Huawei IT Enables China’s Largest Power Grid
Background
Established in 2002, State Grid Corporation of China (SGCC) ranks 7th in the Fortune Global 500 with revenues of $260 billion USD. The company builds and manages the electric power grid serving more than 1.1 billion customers in 26 provinces, autonomous regions, and municipalities.
Providing stable, safe, and environmentally-friendly power on such a vast scale is a complex challenge — highly dependent on cutting-edge process automation technologies running on resilient, converged ICT infrastructure.
Seeking a significant upgrade of its data center IT infrastructure to support growth and advanced Intelligent Power Grid technologies, SGCC evaluated products and test results in a competitive procurement process before selecting Huawei Enterprise servers and storage systems.
Challenges
Electric power operations have historically relied upon automation technologies for control and management, being one of the key industries leveraging Supervisory Control and Data Acquisition (SCADA) applications. Today, driven by advancements in IT and converged communications — and spectacular growth in demand — SCADA in the power industry has been joined by highly complex Energy Management Systems (EMSs) capable of managing large-scale, end-to-end Intelligent Power Grid.
SGCC manages SCADA, EMS, and related planning, scheduling, operations, and security systems on its integrated D5000 Platform — a complex system of networked servers, storage, DBMS applications, SCADA devices, and highly specialized, real-time applications. The D5000 Platform is a distributed IT environment engineered for high-availability, security, and highly-automated real-time control and management functions across the company’s entire service area.
In addition to health, safety, and environmental concerns is the tremendous economic impact of the power industry. Aside from direct employment and services revenues, the electric power industry enables virtually every other industry, government agency, and institution — from commercial and enterprise customers to the arts and sciences. Safe, reliable electricity is a key economic driver.
Finally, considerations related to national security add another dimension to the strategic importance of safe, reliable electrical power.
Meeting electric power production, distribution, and customer services needs in full compliance with government regulations for reliability, security, and reporting, creates a unique set of challenges facing the D5000 platform:
Automated control and management functions depends on high-availability, low latency communications across multiple channels to support millions of Remote Terminal Units (RTUs) and Programmable Logic Controllers (PLCs) deployed throughout the grid, and processing of the billions of value/time-stamped data points collected and processed in real time
Any breakdown of the D5000 platform poses threats to the secure operation of the power grid, which not only causes power supply losses, but can also have serious economic impacts and disrupt social stability
Application and data security is a constant concern in an environment of 1.8 million SGCC employees organized into headquarter departments, provincial service providers, and over 30 subsidiaries providing research, engineering, and manufacturing services
Training personnel in the organization is critical, calling for a well maintained and responsive Dispatch Training Simulator (DTS) system
The D5000 platform and its subsystems must be protected against natural disasters and malicious attacks — both known and unknown — with proven backup and recovery procedures in place, including public warning and emergency response logistics
All equipment, from RTUs and PLCs to data center IT infrastructure, networks, and devices must meet Chinese government requirements for uptime availability (99.99%) and Mean-Time-Between-Failure (MTBF) of greater than 25,000 hours
Front-end communications servers in dispatch centers must process telemetry and process control data provided by the SCADA system, with real-time access rates of up to 100,000 IOPS
Power utilities are among the most-tightly regulated industries. For example, the Government of China specifies that work status changes at substations to be reported to the dispatch center within 1 second, and the dispatch center must respond to high-priority management tasks within 2 seconds. To support this requirement, front-end communications servers in the dispatching center need to process telemetry and process control data provided by the SCADA system at data access rates of up to 100,000 IOPS.
Drawing on its deep ecosystem of industry partners, Huawei teamed with the likes of Beijing Sifang Automation Co. Ltd and Nanjing Nari-Relays Electric Co. Ltd to design, propose, and conduct testing of IT products to meet SGCC’s detailed requirements.
Solution
The D5000 Platform is a complex system that consists of servers, storage devices, network devices, operating systems, databases, middleware, and application software. The D5000 provides a wide assortment of key services, such as SCADA, EMS, Operations Planning and Scheduling (OPS), Security Checking System (SCS), Operator Management System (OMS), and Dispatcher Training Simulator (DTS).
To meet SGCC’s requirements for the D5000 platform, Huawei consultants and experts from its industry partners proposed Intel® Xeon®-based RH Series rack-mount servers and E Series blade servers, with high-performance OceanStor S5600 storage systems.
Combining the 4-socket RH2485 V2 rack server with energy-efficient BH Series Blade Servers in the 8U E6000 chassis provided resilient, server-based processing capability to meet current and future needs, in a unified, easily expandable computing environment. The x86-based servers running Secure Linux met performance and security requirements cost-effectively, and supported redundant configurations for high availability and dynamic load balancing.
RH2485 V2 4-Socket Servers provide high-performance, scalable compute powerSCADA, power-grid management, and provider and customer service applications would run on the RH2485 V2 rack servers, deployed in cluster mode. Each of the 2U-high servers supports a maximum of four Intel E5-4600 CPUs and 1.5 TB memory, providing the performance and reliability necessary for mission-critical, real-time applications.
E6000 Blade Server Chassis for offline applicationsOffline service applications such as the Dispatch Training Simulator (DTS) would run on blade servers in the 8U E6000 Chassis, supporting up to 10 blade servers per chassis and a maximum of 40 CPUs (BH Series Blade Servers = 10 x 4 CPUs). Onboard support for GE and FE switching enabled the energy-efficient blade servers to provide an integrated computing and network environment for the DTS system.
OceanStor T Series for resilient, redundant, and manageable SSD storageHuawei RH S5600T Storage Systems were proposed to meet storage requirements for real-time SCADA and EMS services, and to support the DTS. The OceanStor T Series drives feature next-generation PCI-E 2.0 bus and SAS 2.0 high-speed I/O channel technology. Boasting bandwidth within the system of 36 Gbit/s, total sustained throughput reached 200,000 IOPS. SmartCache technology accelerates data transmission by migrating hotspot data to the Solid-State Drive (SSD) storage pool, exceeding SGCC throughput requirements.
Multi-controller SAN architecture provides performance, reliability, and expandability benefits, and advanced software features including file system mirroring, multi-path storage, and hard disk pre-copy technologies enhance reliability.
Advanced data protection features include snapshot, data cloning, and remote replication.
Pre-sales validation testing verified performance and compatibility with SGCC systems and applicationsExtensive testing was performed to ensure the proposed servers and storage systems met performance requirements, and were fully compatible with SGCC’s real-time control and management and dispatching software. Upon completion of testing, Huawei and its partners were awarded contracts for providing servers and storage systems for the D5000 Intelligent Power Grid Platform.
Benefits
As a leading industrial citizen in the Peoples Republic, SGCC and the systems and applications supporting its operations, are expected to serve as an example to the nation and the world of excellence in executing the company’s mission with integrity, dedication, and exemplary social responsibility. By providing the IT infrastructure for the company’s mission-critical D5000 Platform, Huawei and its power industry partners have helped SGCC realize this important goal.
Deployed widely throughout SGCC’s D5000 Platform and the company’s provincial electrical utility providers, Huawei servers and storage provide the reliability and performance necessary support the dispatch center applications — in compliance with government regulations and to a high level of quality for over 1 billion customers.
Says a senior member of the SGCC dispatching automation team, “Huawei servers and storage devices have become standard IT components in SGCC dispatching centers — meeting our requirements for stability, performance, and reliability. In addition, Huawei has proven itself just as reliable, providing responsive service and becoming a trusted solution provider.”