SG186 Business Diagnostic Analysis Report

Executive Summary: The Path to Digital Transformation for "One Strong, Three Excellences"

The SG186 Project is a landmark information technology initiative launched by the State Grid Corporation of China in the early 21st century to address severe internal and external challenges and achieve leapfrog development. It is not just a technology project, but a profound management transformation. This report aims to provide a comprehensive diagnosis of the eight core business areas involved in the SG186 Project, revealing key bottlenecks on the path to "Group-based Operation, Intensive Development, and Refined Management," and to provide a clear improvement blueprint for building an integrated enterprise-level information platform and ultimately a modern company with "One Strong, Three Excellences."

"One Strong, Three Excellences": The Strategic Beacon and Its Core Meaning

"One Strong, Three Excellences" is the core development strategy proposed by State Grid in the early 21st century, guiding all business activities and management improvements. This strategy marks a fundamental shift from pursuing scale ("big") to pursuing quality and efficiency ("strong"). Its rich connotation serves as a comprehensive standard for measuring the company's level of modernization.

One Strong: Strong Grid

This is the foundation of the company's development. It requires scientific grid planning, rational structure, advanced technology, safety and reliability, flexible operation, unified standards, and economic efficiency. It is a comprehensive measure of the grid's intelligence, automation, and risk resilience.

Excellent Assets

This reflects the company's development capability. It demands a reasonable asset structure, strong profitability and solvency, few non-performing assets, low costs, large cash flows, and minimal customer arrears. The core is to enhance asset operational efficiency and value creation.

Excellent Service

This showcases the company's development image. It requires a low accident rate, high reliability, standardized processes, efficient service, social satisfaction, and a good brand image, marking a shift from a mere power supplier to an integrated energy service provider with customer satisfaction at its core.

Excellent Performance

This embodies the company's development results. It requires key indicators such as safety, quality, and efficiency to be at the leading level among domestic and international peers, ensuring healthy corporate development and significant social contribution. It is the ultimate test of the company's overall competitiveness.

Strategic Significance: The "One Strong, Three Excellences" goal is a comprehensive enhancement of State Grid's corporate value and a necessary choice for its transition from big to strong. It requires the company to move away from traditional extensive management models towards an intensive development path driven by technological progress and management innovation. The SG186 Project is the core tool and technical support for achieving this strategic transformation.

Context: "Two Transformations" and "Modern Enterprise Management"

The SG186 Project was proposed during a critical period of rapid development and deepening reform in China's power industry. To achieve the "One Strong, Three Excellences" goal, the company introduced the "Two Transformations" development approach, with the core being the adoption of "Modern Enterprise Management" concepts.

Transformation of the Company's Development Mode: This signifies a shift from the administrative management of a traditional state-owned enterprise to market-oriented, group-based operations. The focus is on transitioning from simple production management to comprehensive business management, strengthening the headquarters' strategic control, resource allocation, and capital operation capabilities to maximize overall benefits. This requires establishing a management system and information systems that match group-based operations.
Transformation of the Grid's Development Mode: This marks a shift from passively adapting to local electricity demand to proactively guiding large-scale resource optimization across the country, with an ultra-high-voltage grid as the backbone and coordinated development of all grid levels. This demands more scientific and refined planning, construction, and operation of the grid, posing unprecedentedly high requirements for cross-regional and cross-level information collaboration.
Implementation of Modern Enterprise Management: In the context of 2006, "Modern Enterprise Management" meant establishing a modern corporate system, fully utilizing advanced information technology, and implementing refined, standardized, and process-oriented management methods. Its essence is to use IT to break down departmental and hierarchical barriers, achieve the integration of information flow, business flow, and capital flow ("Three Flows in One"), improve the scientific basis of decision-making and the penetration of execution, thereby comprehensively enhancing the company's operational efficiency and core competitiveness.

Core Challenges and the Mission of SG186

Despite the ambitious strategic goals, the company faces a series of severe practical challenges, which are the core problems the SG186 Project must address:

