Integrated Outdoor Battery Energy Storage Cabinet

• Battery Capacity (BOL): 125kWh~215kWh
• Rated Power: 30kW, 50kW, 100kWh
• Cell: LFP batteries
• FFS: Novec1230 + water fire suppression system

Technical parameters

EnerArk: Revolutionizing Commercial Energy Storage with Next-Gen Flexibility

Application Scenarios

EnerArk’s modular design and high adaptability make it a cornerstone solution for diverse energy challenges:

Industrial & Commercial Energy Cost Optimization

• Enables peak shaving and time-of-use (TOU) arbitrage by storing low-cost off-peak electricity and discharging it during high-tariff periods, reducing energy expenses by up to 40%.
• Acts as an emergency backup power source for factories, data centers, and commercial complexes, ensuring uninterrupted operations during grid outages

Renewable Energy Integration

• Seamlessly integrates with solar PV systems via DC coupling, stabilizing intermittent solar output and maximizing green energy utilization.
• Supports microgrids in remote areas or industrial parks, enabling off-grid operation or hybrid grid-tied modes.

EV Charging Infrastructure

Optimizes fast-charging stations by balancing grid load and reducing demand charges, ideal for high-traffic urban hubs

Grid Ancillary Services

Provides <100ms response for frequency regulation and voltage stabilization, meeting stringent grid compliance standards

Core Functional Advantages

Uncompromised Safety

• Combines automotive-grade LFP batteries with a multi-layer fire suppression system (Novec1230 + water mist), achieving IP55 protection and compliance with IEC/UL/CB certifications.
• Patented battery cluster balancing and thermal runaway prevention ensure 10+ years of safe operation

Scalability & Flexibility

• Modular units (30kW–100kW, 125–215kWh) allow capacity expansion from 215kWh to multi-MWh configurations, adapting to evolving energy demands.
• Supports parallel cluster operation for large-scale deployments, such as 500kW/1075kWh industrial projects

Intelligent Energy Management

• AI-driven cloud platform enables real-time state-of-charge (SoC) monitoring, lifetime analytics, and predictive maintenance via Ethernet/Modbus interfaces.
• Achieves ≥90% round-trip efficiency with <100ms grid switching, ideal for fast-frequency response markets

Extreme Environment Resilience

Operates in -25°C to 55°C conditions with liquid cooling, ensuring reliability in harsh climates

Market Environment & Strategic Positioning

Growing Demand for Grid Stability

• Global energy storage installations surged by 20% in 2024, driven by renewable intermittency and AI/data center load growth. China leads in capacity, while Europe sees rising grid-scale deployments.
• EnerArk’s rapid response (<100ms) positions it as a key player in ancillary service markets, projected to grow at 15% CAGR through 2030

Policy-Driven Opportunities

• Incentives like China’s “dual-carbon” strategy and the EU’s Green Deal accelerate adoption of LFP-based systems for their cost-effectiveness and safety.
• Tariff structures favoring TOU arbitrage (e.g., California’s NEM 3.0) enhance ROI for commercial users

Competitive Edge with LFP Technology

• Outperforms NMC batteries in lifespan (≥8,000 cycles) and thermal stability, reducing total cost of ownership by 30%.
• Aligns with trends toward standardized, containerized solutions for rapid deployment in industrial zones and solar farms