In the context of the global energy transition, GSO Corporation stands at the forefront of new energy storage technology with its innovative low-voltage lithium battery stacking system. Our system represents not only technological innovation but also a profound commitment to the future of green energy. In line with the hot topics in the battery industry in 2024, the GSO system showcases the following advantages:

### **High Safety, Low Cost, Large Capacity, High Efficiency**

According to China Energy Storage Network analysis, future new energy storage technologies will develop towards high safety, low cost, large capacity, and high efficiency. The GSO system is an outstanding representative of this trend. Our comprehensive and multi-level battery protection strategies and fault isolation measures ensure high system safety. At the same time, through optimized design and manufacturing processes, we achieve effective cost control and maximize system capacity.

### **Market Trend of Lithium Iron Phosphate Batteries**

Lithium iron phosphate batteries are occupying an increasingly larger market share in the power battery field due to their high cost-performance ratio and safety advantages. The lithium iron phosphate battery modules used by the GSO system, with nominal energies of 4.8 kWh and 9.6 kWh, perfectly align with the market demand for high-performance lithium iron phosphate batteries.

### **Rapid Development of Energy Storage Technology**

With the continuous improvement of the cost-performance ratio of lithium-ion batteries, the energy storage market has entered a commercial phase and is showing a rapid development trend. The GSO system, with its flexible expansion capabilities and efficient energy management, meets the needs of various applications, including grid energy storage and home energy storage, making it a strong competitor in the energy storage market.

### **Technological Innovation and Performance Improvement**

Technological progress and performance improvement are key factors in the steady growth of lithium iron phosphate battery installations. The GSO system aggregates all PACK information through a bilingual display, and the screen directly selects inverter communication protocols, achieving one-touch power on and off, demonstrating the convenience brought by technological innovation.

### **Dual Benefits of Environmental and Economic Efficiency**

The lithium iron phosphate batteries used by the GSO system, with their long lifespan, high safety performance, and environmental characteristics, have become the preferred choice for new energy storage. At the same time, the system's high cycle life and excellent performance help users save long-term electricity costs, achieving a win-win situation for environmental and economic benefits.

### **Global Market Demand Growth**

With the increasing global emphasis on renewable energy and environmental protection, the demand for lithium iron phosphate batteries will continue to grow. The GSO system, with its excellent performance and flexible design, meets the global market's demand for new energy storage solutions.

## Conclusion

The GSO low-voltage lithium battery stacking system, with its outstanding performance in safety, cost, capacity, and efficiency, as well as its dual contributions to environmental and economic efficiency, has become a new benchmark in new energy storage technology. Choosing GSO is not only choosing an efficient energy storage solution but also choosing a green and intelligent future.

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*This article is officially published by GSO Corporation, and we look forward to creating a new chapter in green energy together with you.*