860kWh+500kW/1.075mWh+500kW 20 Feet Commercial&Industrial BESS

Massive Energy Density: Offers either 860kWh or 1.075MWh of high-density storage within a standard 20-foot container.
High Output Performance: Provides a powerful 500kW rated output, ideal for large industrial peak-shaving and energy arbitrage.
Superior Efficiency: Achieves a 98% conversion efficiency with advanced cooling to ensure long-term battery health.
Ultra-Fast Stabilization: Features a 20ms response time for instant grid support and uninterrupted operation during outages.
Comprehensive Safety Suite: Includes Perfluorohexanone fire suppression and IP55 protection for reliable outdoor use.
Pre-Assembled Design: Integrated design supports easy transportation and rapid O&M without complex on-site assembly.

This product with 860kWh to 1.075MWh Series represents the pinnacle of 20-foot integrated energy storage technology. Designed for high-density requirements, these systems deliver massive energy reserves and 500kW of power for mission-critical industrial and commercial applications. Utilizing 280Ah LFP cells and advanced three-level inverter technology, the Titan series provides the reliable backbone needed for large-scale energy arbitrage, peak-shaving, and grid frequency regulation. As an OEM-ready solution, it offers a safe, efficient, and scalable energy asset for modern smart power ecosystems.

Key Features:

Maximized Space Efficiency: Delivers up to 1.075MWh of energy storage in a compact 20-foot footprint, significantly reducing the required area for large installations.
Industrial-Grade Reliability: Boasts an 8,000+ cycle life at 80% DOD, ensuring consistent performance for over a decade in challenging outdoor environments.
Smart Solar Management: Features up to 10 MPPT channels (50kW each) for high-efficiency integration of renewable solar energy directly into the storage system.
Multi-Layered Safety: Incorporates sophisticated protection layers, including a dedicated 1250A DC combiner cabinet and advanced fire suppression systems.

Application Scenarios:

Industrial Energy Arbitrage: Helps large factories optimize energy costs by shifting usage from peak to off-peak periods.
High-Capacity Microgrids: Acts as the primary power station for independent or grid-tied industrial and community microgrids.
Grid Stabilization: Provides critical frequency regulation and voltage support for modern distributed energy networks.