AI “Smart Electricity” Storage Industry Undergoing Transformation
As of March 24, 2025, there has been rapid development in AI technology, which has become indispensable in calculating power support. AI serves as the target, computing power is the bridge, and electricity is the foundation. Together, they have formed a “golden triangle.” As a “stabilizer” of this triangle, the importance of energy storage is increasingly highlighted, particularly in light of previous uncertainties.
The recent surge in AI development has been fueled by the need for reliable computing power and electricity support. AI acts as the goal, computing power as the bridge, and electricity as the foundation, solidifying the “golden triangle.” As this triangle’s stabilizer, the importance of energy storage has become more apparent.
Recently, the National Bureau of Statistics reported that many departments are promoting the “Green Electricity Certification Market,” aiming for a high-quality development outlook. This initiative encourages quick enhancements in battery technology, construction, and operational efficiency, targeting a 2030 goal where the renewable energy total capacity will not be less than that of existing national standards.
By 2030, it is expected that the green electricity certification market will see a growth rate of 80% based on the current standards. Since this year, Chinese enterprises have made significant strides in AI technology, leading to improved energy management strategies that address challenges in stability and reliability in electricity supply.
To tackle the increasing demand for electricity driven by AI, the energy storage industry must adapt to changing needs and develop systems that can efficiently manage the surge in energy consumption. The integration of AI into energy storage is expected to enhance the reliability and sustainability of electricity supply.
As AI applications continue to evolve, they will require substantial computing power, further emphasizing the need for robust energy storage solutions. The growth of AI will drive the energy sector to innovate and streamline operations to meet these new demands.
Experts suggest that energy storage systems must be designed to handle the fluctuating demand that AI applications generate. This includes ensuring that the systems are capable of quick adjustments to changes in energy consumption, especially for data centers that require constant power supply.
Moreover, energy storage solutions should be developed with a focus on sustainability and efficiency. With the implementation of AI in energy management, companies can expect a rise in the demand for green electricity and energy-efficient practices.
As we move forward, the collaboration between AI technology and energy storage systems will become increasingly crucial, leading to more innovative and environmentally-friendly solutions in the energy sector.
To summarize, the future of the energy storage industry is closely linked with AI advancements, and it will be essential to develop strategies that can efficiently meet the rising demands of both fields.
