The important role of industrial computers in the modern energy storage industry

Table of Contents

• 1. Background and development overview of the energy storage industry
• 2. What are the industry pain points of energy storage systems
• 3. Specific solutions for industrial computers in the energy storage industry

1. Background and development overview of the energy storage industry

In recent years, the energy storage industry has developed rapidly, and its importance and market size have continued to increase. In 2023, the price of energy storage cells will drop from 1 yuan/Wh to 0.5 yuan/Wh, and the price of energy storage systems will drop from 1.5 yuan/Wh to 0.8 yuan/Wh, making energy storage systems more economical and feasible. In 2023, the energy storage market size will reach 2GWh, an 8-fold increase from 240MWh in 2022, showing the rapid expansion of market demand and capacity.

In addition, global installed capacity will increase by more than 320% year-on-year in 2023, and installed capacity in the first quarter of 2024 alone will increase by more than 210% compared with the same period in 2023. These data show that energy storage systems play an increasingly significant role in balancing supply and demand, improving energy efficiency, supporting the integration of renewable energy, and enhancing grid stability. As technology advances and the market matures, the energy storage industry will play an increasingly important role in modern society.

2. What are the industry pain points of energy storage systems

The energy storage system industry faces multiple pain points. First, the existing architecture cannot meet the demand, and hardware specifications must be improved to cope with growing performance requirements. Secondly, the integration of the energy storage system is poor, and the compatibility and coordination between various types of equipment such as wind power (WP), photovoltaic (PV), energy storage (ESS) and electric vehicle charging (EVC) are poor, which affects the overall efficiency.

In addition, there are significant differences in application requirements and solutions between enterprise energy storage and home energy storage, making it difficult to find a universal solution. Furthermore, the industry is confused about profit models and business differentiation, and how to achieve effective EMS (energy management system) integration and differentiated services has become a challenge.

Finally, there are development difficulties in terms of technology. The compatibility and support issues of different programming languages ​​and development platforms (such as Python, Windows, VC, C#, .NET, VB, Linux, etc.) also trouble developers, especially the development and optimization under the ARM architecture. Taken together, these pain points limit the widespread application and efficient operation of energy storage systems.

3. Specific solutions for industrial computers in the energy storage industry

Cloud solutions include iEMS cloud remote management system, AIM-Linux Cloud unattended and remote monitoring system, and Microsoft Azure cloud services, providing powerful computing and monitoring capabilities. In terms of edge computing, it provides high-performance embedded edge computing servers that support AI and data analysis, suitable for real-time processing and decision-making scenarios.

The terminal equipment includes high-performance EMU, domestic EMU, energy storage EMU flagship, X86 version EMU, and wide temperature and high brightness touch screen to meet various energy storage needs. In terms of software, iEMS provides cloud and local energy management systems. AIM-Linux OS supports EMU local operating system and is compatible with Windows and SQL Server to ensure stable system operation and data processing capabilities. SINSMART Technology and Advantech Technology work together to explore the infinite possibilities and vast blue ocean in the field of energy storage.

For those seeking a rugged fanless computer, industrial PC with GPU, or an industrial server, these solutions offer the reliability and performance required for energy storage and other demanding applications.

Additionally, industrial PC Advantech, panel PC medical, and industrial PC rack models can be selected to cater to specific energy storage requirements. For compact systems, an industrial embedded computer offers a tailored solution.

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