The Utility-Grade 2.3 kWh Mobile Battery Energy Storage System represents a breakthrough in portable power solutions, combining rugged durability with advanced energy management capabilities.
Support local HMI operation; remote dispatching via Modbus‑TCP, IEC‑61850 protocols. Real‑time receive dispatching center power‑control commands. Compatible with major regional grid‑connection standards. Round‑trip AC‑AC efficiency reaches 96%‑98%.
Order(MOQ) :
1Payment :
T/TLead Time :
15
Equipped with an intelligent Battery Management System (BMS) that continuously monitors battery health, voltage, current, and temperature. The system provides comprehensive protection against overcharging, over-discharging, short circuits, and thermal runaway. Operating temperature:‑25℃ ~ +55℃. Cabinet protection grade IP54‑IP55. Liquid‑cooling thermal management ensures stable battery temperature under long‑time high‑power continuous operation. Adapt to coastal salt‑spray, high‑temperature and cold‑region utility‑site environments.
| Product Name: | Y3000 |
| System parameters | |
| Cell type | LFP |
| Battery capacity: | 2.3kWh |
| Rated output power: | 3000W |
| Cycle times (@25℃C): | ≥6000 |
| Input parameters | |
| Mains power charging: | 220-240V~2200W ( MAX ） |
| Fast charging input: | / |
| Vehicle charging input: | 12V=8.5A 100W |
| Photovoltaic charging input: | 12-100V=25A 1200W |
| Output parameters | |
| USB-A: | 5/9/12V=18W MAX(x2)，QC3.0 |
| Type-C: | 100Wx1，PD3.060Wx1，PD3.0 |
| Vehicle charging output: | 13V=10A 130W |
| DC output: | / |
| AC output: | 230V~50Hz，1600W，ACx2 |
| General parameters | |
| APP: | Support |
| Control BOX Dimensions (Width x Depth x Height) : | 400x280x191mm |
| Battery Dimensions (Width x Depth x Height) : | 400x280x305mm |
| Control box Weight: | ≈8.7kg |
| Battery Weight: | ≈20.4kg |
A: Utility‑grade mobile BESS is trailer‑mounted or container‑type large‑scale movable lithium‑iron‑phosphate energy‑storage equipment for grid‑level applications. It integrates battery racks, high‑power PCS, EMS energy‑management system, liquid‑cooled thermal management, fire‑suppression and grid‑protection units. It can be rapidly transported and dispatched to different grid nodes for grid support, frequency regulation, peak shaving, emergency grid restoration and black‑start capability, without permanent fixed‑site civil construction.
A: Common range: power 1MW‑5MW; energy capacity 1MWh‑6MWh. Support multi‑unit parallel expansion for larger‑scale grid‑project demands. Flexible power‑energy ratio configurable according to utility dispatching requirements.
A: LFP lithium‑ion battery modules, BMS battery‑management system, high‑power bidirectional PCS converter, EMS energy management system, liquid‑cooled thermal control system, gas‑based fire‑suppression unit, high‑voltage cabinet, local HMI & remote dispatching interface, heavy‑duty trailer or container mobile chassis.
A:‑Grid‑following mode: peak shaving, load shifting, frequency regulation, spinning reserve ‑Grid‑forming mode: black‑start, islanded emergency power supply for fault grid sections ‑PV/wind hybrid mode: smooth renewable‑energy output fluctuation ‑Emergency backup: fast deployment for grid‑fault disaster response Support active‑reactive decoupled control, low‑voltage ride‑through, high‑voltage ride‑through, meet utility grid‑code requirements.
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Hotline +8615859279267
E-mail info@xmroi.com
Address No.1504, Building B08, Phase lll, Software Park, BRlCS Future Innovation Park, Chengyi North Street, Jimei District, Xiamen, China.
Tel : +8615859279267
Email : info@xmroi.com
No.1504, Building B08, Phase lll, Software Park, BRlCS Future Innovation Park, Chengyi North Street, Jimei District, Xiamen, China.
Tel: +8615859279267 Email: info@xmroi.com
+8615859279267
