Innovative Solutions in Renewable Energy
LC-C1 adopts modular integrated design
LC-I1 containerized Battery Energy Storage System adopts an All-in-One modular design, integrating the battery PACK, intelligent energy storage converter (PCS), power distribution unit (PDU), automatic fire extinguishing system (FFS), and temperature control system (TCS), intelligent monitoring system (IMS), etc.are integrated into one, and the 20HQ standard container design is adopted, which saves application space and facilitates transportation, hoisting, installation and maintenance. Plug-and-play design greatly reduces on-site construction time and costs.
LC-I1 containerized Battery Energy Storage System supports integrated transportation with batteries, with single clusters in cabinets, thermal isolation between clusters, and independent maintenance of each cluster. The air-conditioner, FFS, and BMS are independent of each other. The clusters adopt an exclusive patent to prevent open flame leakage, combined with the self-developed operation and maintenance platform, can quickly realize fault prediction and location.
Product Features
Internal Structure
Solution
Integrated Energy Storage Platform
Benefits from Time-of-Use tariff：AI algorithm, flexibly adapt to the grid and load changes and make energy saving plan based on energy consumption analysis.
Microgrid control：Compatible with the Level 3 BMS.
Supports local Web and cloud access：VPN and/or SCADA control；Remote operation and maintenance.
Production Capacity
Marketing & Service Network
Lenercom's European company is located in Budapest, Hungary. Lenercom Europe provides more convenient and professional localized services for its partners, including warehousing, system maintenance and engineer training.
Cases
As of 2023, we have assisted partners in over 20 countries worldwide by designing customized energy storage solutions for commercial and industrial applications. Our tailored product offerings meet the unique needs of various customers, enabling our partners to effectively address the challenges faced by their end users
| Model | LC-I1-600-1290 | LC-I1-800-1720 |
|---|---|---|
| Battery Parameters | ||
| Cell type & capacity | LiFePO4 - 280Ah | LiFePO4 - 280Ah |
| System configuration | 6*1 P240S | 8*1 P240S |
| Capacity（BOL） | 1290kWh | 1720kWh |
| AC Side Parameters | ||
| Grid type | 3P4W+PE | |
| Rated output power | 60kW | 800kW |
| Rated voltage | AC 400V | |
| Rated frequency | 50/60(±5)Hz | |
| Maximum output current | 866A | 1155A |
| Overload capacity | ＜5%（rated power） | |
| General Parameters | ||
| Dimensions (W*H*D) | 6058mm*2438mm*2896mm | |
| Maximum weight | 24500kg | |
| Degree of protection | IP55（Battery Cabinet）IP34 (Electrical Cabinet) | |
| Cooling method type | Battery Cabinet (air conditioner) & Electrical Cabinet (forced air cooling) | |
| Fire fighting system | FAS & FM200/Novec1230 | |
| Altitude** | < 2000m, > 2000m The derating is reduced by 5% for every 100m rise | |
| Operating temperature* | -20℃～50℃ | |
| Noise level | ≤75dB | |
| Communication interface | RS485, Ethernet | |
| Communication protoco | Modbus RTU, Modbus TCP/IP | |
