Modular computer room:

Fully implement green energy-saving measures, rationally design power supply schemes, and appropriately arrange the layout of hot and cold airflow channels to enhance efficiency.

Cloud platform:
Based on the X86 architecture cloud platform, it ensures the smooth launch of business operations and is domestically produced, self-reliant, and controllable.
Virtual machines are allocated on demand and can be scaled up flexibly.

Backup takeover:
Real-time backup at the second level

❖ Quick migration

❖ Emergency takeover

❖ Simulation drills.

Based on the X86 architecture cloud platform, it ensures the smooth launch of business operations and is domestically developed, self-reliant, and controllable.
Support remote unified operation and maintenance; ensure continuous and stable platform services, and reduce the pressure on local operation and maintenance.
In the same ecosystem as public clouds, we provide high-level services on demand and maintain technological leadership.
Virtual machines are allocated on demand and can be scaled up flexibly.

Based on unified data center and data management standards, we have bridged the barriers of data sharing between integrated automation information systems and safety production subsystems, enabling real-time dynamic monitoring of the enterprise's safety production status. In response to on-site safety production anomalies, prompt actions are taken to address and ensure the closed-loop management and orderly, reliable, and economical operation of enterprise safety production. The main modules include a one-stop centralized control platform, an integrated information presentation system, a fusion database, an alarm information database and information push system, a GIS visualization engine and presentation, and a production system collaborative control and management system.

Realize functions such as VR real-time video and 3D virtual scene display, browsing, roaming, free interactive experience of 3D scenes, scene browsing parameter settings, dynamic linking and querying of 3D visualization of operational data, real-time data collection and simulation of sensors, real-time monitoring and control of equipment information, etc.

1. Presentation: Real-time rendering and visual display of the status of equipment, instruments, and meters, as well as their corresponding real-time data;
2. Live streaming: Supports live video streaming, controls viewing angles, switches resolutions, etc;
3. Virtual roaming: The roaming function enables users to understand the entire venue from different perspectives;
4. Device parameters: Users can view the device parameter information;
5. Equipment control: Remote control of equipment start-stop is available, achieving unmanned operation underground;
6. Equipment management: list, add, modify, delete, and inspect;
7. Terminal support: Supports remote inspection management on PC, mobile devices, and VR headsets;
8. Data integration: Based on a visual platform, it provides capabilities for message integration, API integration, and data integration.

It is applicable to newly constructed wind power and photovoltaic projects.

They can participate in ancillary services such as frequency regulation and peak shaving in the electricity market, and obtain corresponding benefits.
The application of energy storage on the grid side can enhance the utilization efficiency of the grid, improve power supply reliability, and facilitate the consumption of renewable energy.
The main planning is focused on areas near UHVDC transmission lines, regions with high penetration of renewable energy, and load center areas.
In the event of a power outage in the grid, the black start function provides off-grid power supply, utilizing energy storage to provide emergency power to users, avoiding power interruptions during the fault repair period, and ensuring reliable regional power supply.

Lightning protection theory:

Up to 4×4 square kilometers, with 10 sets of networking, it can cover up to 160 square kilometersProtection angle: Passive plasma lightning protection technology can achieve a protection angle of 84°~86°, which is the largest among all non-direct lightning arresting technologies.

Illustrative diagram of the relationship between the installation height H, protection radius R, and protection angle θ of the lightning protection system:

Lightning protection radius: 10~14×HThe striking distance radius of a traditional lightning rod is 1×H
The protection area is equivalent to 10 times the area of a lightning rod: 102 = 100