MP-ST5015UX-4H-HT Energy Storage System Container-425

Advanced, High‑Temperature Rated & Reliable Grid‑Level Energy Storage

The Sungrow PowerTitan 2.0 ST5015UX‑4H‑HT is a liquid‑cooled utility‑scale battery energy storage system specifically engineered for demanding grid environments and high‑temperature operation. Its pre‑assembled design, intelligent thermal control, and robust safety features deliver efficient long‑duration storage, simplified commissioning, and dependable performance for large energy storage applications.

Optimal Cost & Intelligent Design

Factory‑Ready Integration

• Intelligent liquid‑cooled temperature control system optimizes auxiliary power consumption for improved operational economics.

• Delivered pre‑assembled, eliminating onsite battery module handling and reducing installation complexity.

• Factory

testing shortens commissioning and accelerates project delivery.

Benefits:

• Lower balance‑of‑system (BOS) costs and faster commercial operation readiness.

• Streamlined deployment with reduced site preparation requirements.

Built‑in High‑Temperature Operation

Designed for Extreme Conditions

• Supports high temperature operation — no derating up to 55 °C, enabling reliable performance in hot climates.

• High‑efficiency heat dissipation enhances battery life and discharge capability.

• Front single‑door access design supports compact back‑to‑back layouts for efficient site utilization.

• Factory‑function‑tested to limit onsite work and accelerate commissioning.

Advantages:

• Maintains system output and reliability in extreme ambient conditions.

• Heat‑optimized design extends service life and improves energy throughput.

Safe & Reliable Operation

Comprehensive Safety Protection

• Electrical safety management with overcurrent fast breaking and arc‑extinguishing protection for enhanced electrical safety.

• Separated electrical and battery cabinets help prevent thermal propagation and improve system safety integrity.

Benefits:

• Multi‑layer safety protection for grid‑scale energy storage applications.

• Robust electrical and thermal fault mitigation.

Convenient Operation & Maintenance

Smart Monitoring & O&M Features

• One‑click system upgrade simplifies firmware and feature updates.

• Automatic coolant refilling design reduces manual maintenance tasks.

• Online intelligent monitoring enables real‑time diagnostics and status tracking.

Advantages:

• Lower operations and maintenance burden.

• Remote insights for proactive performance management.

Why Choose Sungrow PowerTitan 2.0 ST5015UX‑4H‑HT?

• High Temperature Operation: No derating up to 55 °C for hot climate performance.

• Liquid‑Cooled Smart Control: Efficient thermal regulation for auxiliary energy use and cooling.

• Pre‑Assembled & Factory‑Tested: Simplifies deployment and reduces onsite complexity.

• Enhanced Safety: Integrated overcurrent and arc protection with cabinet separation.

• Easy O&M: One‑click upgrades and online monitoring improve reliability.

Typical Applications

• Utility Grid Support: Frequency regulation, peak shaving, and grid balancing.

• Renewable Integration: Stabilize and dispatch large solar or wind power plants.

• Long‑Duration Energy Dispatch: Multi‑hour energy shifting and load leveling.

• Industrial & Commercial Energy Storage Projects: Reliable storage for enterprise‑scale planning.

FAQ – Common Questions

Q1: What makes the ST5015UX‑4H‑HT suited for hot regions?
It supports high temperature operation with no derating up to 55 °C, making it ideal for hot climates where ambient temperatures challenge conventional systems.

Q2: How does this system improve deployment?
The system is pre‑assembled and factory‑tested, reducing onsite assembly and commissioning work.

Q3: What safety protections are included?
It features electrical safety management, overcurrent protection, arc‑extinguishing systems, and separated cabinet architecture to mitigate electrical and thermal risks.

Q4: Can the system’s performance be monitored remotely?
Yes — online intelligent monitoring enables real‑time diagnostics and performance tracking.

Q5: Where is this system typically used?
It is ideal for utility‑scale grid services, renewable integration, and long‑duration energy storage projects that demand high reliability and flexibility.