VMIVME-7588 If the realization of green low carbonization on the source is limited, we need to explore the feasibility scheme from the matching relationship between the source and the load. Diesel generator is an important backup power supply in data centers, and its firewood and electricity help each other: to promote the lean change of data center source and load with “mutual sharing”, optimize the phased deployment capacity of standby power supply, and effectively reduce the overall investment cost of firewood and electricity units.
On the other hand, the green, low-carbon and high-quality development of data centers through deep collaboration between computing power and energy, deep excavation of energy space based on the load characteristics of data centers, accurate matching of the optimal input capacity and load through optimization mechanism algorithms, dynamic balance of source and load, and further sharing and optimizing asset allocation. At the same time, the computing load and cooling system are jointly optimized to further improve the energy efficiency of the data center, while establishing the flexible adjustment ability of the data center load, and exploring the practice path of “production and consumption” data center.
What is ABB’s strategic plan for the future low-carbon transformation of data centers?VMIVME-7588
As a global technology leader, ABB has always adhered to the attitude of continuous innovation, and empowered the data center industry to achieve green and low-carbon transformation and development with digital technology and 100 years of industry experience.
We will advance the application of innovative technologies for data center customers to practice:
First, through the IEC61850/GOOSE digital technology to optimize power supply and distribution assets, reduce high redundancy standby configuration, still ensure the continuous reliability of data center power supply innovative applications.
Second, expand the existing standby power supply of other application value; Under the new power system in the future, the secondary and tertiary load standby capacity of the data center is changed to energy storage, and energy storage is used as a flexibly adjusted energy to achieve fast response on the demand side and build a virtual power plant.
How can the future energy system architecture achieve power security supply system and high redundant backup VMIVME-7588 capacity of data centers: such as firewood and energy storage can be used as emergency power guarantee backup capacity of the grid to improve the efficient utilization of power assets in the data center
