2.5MW Liquid-Cooled Utility-Scale Energy Storage PCS Inverter 2.5MW grid-tied PCS

Key Features & Highlights 2.5MW grid-tied PCS

• High Power Density & Liquid Cooling: Utilizes advanced liquid cooling technology to maintain optimal thermal stability, extending equipment service life and boosting round-trip efficiency (RTE).
• 1500V High DC Input Range: Accommodates 1000V to 1500V DC input with up to 2×1406A DC input capacity, reducing overall BOS (Balance of System) costs.
• Rugged Outdoor Protection: Features an IP66 ingress protection rating and C4/C5 anti-corrosion engineering, operating seamlessly in harsh environments from -40°C to +60°C.
• Robust Grid Support & Clean Output: Delivers high grid power quality with THDi < 3% at rated power and wide reactive power adjustment (Power Factor -1 to +1).
• Versatile Off-Grid Capability: Supports standalone operation with ultra-low voltage harmonic distortion (THDu < 3%) and exceptional dynamic load response.
• Comprehensive Industrial Connectivity: Fully compatible with power industry standards including Modbus TCP/RTU, IEC 61850, IEC 104, and CAN 2.0.

FAQ for ENERUVO 2.5MW Liquid-Cooled Energy Storage PCS (Model: ENR-GWG2500-690-L)

1. What is the power rating and configuration of the ENERUVO 2.5MW liquid-cooled PCS?

The system features a dual-channel design with a rated output power of $1250\text{ kW} \times 2$ (total 2.5 MW) and a maximum output power of $1375\text{ kW} \times 2$. It is specifically engineered for utility-scale and heavy industrial microgrid applications, operating at a rated grid voltage of 690V with a 3W+N+PE topology.
2. How does the liquid cooling system enhance the reliability of the 2.5MW inverter?
Unlike conventional forced air-cooled units, the advanced liquid cooling technology ensures precise thermal management across power modules. This maintains optimal operating temperatures, extends the lifespan of critical electronic components, and enables reliable operation in harsh environments with an IP66 protection rating and C4/C5 anti-corrosion grades.
3. What are the grid-tied and off-grid performance specifications?
Grid-Tied Mode: Features a Total Harmonic Distortion for current ($\text{THDi}$) of less than 3% at rated power and a wide adjustable power factor range from $-1$ to $1$.
Off-Grid Mode: Delivers a stable standalone output of 2500kW with a voltage harmonic distortion ($\text{THDu}$) of less than 3% under linear or resistive loads, supporting dynamic voltage transient recovery ($\Delta V < 10\%$) during heavy step-load changes.
4. What communication protocols and HMI interfaces are supported?
The PCS supports industrial-grade communication standards including Modbus TCP, IEC 61850, IEC 104, Modbus RTU, and CAN 2.0. It is equipped with an intuitive touch-screen Human-Machine Interface (HMI) for seamless local monitoring and integration into broader Energy Management Systems (EMS).