor commercial and industrial energy storage cabinet (liquid-cooled) is a high-performance energy storage solution designed for commercial complexes, industrial parks, commercial and industrial energy storage power stations, and large-scale power load scenarios. It integrates a lithium iron phosphate battery system, an intelligent liquid-cooled thermal management system, a bidirectional power storage converter (PCS), and a scalable energy management system (EMS). Through a highly integrated design, it achieves efficient operation across the entire energy chain, from energy storage and conversion to intelligent scheduling. As a new generation of large-scale energy storage equipment, it plays a crucial role in scenarios such as peak shaving and valley filling, backup power, grid demand response, and renewable energy consumption, serving as an important technological carrier for promoting energy conservation, cost reduction, and energy structure optimization in industrial and commercial applications.
Regarding the battery system, the energy storage cabinet uses high-safety lithium iron phosphate batteries as the core energy storage unit. These batteries feature strong thermal stability, long cycle life, and high energy density, ensuring stability and safety during long-term high-power operation, making them ideal for industrial and commercial applications requiring high reliability and frequent charge-discharge cycles. Meanwhile, the integrated Battery Management System (BMS) monitors battery voltage, current, temperature, and health status in real time, continuously optimizing charge and discharge strategies to slow battery degradation and extend system lifespan.
To ensure optimal battery performance under various outdoor environmental conditions, this large-scale energy storage system employs advanced intelligent liquid cooling technology. The liquid cooling system utilizes the high thermal conductivity of the coolant to achieve precise temperature control of individual battery cells, maintaining the temperature difference across the entire battery pack at extremely low levels. This is crucial for extending battery life, improving charge and discharge efficiency, and preventing safety risks such as thermal runaway. Compared to traditional air-cooled systems, liquid cooling technology exhibits greater stability under high-temperature, high-load, and long-cycle operation scenarios, making it particularly suitable for hot regions, environments with intense sunlight, and continuous high-power operation. Furthermore, the intelligent liquid cooling system has automatic adjustment capabilities, adjusting flow and temperature based on the real-time battery status to further reduce energy consumption and achieve a dual improvement in efficiency and reliability.
The integrated bidirectional power storage converter (PCS) in the system undertakes the crucial task of bidirectional energy flow and conversion. PCS (Power Conversion System) not only achieves efficient AC-DC conversion but also supports multiple operating modes, such as grid-connected, off-grid, and backup power modes, providing flexible support for different application needs. Its high conversion efficiency effectively reduces system energy loss and improves overall profitability. In the face of sudden power outages, PCS can quickly switch to off-grid power supply, providing stable and reliable power support for critical loads and ensuring uninterrupted production.
Ningbo Nxten Energy Technology Co., Ltd. is a professional manufacturer of outdoor commercial and industrial energy storage cabinets. Our outdoor commercial and industrial energy storage cabinets, with their high safety and stability thanks to liquid cooling technology, coupled with deep integration of core systems such as batteries, PCS, and EMS, provide industrial and commercial users with efficient, reliable, intelligent, and energy-saving one-stop energy storage solutions.
+86-0574-62165160
+86-18958222822
No. 95-1, South Guangming Road, Simen Town, Yuyao City, Zhejiang Province, China
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