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HyperStrong HyperBlock II: Advanced Liquid Cooling System for Battery

HyperStrong introduces the HyperBlock II, a cutting-edge liquid cooling system for battery designed to optimize efficiency and reliability in energy storage solutions. This system integrates innovative technology with robust features to meet diverse operational needs across various industries.

Low LCOS and Efficiency

HyperBlock II by HyperStrong reduces operational costs with a low Levelized Cost of Storage (LCOS), minimizing footprint and on-site workload while enhancing operational efficiency.

Optimized Performance

A smart liquid cooling system enhances cell performance throughout its lifecycle, expanding the longevity of the battery system. Thermal control strategies adapt to varying operating conditions, reducing auxiliary power consumption and operational costs.

Safety and Reliability

Digital modeling technology ensures continuous AI analysis, providing early warnings for cell safety. A multi-dimensional intelligent sensing system monitors cell, electrical, and structural safety, ensuring active safety management of the entire system. Multi-level electrical protection and fire suppression designs further enhance safety measures.

High Integration and Efficiency

HyperBlock II offers 30% higher energy density and occupies less space compared to air-cooling systems. Its modular design facilitates easy transportation and installation, compatible with multiple Power Conversion Systems (PCS) and Energy Management Systems (EMS).

Smart Operations

Local data AI analysis supports engineering, commissioning, and equipment diagnosis, optimizing system performance. Fault response suggestions enable on-site Operations and Maintenance (O&M) support, ensuring efficient and effective system management.


The HyperStrong HyperBlock II sets a new standard in liquid cooling systems for batteries, offering unmatched efficiency, reliability, and safety. Businesses across industries can rely on HyperBlock II to meet their energy storage needs while reducing costs and maximizing operational efficiency.

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