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Description The product is a modular containerized battery energy storage system with a specification of 20FT (container size) and 1MWh (energy capacity). It adopts lithium iron phosphate (LFP) batteries as the core energy storage component and integrates mature power conversion technology. Designed for versatility, it is tailored to meet the needs of multiple practical application scenarios, including but not limited to peak shaving, price arbitrage, grid balancing, energy trading, frequency regulation, and IDC. The system has been successfully deployed in real-world projects such as power plant frequency regulation, user-side peak shifting, and wind-solar complementary microgrid systems, demonstrating reliable performance in different operational environments. |  |
 | Features - Highly modularized design: Facilitates convenient transportation, installation, construction, and maintenance. - Strong scenario adaptability: Reasonable structural and functional design supports stable operation under various application conditions. - 4-level battery management hierarchy: Covers cell, module, rack, and container levels for comprehensive monitoring and control. - Advanced BMS (Battery Management System): Monitors and regulates key parameters (current, voltage, temperature, etc.) of cells, modules, racks, and containers to ensure the system operates safely and healthily. - Precision air-cooling system: Equipped with dedicated precision air-conditioners to maintain the internal container temperature at around 25°C. - Complete lighting configuration: Includes both regular lighting and emergency lighting to meet in-container operational and emergency needs. - Reliable fire protection system: Equipped with FM 200 automatic fire extinguishing system and audible-visual alarm. The container features an automatic shutdown mechanism to achieve hermetic sealing when the fire extinguishing system is activated, ensuring effective fire suppression. |
Application
1. Renewable Energy Integration
Ideal for storing excess energy from solar and wind farms, the system ensures a stable power supply during periods of low generation. It supports peak shaving and load balancing to maximize renewable usage and grid efficiency.
2. Commercial & Industrial Facilities
Perfect for large factories, data centers, and logistics hubs that require stable, high-capacity backup power. It reduces electricity bills through time-of-use energy shifting and demand response participation.
3. Microgrids & Off-Grid Projects
Supports standalone operation in off-grid or remote areas, offering reliable energy supply for industrial zones, islands, and military bases with limited access to the main grid.
4. Utility Grid Support
Acts as a buffer during power fluctuations and outages, enhancing grid stability through frequency regulation, voltage support, and spinning reserve services.
5. Emergency Power Supply
Functions as a dependable backup during natural disasters or blackouts, ensuring critical infrastructure — such as hospitals, telecom stations, and transportation hubs — continues to operate without interruption.
6. EV Charging Infrastructure
Balances sudden high-power demands at electric vehicle charging stations, preventing grid overload and enabling fast, efficient charging even during peak hours.
TSTYNICE delivers globally trusted power equipment with 99% automated smart manufacturing, strong R&D and testing capabilities, and 24/7 service, supporting over 80 countries with high-quality, innovative solutions.
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TSTYNICE transformers hold ISO 9001, IEC 60076, CE, GOST, SGS, and BV certifications, with 158 patents (20 inventions). Our CNAS-accredited lab ensures global compliance across 80+ markets.
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