All-Scenario Adaptability + Comprehensive Security! The XW2000 leads the upgrade of the mobile energy storage industry.
On April 10, the XWANDA 2MWh liquid-cooled integrated mobile energy storage vehicle, referred to as the <b>XJ2000</b>, successfully completed a rigorous 5,000-kilometer limit test and was showcased at the ESIE 2025 event. This vehicle traversed a significant portion of China, covering over twenty cities and undergoing multiple stringent environmental tests, which fully verified its safety, reliability, and adaptability in various scenarios. The XJ2000 has already received relevant certifications and is set for mass production in May 2025.
<b>Six-Layer Safety Protection System</b> Establishes a New Industry Standard
Safety remains a core challenge in the mobile energy storage vehicle sector. Currently, conventional energy storage solutions face issues like delayed fire protection responses and inadequate thermal runaway protection at the cell level, leading to frequent safety hazards. XWANDA prioritizes quality, leveraging nearly 30 years of lithium battery research and development experience to construct a comprehensive safety system from the cell to the pack and the overall vehicle, based on the principles of "no loss of control, no fire, and no explosion." In laboratory tests, the self-developed 314Ah cell from XWANDA demonstrated reliable safety technology, as its temperature did not continue to rise after passing a steel needle puncture test.
In terms of system safety, the XJ2000 features a six-layer protective design, including a PACK-level perfluorohexane firefighting solution that improves thermal runaway suppression efficiency by 300%. The pack's aluminum alloy casing has undergone a million high-frequency vibration tests to ensure long-term stability. Additionally, the vehicle has an IP54 protection design, making it resilient to complex climatic conditions. A 360° intelligent monitoring system can detect and alert for potential risks in real-time, embedding safety throughout its entire lifecycle and setting a new benchmark for the industry.
<b>Innovative Liquid Cooling Technology Enhances Overall Efficiency</b>
In mobile energy storage applications, traditional air cooling systems suffer from high operational costs due to large temperature differentials and rapid battery degradation, with an average unplanned downtime rate in the industry reaching 57%. To address this issue, XWANDA is revolutionizing the efficiency of mobile energy storage vehicles through liquid cooling technology. The XJ2000 is the industry’s first mobile energy storage vehicle to utilize this technology, employing a glycol liquid cooling system combined with intelligent temperature control algorithms to precisely manage system temperatures. This breakthrough significantly enhances overall system efficiency, with a storage capacity of 2MWh and a cycle life of 6,000 times, resulting in a 15% to 20% reduction in operating costs compared to traditional diesel solutions. Furthermore, this product boasts an 800kW high power output and supports 240kW liquid cooling fast charging. Its millisecond-level off-grid switching technology ensures stable power supply in critical scenarios, providing support for various high-performance applications.
<b>Deep Adaptability Across Diverse Scenarios Empowering New Power Systems</b>
The value of mobile energy storage vehicles lies in their flexibility. However, traditional solutions still struggle with adaptability in applications such as grid maintenance, emergency rescue, and power supply in mining areas. Based on the "mobile energy storage + liquid cooling technology" concept, XWANDA is advancing the intelligent upgrade of new energy infrastructure, offering customized solutions for five major application areas: grid maintenance, emergency rescue, event power supply, mobile charging, and temporary power for construction.
For instance, in grid maintenance scenarios, XWANDA's mobile energy storage vehicle can achieve millisecond-level seamless switching; in emergency rescue situations, the plug-and-play power system can be rapidly deployed for power supply. In high-speed service areas, two direct current charging guns can provide up to 240kW charging power, alleviating peak charging issues. Additionally, in extreme mining environments, the XJ2000 demonstrates cold-start capabilities at -20°C and adaptability to slopes of 30%, offering a green alternative.
<b>Technological Advancements Drive New Upgrades in the Mobile Energy Storage Industry</b>
The successful completion of over 5,000 kilometers of road testing not only validates the outstanding performance of the XJ2000 but also lays the foundation for future commercial applications. With its intelligent, standardized, and scenario-specific technological advantages, the XJ2000 will accelerate the realization of the "mobile energy storage + virtual power plant" business model, further enhancing the operational value of new energy assets. In the context of accelerating global energy transformation, XWANDA continues to uphold innovation, providing safer, more efficient, and more flexible mobile energy storage solutions to support the transition of the global energy structure towards low-carbon alternatives, ushering in a new era of mobile energy storage.
Original article by NenPower, If reposted, please credit the source: https://nenpower.com/blog/leading-the-upgrade-in-mobile-energy-storage-xwandas-2mwh-liquid-cooled-unit-completes-5000km-test-and-set-for-2025-production/
