Product technical parameters   

   High Integration   

All-in-One design to integrate all components by one-stop in the containers of international standard size, which is easy to lift and transfer.

   Flexible Scalability   

Modular design of structure and components, multiple parallel connection and collaborative control;

Easy integrating with multi-type power source, such as solar, wind and diesel generators as per demands conveniently;

High compatibility with different brands, different manufacturing times, and even different specifications of the battery cluster.

   High safety   

200+ FMEA design optimization;

60+ security protection policies;

Modular intercluster security isolation technology;

Advanced model health assessment and risk warning technology.

   Economy and high efficiency   

DC BUS Netting Technology to eliminate the passive circulation between clusters, and the battery cluster capacity is 100% available;

Grately saving cost of the power part, and system efficiency increased by 2%.

   Customized BESS Solution   

1stess offers customized Battery Energy Storage System (BESS) solutions tailored to your project's specific application, providing flexible power and capacity options.
Application: frequency regulation, voltage support, renewable energy integration, peak load shifting, microgrid and backup power supply.
Charging/discharging rate: 1C, 0.5C, etc.

Cooling method: forced air cooling or liquid cooling.
Container type: 20ft, 30ft, 40ft.

   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