Modular 1MWh Lithium Battery Energy Storage System for Industrial Peak Shaving

Product Specification

   Containerized Battery Energy Storage System   

• All-in-one Design
• Cell: LFP batteries
• Max. Capacity: 2007kWh
• Max. Power: 1000kW

   Key Parameters   

Cell: LFP

Max. Capacity: 2007kWh

Max. Power: 1000kW

Rated Grid Voltage:AC400V, 3P4W+PE

Communication Interface & Protocol: Ethernet, Modbus TCP/IP

Size: 6058mm*2438mm*2896mm

   Applications   

Peak-Load Shifting

Benefit from the Time-of -Use Tariff

Microgrid for Islands and Remote Areas

Power Expansion

Renewable Energy Integration

Backup Power

EnerCube Battery Energy Storage System is launched by 1stess team with 15 years of electrochemical energy storage R&D and application experience, which adopts All-in-One design and integrates battery module, PCS, PDU, FSS, TCS, MPPT into the 20ft container and is suitable for the most demanding of industrial and commercial applications.

   Product technical parameters   

   1MWh Industrial & Commercial Energy Storage System: Powering Sustainable Operations   

Application Scenarios   

Peak Shaving & Cost Optimization

Industrial facilities leverage its rapid grid response (<100ms) to shift energy consumption from high-tariff peak periods (e.g., 10 AM–7 PM) to off-peak hours, reducing electricity costs by up to 40%.Factories in China’s Guangdong Province using similar systems achieve ROI within 4 years through daily two-cycle charge/discharge operations

Renewable Energy Integration

Compatible with solar/wind farms, the system stabilizes intermittent renewable output via DC coupling. A Thailand solar park deployment demonstrated 98% renewable self-consumption by storing excess daytime solar energy for nighttime operations

EV Charging Infrastructure

Supports fast-charging stations in urban hubs by balancing grid load, reducing demand charges, and enabling 500kW–1.29MW power output without grid upgrades

Mission-Critical Backup

Provides 72+ hours of emergency power for hospitals, semiconductor fabs, and data centers during grid outages, ensuring 99.999% uptime

Core Functional Advantages

Military-Grade Safety

• Multi-layer protection: Cell-level fuses, advanced fire suppression (Novec1230 + water mist), and IP55-rated enclosures.
• Self-diagnostic BMS detects anomalies 60% faster than industry norms, preventing thermal runaway

Scalable Architecture

• Modular design scales from 215kWh to multi-MWh configurations using 5500×2438×2896mm standardized containers.
• Cluster balancing technology eliminates passive circulation, achieving 100% capacity utilization.

Smart Energy Management

• Cloud-based EMS enables real-time SoC monitoring, predictive analytics, and participation in frequency regulation markets.
• ≥90% round-trip efficiency with <100ms grid switching, meeting Fast Frequency Response (FFR) requirements.

Extreme Environment Resilience

Operates in -30°C to 55°C conditions, validated in Canadian oil sands and Middle Eastern desert projects.

Market Environment & Strategic Opportunities

Policy-Driven Growth

• China’s “dual-carbon” strategy mandates 200GW+ energy storage by 2030, with subsidies up to $0.08/kWh for TOU arbitrage projects.
• EU’s REPowerEU targets 200GW storage capacity by 2030, prioritizing 4+ hour duration systems for grid stability

Economic Viability

• LFP battery costs dropped 18% YoY, narrowing payback periods to 6–8 years—competitive with diesel generators.
• Industrial electricity prices in Europe surged 150% since 2022, driving 300% YoY growth in C&I storage installations

Emerging Applications

• Agriculture: Powers irrigation and cold storage in off-grid Indian farms, increasing crop yields by 25%.
• Telecom: Ensures 24/7 operation for 5G base stations in remote areas, reducing diesel dependency by 70%

Technological Synergies

Integrates with blockchain-based P2P energy trading platforms and IoT-enabled smart factories for demand-side management