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Information Silos & Process Barriers: Information systems in various business areas (finance, materials, projects, production, etc.) were built independently and are not interconnected, with inconsistent data standards. Cross-departmental business processes (such as project material procurement, asset transfer from construction) rely heavily on offline communication and manual paperwork, creating "departmental walls." This leads to information delays, data distortion, and low efficiency, representing the biggest obstacle to "Refined Management."
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Inefficient Asset Operation: Despite a massive asset base, the return on net assets is significantly lower than that of world-class enterprises. The concept of asset lifecycle management is lacking, with a common tendency to "prioritize construction over operation and maintenance." This results in unclear asset inventories, unknown asset conditions, and low profitability, failing to provide effective data support for investment decisions.
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Outdated Customer Service Model: Marketing management is still centered on the "metering point" rather than the "customer," preventing the formation of a 360-degree customer view. Service channels are fragmented, standards are inconsistent, making it difficult to provide differentiated and personalized high-quality services, which is a significant gap from the "Excellent Service" goal.
🔭
Insufficient Group Control Capability: The headquarters lacks real-time, transparent means to monitor the business processes of its subsidiaries. Strategic intentions are difficult to penetrate to the grassroots level. Decisions often rely on delayed reports submitted through multiple layers, making it hard to respond to the rapidly changing market and operational environment, thus constraining the effectiveness of "Group-based Operation."

Therefore, the fundamental mission of the SG186 Project is to build a unified, integrated, and shared IT platform to break down business barriers, standardize management processes, unify data standards, and achieve "horizontal integration and vertical penetration." This provides the essential technical and managerial support to address the core challenges mentioned above, thereby driving a leap in the company's overall management level.

Strategy & Finance Diagnosis

As the core of corporate value management, finance currently faces the immense challenge of transforming from a traditional accounting center to a strategic decision support center. The diagnosis reveals that disconnected planning and budgeting processes, a traditional role for finance, and inefficient capital management severely constrain the creation of financial value. Promoting deep integration between business and finance is key to achieving refined management and the goal of excellent assets.

Key Issues

❗️
"Two Skins" of Planning and Budgeting: The comprehensive plan and the budget are not integrated in terms of process, indicator systems, and templates. Business plans cannot effectively guide budget preparation, leading to a disconnect between resource allocation and strategic goals.
❗️
Traditional Role of Finance: The finance department is still positioned as a "service + monitoring" function, focusing on post-event accounting and reporting. It lacks deep involvement in and forward-looking support for business decisions, failing to become a "business partner."
❗️
Decentralized Capital Management: There is a lack of long-term investment and financing policies and capital forecasting models. Although the headquarters has a capital system, it is not integrated with provincial company systems, making it impossible to monitor and allocate funds across the grid in real-time, resulting in low efficiency and accuracy.
❗️
Dispersed and Lagging Accounting System: Accounting work is scattered across various levels, with inconsistent standards, high risks, and high costs. The accounting system is not integrated with business systems (e.g., project, materials), leading to significant delays in asset capitalization and material cost accounting, and resulting in distorted information.

Improvement Directions

➡️
Promote Business-Finance Integration: Unify the processes, indicators, and templates for planning and budgeting. Implement a budget module integrated with the accounting system to achieve closed-loop management from pre-budgeting and in-process control to post-analysis.
➡️
Strengthen Decision Support Capabilities: Establish a value-oriented financial analysis system, understand the information needs of business departments, improve internal management analysis reports, and provide data support for business decisions.
➡️
Deepen Centralized Capital Management: Implement an integrated capital management system, unify data standards, establish capital forecasting models, enhance system controls, and achieve effective allocation of funds across the company to reduce financial costs.
➡️
Establish a Shared Services Model: Explore the creation of a financial shared services center to centralize accounting tasks, unify standards and processes, improve standardization and efficiency, and free up financial personnel from transactional work.

Typical Process Analysis: Contract Payment Approval

Business Dept.

Submit Payment Request

↓

Project Manager

Manual Progress Check

↓

Finance Dept.

Manual Contract & Budget Check

↓

Management

Paper-based Approval

↓

Treasury Center

Execute Payment

Efficiency Improvement Suggestion: Process Mining & Automation

The current payment process has multiple information gaps and manual steps, leading to inefficiency. It is recommended to use process mining technology to analyze digital footprints in the information system (e.g., submission times, approval timestamps) to precisely identify bottlenecks (like approval wait times, rework loops) and quantify the time spent at each stage. Based on these data-driven insights, technologies like RPA (Robotic Process Automation) can be used to automate invoice validation and approval task routing, significantly shortening the processing cycle and automating the workflow to enhance financial operational efficiency.

Finance Staff Time Allocation

The chart shows that the vast majority of finance staff's time is spent on basic transaction processing, with insufficient time dedicated to high-value decision support.

Safety & Asset Management Diagnosis

Production safety is the lifeline of a power grid company, and scientific asset management is its fundamental guarantee. The diagnosis shows a lack of a full lifecycle perspective in asset management, with a common tendency to "prioritize construction over operation and maintenance." Technical standards, investment decisions, and actual operations are disconnected, and the information system cannot effectively support the refined management of the entire asset lifecycle, affecting the grid's safety, reliability, and overall asset efficiency.

