Under 80% of the red line of "computer and electronics collaboration", AIDC green power direct connection welcomes new changes

2026 is regarded by the computing power industry as the first year of large-scale commercial application of AI, moving from small-scale computing power adaptation to a new stage of large-scale single machine cluster ecological construction. In this context, a comprehensive energy solution has become a key link for AIDC enterprises to break through bottlenecks.

1、The challenge of computing power explosion and energy matching

In the past year, GW level intelligent computing parks have become an important direction for industry development as a 'new species', but how to adapt ultra large scale computing power to the power system remains a challenge. ”Qinhuai Data CEO Wu Huapeng pointed out that the explosive growth in computing power demand and construction scale has put forward higher requirements for the support capacity of the new energy system.

This year's government work report has included "computing and power collaboration" in new infrastructure projects, and clearly stipulated that the proportion of green power in new data centers at national hub nodes must exceed the red line of 80%. This means that green power direct connection+AIDC energy storage is becoming a key path for the large-scale development of AI computing power in the future.

After the high proportion of green electricity is connected, the load fluctuation in the park is large, the heat source management is complex, and the demand for intelligent regulation is high. Although mainstream energy storage companies have launched various AIDC energy storage products, comprehensive solutions for green power direct connection are still in the exploratory stage.

Under 80% of the red line of "computer and electronics collaboration", AIDC green power direct connection welcomes new changes

2、The Green Challenge Behind the Soaring AI Computing Power

The global computing power construction is growing at an average annual rate of over 40%, with single-chip power consumption moving from 2 kW to 5 kW, and the power consumption of smart computing center racks increasing from 8 kW to 500 kW or even 1 MW. The electricity consumption of one rack can be comparable to that of small communities.

It is predicted that by 2050, the electricity demand of AIDC will account for about 8% of the global total electricity consumption, equivalent to nearly 5 trillion kilowatt hours of electricity. This creates a huge gap with the linear expansion of power infrastructure, making traditional electricity completely unable to meet the exponential growth of computing power demand.

In this context, wind solar green power and energy storage systems have become the core solution, ensuring that computing infrastructure can still receive stable and low-carbon power support under high-speed development.

3、Energy storage: a highly reliable choice for green power direct connection and AIDC

Faced with the high requirements of AIDC under the direct connection of green power, energy storage devices have become the industry's preferred choice due to their modular design, high safety, and intelligent management capabilities

Modularization and flexible deployment: can be flexibly combined according to the scale of the park, adapting to GW level intelligent computing parks and different load configurations

High safety LFP battery cells: reduce the risk of thermal runaway and ensure long-term stable operation

Intelligent Energy Management System (EMS): capable of real-time monitoring of photovoltaic power generation, energy storage status, and load fluctuations, achieving coordinated scheduling of source storage load

Efficient long-term energy storage capacity: can provide 2-6 hours of backup power, support millisecond level fast power response, ensure zero interruption operation of computing power center

Energy storage not only ensures stable power supply for green power direct connection, but also provides economic, low-carbon, and sustainable energy support for AIDC computing power parks.

4、Practical case of green power direct connection+AIDC energy storage

Multiple successful practices have emerged both domestically and internationally:

Google Minnesota Data Center: Deploying 1400MW wind power, 200MW photovoltaic power, and integrating 300MW/30GWh iron air battery energy storage system to provide stable green power for the AI center.

Tianhe Energy Storage Qinghai Demonstration Park: Combining wind and solar energy storage and charging with computing power center to achieve 100% green electricity and zero carbon supply.

Ulanqab Low Carbon Computing Power Base in Inner Mongolia: Integrated green power supply with source, grid, load, and storage, eliminating intermediate links, reducing energy consumption costs, and improving data center reliability.

In China, energy storage also provides solutions in multiple projects. Its energy storage containers and home/park energy storage systems have been successfully applied to communication base stations, park load side, and distributed energy microgrids, providing reliable support for green power direct connection and computing power collaboration.

5、Technological integration promotes the coordinated development of computing and electronics

AIDC energy storage is upgrading from a supporting role to a core facility. The energy storage equipment can not only be directly connected to photovoltaics, but also supports:

Dynamic power expansion: Faced with fluctuations in computing power load, achieve dynamic adjustment

Multi scenario adaptation: can be deployed in parks, industries, data centers, and communication base stations

Optimizing energy efficiency: Optimizing scheduling through EMS to maximize green power consumption and economy

This integration not only solves the problem of the "red line 80% green electricity proportion" in the collaboration of computing and electronics, but also provides a solid energy foundation for the large-scale commercialization of AI computing power.

6、In the era of green power direct connection, energy storage has become a computing accelerator

The contradiction between the exponential growth of computing power and energy supply is becoming increasingly severe, and the green power direct connection+AIDC energy storage model has become an inevitable trend. The technology group provides reliable energy support for data centers, intelligent computing parks, and various AI computing applications with its advantages of modularity, high security, and intelligent management.

Choosing a mature and reliable energy storage solution under the 80% red line of "computer and electronics collaboration" will directly determine the operational efficiency, energy costs, and green compliance of the park. Welcome to consult and learn more!