Recently, OpenClaw set off a new round of AI Agent boom, so that the "intelligent body" quickly from the technical circle to a broader industry discussion. The signal behind this is clear: AI is speeding up from "answering" to "executing", and application deployment is also speeding up.
AI applications continue to penetrate into real business scenarios, the demand for computing power continues to rise, and the data center that carries computing power becomes more critical. Around the data center power consumption, the relevant requirements have not only stopped at "multi-use green power", but further emphasized through green power direct supply, multi-source complementarity, source-load interaction and other ways to improve the level of coordination between computing power and power. According to the "Special Action Plan for Green and Low-Carbon Development of Data Centers", by the end of 2025, the proportion of green electricity in new data centers at national hub nodes will exceed 80%.
As data centers expand, demand for electricity continues to grow. The International Energy Agency predicts that global data center electricity consumption will increase from year to year, and the importance of the power system will therefore become increasingly prominent.
01
Data Center Accelerated Expansion
Facing More Complex Power Consumption Challenges
In the past, the focus of data center power system construction was more focused on power supply redundancy and continuity assurance. However, with the deepening of applications, the expansion of computing power and the increase of green and low-carbon requirements, the power consumption challenges facing data centers are obviously more complex than ever before. Relevant data shows that power problems have been one of the important causes of major service interruptions in data centers.
Continued pressure on electricity costs
Public information shows that in some data centers, electricity costs can account for more than the total operating costs. As the scale of electricity consumption continues to expand, the pressure of electricity price fluctuation, peak load control and demand management is further increased, and the optimization of electricity cost is becoming a more realistic issue.
It is difficult for a single power supply mode to meet the demand of data center
With the rapid growth of computing power demand, the contradiction between the constraints of power grid access capacity, expansion cycle, stable power supply support and the acceleration of data center construction has become increasingly prominent. Relying only on traditional power supply methods, it has become increasingly difficult to balance the pace of project landing and subsequent stable operation.
green power consumption capacity faces higher requirements
under the background of the continuous increase in the proportion of green power consumption, a practical problem facing the data center is how to consume and utilize the connected green power more efficiently. Because the data center load is continuous and stable, and the new energy output is volatile and intermittent, the two are not naturally matched. When there is a lack of adjustment means, the value of green electricity is often difficult to fully release.
Because of this, the energy construction of the data center is no longer just around the power supply guarantee, but began to pay more attention to the comprehensive goals of power efficiency, green power utilization and operation quality. Energy storage is no longer just a supplementary equipment configuration, but gradually become an important link connecting photovoltaic, load management and system scheduling, the value of optical storage integration scheme is further highlighted.
02
integration of optical storage in data center
to improve the utilization level of green electricity and help the transformation of low carbon
For data center, the value of energy storage is not only to supplement part of adjustment ability, more lies in optimizing and reshaping the use of green power. Through optical storage coordination, the power consumption process of the data center can be more stable, flexible and economical, thus improving the level of green power consumption, and better adapt to the demand for electricity under the continuous promotion of green power direct supply and calculation power coordination.
1 Improve the level of green power consumption and integrate it into daily operation
For the data center, the introduction of green power is only the starting point, and the more important thing is to make green power truly and stably integrated into daily operation. Jingao energy storage data center optical storage integration solution, through photovoltaic and energy storage co-operation, to help the data center to improve the level of green electricity on-site consumption and spontaneous self-use, optimize the electricity structure. This is particularly important in the context of the current tightening of PUE constraints: for data centers with both carbon reduction requirements and energy efficiency constraints, improving green power consumption capacity will not only help increase the proportion of green power consumption, but also help improve overall power efficiency and reduce carbon emissions.
2 Reduce electricity costs and achieve refined management
Another important value of optical storage integration is to optimize comprehensive electricity costs. Jingao energy storage data center optical storage integration solution, through a more flexible charge and discharge strategy and more refined load management, to help the data center more actively organize and optimize the rhythm of electricity, reduce peak load pressure, smooth power fluctuations. This not only helps to reduce the overall cost of electricity, but also helps to better adapt to the direct supply of green power, multi-source complementary and other electricity organization methods. For data centers, this means that electricity is no longer just a passive cost item, but an operational resource that can be continuously optimized and managed, and it also drives the way electricity is used from extensive to fine.
3 Improve the reliability of power supply and ensure the continuous operation of business
Data center business continuity requirements are high. Power supply fluctuations, abnormalities and even short-term interruptions may be rapidly amplified into operational risks and operating losses. The integrated optical storage solution of Jingao Energy Storage Data Center complements more flexible adjustment and buffering capacity in addition to the original power supply system, and improves the system's adaptability to power fluctuations, local disturbances and load changes. This not only helps to improve the reliability and operational stability of power supply, but also helps to provide more stable power support for the continuous operation of the business under complex working conditions, and reduces the potential loss caused by abnormal, fluctuating or interrupted power supply.
for this kind of scenario, what really matters is not the single device itself, but whether it can form a complete support from early judgment to late operation around the whole cycle of the project. This kind of support not only stems from the industrial foundation, global layout and service network accumulated by Jingao Technology in the photovoltaic field for many years, but also builds on the systematic support of Jingao Energy Storage around the continuous optimization of research and development, supply chain, quality management, system integration, project delivery and after-sales guarantee. As a result, data center projects can form a smoother connection from pre-research, system design, scenario adaptation, project delivery and subsequent operation.
As applications continue to deepen, the importance of the data center will continue to increase, and the power system behind it also needs to move towards a higher quality stage of development. In the future, data centers will compete not only for the scale of computing power, but also for power supply reliability, green power utilization level and system synergy. Jin Junhui, chairman of Jingao Energy Storage, also mentioned that as one of the key scenarios in the "Optical Storage + X" energy solution, the data center is making the value of this concept more fully reflected. From the perspective of data center development trend, optical storage integration is not only an upgrade of energy allocation mode, but also an important path to build a more stable, better and more sustainable power support system under the background of parallel computing power growth and low-carbon transformation.