Key Issues

❗️
Lack of Lifecycle Perspective: Grid planning (construction) and technical renovation planning (production) are separate, not coordinated from the perspective of optimal Life Cycle Cost (LCC), leading to reactive problem-solving.
❗️
Weak Technical Standards Management: The standards system is incomplete, developed in silos by different departments, and lacks a lifecycle management concept and effective execution monitoring, resulting in inconsistent implementation.
❗️
Investment Decisions Lack Data Support: The mechanisms for project screening and optimization are inadequate. Actual asset performance data (e.g., failure rates, O&M costs) is not effectively fed back into investment strategies and planning.
❗️
Isolated Safety Supervision Information: The safety supervision system is not integrated with production, project, and other systems. The accuracy and timeliness of information collection are insufficient, preventing cross-validation and sharing, which weakens risk prevention and control capabilities.

Improvement Directions

➡️
Implement Asset Lifecycle Management (ALM): Establish an ALM committee and a unified asset management platform to integrate planning, renovation, and O&M data, enabling investment decisions based on asset condition and risk.
➡️
Establish a Sound Standards System: Improve the asset management standards system, create a closed-loop management mechanism (develop-execute-monitor-optimize), and build a shared knowledge management system.
➡️
Optimize Investment Decision Process: Implement an investment decision support system to rank and screen projects, balancing new construction and technical renovations to optimize the investment portfolio.
➡️
Build an Integrated Safety Supervision Application: Integrate with the production management information application to enable data sharing and cross-validation, and establish a safety production knowledge base to enhance risk prevention and control.

Typical Process Analysis: Annual Technical Renovation Plan

Local Units

Submit Plan

↓

Provincial Prod. Dept.

Consolidate & Review

↓

HQ Prod. Dept.

Consolidate & Balance

↓

HQ Dev. & Finance Dept.

Integrate into Plans/Budget

↓

HQ Prod. Dept.

Approve & Issue

Efficiency Improvement Suggestion: Process Mining & Automation

The technical renovation planning process involves multiple levels and departments, and poor information flow leads to long decision cycles. By using process mining technology, the complete path and duration from plan submission to final approval can be analyzed to identify delays, information inconsistencies, and other issues. In the future, a unified asset information platform can enable automatic submission of renovation needs, intelligent ranking and preliminary screening based on asset status data, focusing manual review on high-value decision-making, thus automating the process and improving investment decision efficiency.

Asset Management Capability Maturity Assessment

The chart visually demonstrates the gaps between various asset management areas and industry best practices, with significant shortcomings in asset strategy and information management.

Marketing & Customer Diagnosis

Facing growing societal expectations for service and potential market competition, marketing management must transition from a traditional "bill collection" model to a modern "customer management" model. The diagnosis reveals that the company still retains the characteristics of a traditional power utility, lacking a true customer-centric culture. The data architecture, marketing strategies, and service resources are not built around the "customer," posing challenges to the transformation into a modern service enterprise.

Key Issues

❗️
Outdated Data Architecture: The system is centered around "metering points" or "properties" rather than "customers," preventing the formation of a complete customer view and hindering personalized service.
❗️
Vague Marketing Strategy: Lack of a systematic marketing and brand strategy. Customer segmentation is one-dimensional (mostly by voltage level, industry), making precise marketing and differentiated services impossible.
❗️
Fragmented Service Resources: Customer service, metering, and billing operations are scattered across different departments and locations, with poor information flow and lengthy processes, leading to inconsistent customer experiences and high operational costs.
❗️
Weak Demand-Side Management: Lack of overall planning and potential analysis, relying heavily on administrative measures for "orderly electricity consumption," failing to effectively guide users toward rational electricity use and improved energy efficiency through economic and technical means.

Improvement Directions

➡️
Establish a Customer-Centric Data Architecture: Reconstruct the marketing system to achieve "one customer, one file," integrating all relevant customer information (basic info, electricity usage, service records, credit history, etc.).
➡️
Develop Refined Marketing Strategies: Conduct multi-dimensional customer segmentation (e.g., by value, credit rating, usage behavior) to design and promote differentiated products and services.
➡️
Promote Centralization of Marketing Operations: Establish centralized customer service centers, metering centers, and billing centers at the municipal or provincial level to consolidate resources, standardize processes, and improve efficiency.
➡️
Implement Systematic Demand-Side Management: Develop a demand-side management plan, build a DSM system, integrate various energy data to support daily operations and statistical analysis, and promote energy efficiency services.

