MP-ESS-TRENE Liquid Cooling Commercial Energy Storage System-1134

Scalable, Intelligent & High‑Efficient Liquid‑Cooled ESS

The China Moneypro ESS‑TRENE Liquid Cooling Series is an advanced all‑in‑one liquid‑cooled commercial energy storage system engineered for demanding industrial and commercial applications. Designed with factory‑preinstalled modular architecture and intelligent management via cloud connectivity, ESS‑TRENE delivers stable long‑term performance, flexible scalability, and multi‑layer safety protection.

High Performance & Efficient Energy Conversion

Robust Power & Energy Output

• Available in two main configurations: 99.9 kW / 261 kWh and 125 kW / 261 kWh setups.

• System achieves Round‑Trip Efficiency (RTE) ≥ 90 %, providing reliable high‑efficiency conversion for C&I applications.

• 3S full‑stack self‑developed technology avoids multi‑vendor compatibility issues and ensures system stability throughout long lifecycle operation.

Benefits:

• Strong performance for commercial power demand.

• Advanced energy conversion efficiency.

• Engineered for frequent charge/discharge cycles.

Intelligent Management & Cloud Connectivity

Smart Energy Optimization

• Integrated with the China Moneypro AI Cloud platform to support adaptive optimization strategies and reduce operational costs.

• Remote monitoring, unmanned station management, and fingertip scheduling simplify O&M.

• Intelligent energy dispatch improves system utilization and performance.

Benefits:

• Real‑time operational insights and alerts.

• Reduced maintenance overhead.

• Greater control over energy assets.

Multi‑Level Safety & Liquid Cooling Design

Engineered for Reliable Operation

• Liquid cooling thermal management enhances temperature uniformity and battery longevity.

• Real‑time cell‑level monitoring provides advance warnings (up to 7 days) to proactively manage thermal anomalies.

• Multi‑layer protection across PACK, cluster, PCS, and AC levels for precise shutdown during abnormal events.

• System enclosure rated IP55 for rugged protection.

Advantages:

• Superior thermal regulation under heavy load environments.

• Enhanced operational safety and reliability.

Modular Flexibility & Deployment Simplicity

Adaptable & Scalable Solutions

• Modular integrated design with factory pre‑installation enables plug‑and‑play on‑site deployment.

• Multiple units can be installed seamlessly side‑by‑side to support elastic energy capacity expansion.

• Flexible configuration adapts to various commercial and industrial scenarios.

Benefits:

• Reduced field installation time and complexity.

• Scalable to meet growing energy demands.

Why Choose China Moneypro ESS‑TRENE Liquid Cooling?

• Commercial‑Grade Output: Configurations up to 125 kW / 261 kWh.

• High Efficiency: System RTE ≥ 90 % for optimized energy utilization.

• Intelligent Cloud Integration: Remote monitoring and adaptive energy control.

• Advanced Thermal Management: Liquid cooling for enhanced battery performance.

• Strong Safety Design: Multi‑level safety protection mechanisms.

Typical Applications

• Commercial Buildings: Peak shaving and load shifting.

• Industrial Sites: Power backup and grid support.

• Warehouses & Factories: Energy bill optimization and reliability.

• Micro‑Grid & VPP Scenarios: Integrated energy management deployments.

FAQ – Common Questions

Q1: What configurations does ESS‑TRENE Liquid Cooling support?
It supports 99.9 kW / 261 kWh and 125 kW / 261 kWh configurations tailored for C&I ESS deployments.

Q2: How efficient is the system?
The system achieves a Round‑Trip Efficiency (RTE) of ≥ 90 %, ensuring effective energy conversion.

Q3: What safety features are included?
Multi‑level protection across battery pack, cluster, PCS, and AC side, along with real‑time cell monitoring and early thermal alarms.

Q4: Can multiple units be expanded together?
Yes — units can be modularly deployed side‑by‑side to scale total capacity.

Q5: Is the system suitable for remote or smart energy management?
Yes — integrated with cloud platform services for real‑time monitoring, adaptive energy strategies, and remote scheduling.