TAOYAN’s EnerCore 522kWh/250kW Smart BESS delivers liquid-cooled LFP battery storage in a compact, all-in-one cabinet for small and mid-size C&I applications. With 522kWh capacity, an 832V battery architecture, a 250kW PCS and the smart TY-EMS, it enables peak shaving, demand response and backup power. Explore the full C&I energy storage lineup →
The TY-EMS (Energy Management System) is a highly integrated local monitoring and energy-management unit. Running Linux on a 64 GB / 4 GB-RAM board, it communicates with PCS, BMS, liquid-cooling units and smart meters via Modbus RTU/TCP, and syncs to a cloud Java backend for remote policy distribution and multi-site coordination — the intelligent brain behind every TAOYAN C&I storage system.
Multi-Device Access
Connects PCS, BMS, liquid cooling and meters with flexible quantities.
Real-Time Monitoring
Live dashboard with total power, SOC and 24-hour trend.
Battery Protection
SOC / voltage / temperature thresholds with auto cutoff.
Power Limitation
Dynamic setpoints per transformer and grid limits.
Charge / Discharge Strategy
Up to 10 time-of-use periods for peak shaving.
Local GPIO & Remote Mgmt
On-site HMI plus cloud backend with role permissions.
Features
Fire Protection System
Wiring Methods
After-sales Service
Typical Applications
Peak Shaving & Valley Filling
Charge during off-peak hours and discharge at peak tariff, cutting electricity bills for factories and commercial buildings.
Backup Power Supply
On mains interruption the system switches to battery discharge, keeping core equipment running.
EV Charging Support
Buffer fast-charging peaks and protect the grid connection from overload.
Small Commercial Solar-Storage
Pair with rooftop PV to raise self-consumption and store excess energy.
Frequently Asked Questions
1. What is the core cell technology used in the EnerCore 522kWh BESS?
The EnerCore 522kWh BESS uses high-efficiency 314Ah LFP (Lithium Iron Phosphate) cells, which provide excellent thermal stability, a long cycle life of over 8000 cycles, and enhanced safety compared to other lithium-ion chemistries. LFP technology ensures reliable operation even in demanding commercial and industrial environments.
2. What is the operational temperature range of the system?
The system is designed to operate efficiently in a wide temperature range from -25°C to 55°C, making it suitable for various climate conditions worldwide. The advanced liquid cooling system helps maintain optimal battery temperature, ensuring consistent performance and extended battery life.
3. What cooling method does the system use and why is it important?
The EnerCore 522kWh system uses advanced liquid cooling technology to maintain optimal battery temperature. Liquid cooling is more efficient than traditional air cooling, providing better heat dissipation, more uniform temperature distribution across battery cells, and enabling higher power density. This results in improved system performance, longer battery life, and safer operation.
4. How many battery modules are in the system and what is the total capacity?
The EnerCore 522kWh system consists of 10 battery modules connected in parallel (10P configuration), with each module having a capacity of 52.25kWh. The total system capacity is 522kWh, and the nominal voltage is 832.0V. Each module uses 52S1P configuration with 314Ah LFP cells.
5. What monitoring and control capabilities does the EMS provide?
The Energy Management System (EMS) provides comprehensive real-time monitoring of battery status, power flow, energy consumption, and system diagnostics. It supports remote cloud-based monitoring via web and mobile platforms, automated scheduling for peak shaving and load shifting, and seamless integration with existing energy management platforms. The EMS also provides data analytics, historical trend reporting, and alerts for system maintenance.
The system is "plug-and-play" ready, requiring only AC connection and communication commissioning upon arrival at the site.
7. How does the EMS handle complex energy trading?
Our smart EMS supports AI-driven strategies for arbitrage, demand response, and solar forecasting, maximizing the ROI of your 522kWh investment.
