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Smart Industrial Park

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Along with the rapid development of the society and economy in our country, it is imperative for the reform of industrial parks towards innovation, science & technology, and intelligence. It will become a powerful weapon in dealing with the competition between the new generation of parks to use variety of intelligence and informationization application to help the industrial parks to realize the change of industrial structure and the management mode, improve the market competitiveness of enterprises in the industrial parks, promote the industry aggregation based on the industrial park as the core, and create economic and brand double benefit for the industrial parks and enterprises within the industrial parks. With speeding up the pace of construction of smart cities in China, the scale of investment in industrial parks also maintains a steady growth trend.


Under such a general background, combined with the characteristics and requirements for the construction of Integrated Electronic Science & Technology Industrial Park itself, plan and implement the smart industrial park control platform system in order to follow the development trend and requirements for the smart industrial park, smart enterprise park, smart energy, smart micro-grids, etc..


The smart industrial park control cloud platform is provided with major characteristics as follows:

1) Dynamic resource allocation. According to the demand by consumers, make a dynamic division or release of different physical and virtual resources. An added item of demand can be matched by an increase in available resources to realize rapid and flexible supply of resources. Such ability provided by cloud computing for clients is infinite and possible to realize extensibility of IT resources utilization.

2) Self-help-based demand service. Cloud computing provides clients with self-help-based resource service, and users will automatically get self-help computing resource ability, without interaction with providers. At the same time, the cloud system provides clients with a certain application directory service, and the clients may use the self-help service mode to select the items and contents that can meet their own needs.

3) Network centered. The components and overall framework of cloud computing are ked together by the network and exist in the network, and at the same time provide clients with services through the network. The clients may use different terminal equipment to implement access to network through standard application so as to make the cloud computing service everywhere.

4) Pooling and transparent resources. As for cloud service providers, the heterogeneity of a variety of underlying resources (computing, storage, network, resource logic, etc.), if there is some kind of heterogeneity, is shielded, the boundary is broken, all of the resources may be subject to unified management and scheduling and become the so-called "resource pool", so as to provide users with on-demand services; As for users, these resources are transparent and infinite, and thus the users do not need to understand the internal structure, and only need to care about whether their needs can be satisfied.


In addition, cloud computing services should meet the following several characteristics:

1. On-demand self-service.

2. Access with any network devices anywhere and anytime

3. Resource pool shareable by multi-users

4. Flexibility possible for rapid redeployment.

5. Services possible to be monitored and measured.

6. Rapid resources deployment or services obtaining based on virtualization technology.

7. Reduction of processing burden at the user terminal.

8. Reduction of the reliance of users for IT professional knowledge.