The process of smart grid construction is the process of digitization, intelligence and internalization of the traditional grid. It carries out intelligent transformation of traditional power grids, follows grid security standards and unified power grid data models to build corresponding digital twin power grids.

It uses advanced digital technology platforms to form a powerful “computing power” with “computing capabilities + data + models + algorithms”.

What does it do?

• Enables the digital grid to expand traditional grids.
• It changes the management, operation and service models of traditional power grids, drives extensive allocation of power flows, capital flows, logistics, trade flows and talent flows in related industries.
• It uses “power + computing power” to promote the energy revolution and the construction of new energy systems, to help the modernization of the national economic system, and to build a new smart grid system with ontological security.

Our added value

• System integration
• Smart metering
• Software platform
• Full integration across computational capabilities + data + models + algorithms

Problems we solve

• Urgent needs for the realization of diverse assets
• Lack of unified data control and inefficient data exchange
• Urgent diversification and asset realization needs
• High cost and low efficiency in energy management

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Information storage systems are infrastructures, devices or technological means designed to store, organize and preserve digital data and files in a secure and accessible manner.

What does it do?

Our SUPERSTOR system that combines all kinds of storage methods to provide a unified space, which has features such as high performance read/write and long life of optical storage, security and reliability, green energy saving, etc.

Our added value

We have the world’s most complete optical storage industrial chain, including core key components (storage media, optical heads, cores, etc.), optical storage systems, optical electromagnetic fusion storage, big data governance application, etc.

1. Technology: compatibility, high performance, high reliability and massive storage.
2. Low carbon
3. Low cost
4. Security
5. Flexible expansion
6. Smart and easy to use

Problems we solve

1. Bottleneck: lack of key storage technologies
2. Storage technology barriers
3. High power consumption, short lifetime, poor and inefficient security

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