Typical Process Analysis: High-Voltage New Connection

Customer

Submits Application

↓

Marketing Dept.

Acceptance & Survey

↓

Multiple Depts.

Supply Plan Approval

↓

Design/Construction

Project Implementation

↓

Multiple Depts.

Completion Acceptance

↓

Marketing Dept.

Meter Installation & Connection

Efficiency Improvement Suggestion: Process Mining & Automation

The new connection process is long and involves many steps, which is a key factor affecting customer satisfaction. By using process mining technology, the actual path of the entire process can be clearly visualized, and the average time and waiting time for each step (such as plan approval, design, construction) can be accurately calculated to identify the most common delay points. Based on this, the approval process can be optimized (e.g., through parallel approvals), and a workflow engine can be used to automate task dispatch, routing, and timeout alerts, thereby automating the process and significantly reducing customer waiting times.

Marketing Capability Maturity Radar Chart

The radar chart clearly shows the uneven development of various marketing capabilities, with significant gaps compared to best practices, especially in data architecture and customer segmentation.

Project & Materials Management Diagnosis

As key links in the company's investment and asset formation, project and materials management suffer from severe process disconnection and information barriers. Delays in preliminary project work, mismatch between material supply and project progress, and a lack of cost control measures are the main reasons for low investment efficiency. This disconnected "build, manage, use" model urgently needs to be reshaped through an integrated platform.

Key Issues

❗️
"Preliminary Work Not Preliminary": Inadequate project pipelines and insufficient depth in feasibility studies lead to frequent design changes and compressed construction schedules, creating safety and quality risks.
❗️
Disconnected Materials Management: Inconsistent material coding, and a severe disconnect between demand planning, procurement, inventory, and project schedules. Project managers cannot track material supply status in real-time, leading to chaotic on-site materials management.
❗️
Lagging Cost Control: Lack of effective process monitoring for budget execution and non-standardized change management. Budget overruns are often discovered only after project completion, leading to widespread delays in final accounting and affecting timely asset capitalization.
❗️
Fragmented Information Systems: Project, materials, and finance systems are independent and siloed. Data is not shared, and information relies on manual reports, leading to inconsistent, untimely, and non-transparent data, making integrated management difficult.

Improvement Directions

➡️
Strengthen Project Pipeline and Preliminary Work: Establish a project pipeline, deepen feasibility studies, enhance the systematic and coherent nature of preliminary work, and promote standardized designs.
➡️
Build an Integrated Project Management Platform: Connect project, materials, and finance systems, using a unified project code throughout to achieve an integrated flow of materials, funds, and information, and enhance dynamic monitoring of the entire process.
➡️
Enhance Supply Chain Management: Unify material codes, establish demand forecasting and balancing mechanisms, and implement strategic procurement and full-lifecycle supplier management to ensure timely and cost-effective material supply.
➡️
Strengthen In-Process Cost Control: Integrate technical and economic resources, clarify change management standards, and achieve linked control of estimates, budgets, contracts, and accounting, shifting cost control from post-mortem analysis to in-process management.

Project Management Lifecycle Model

Project Decision
& Preliminary Mgmt

→

↓

Project Plan
Management

→

↓

In-Process
Management

→

↓

Project Completion
Management

→

↓

Post-Project
Evaluation

Key Pain Points in Project Management

Data shows that poor information flow and disconnected processes are the main causes of project delays and cost overruns.

HR & Collaborative Office Diagnosis

Human resources management and collaborative office functions are the soft power behind efficient corporate operations. The diagnosis reveals that HR management is heavily focused on traditional administrative tasks, providing insufficient strategic support to the business. Meanwhile, the collaborative office system has limited functionality, failing to effectively promote knowledge sharing and efficient collaboration across departments and levels, thereby limiting organizational effectiveness.

Key Issues

❗️
Transactional HR Role: The HR department is still focused on basic personnel tasks, with its value in strategic areas like talent development and performance incentives not fully realized, failing to act as a strategic partner to the business.
❗️
Lack of Information Sharing: The headquarters cannot monitor and analyze HR information from subordinate companies in a timely and accurate manner, lacking data-driven talent decisions. Information reporting still relies on email and Excel.
❗️
Weak Collaborative Office Functions: The system is primarily used for document circulation, lacking advanced applications such as knowledge management, project collaboration, and cross-departmental task coordination, which has hindered the development of an efficient collaborative culture.
❗️
Weak Job Management Foundation: Job description management is not standardized, and competency models have not been introduced, affecting the scientific and targeted nature of recruitment, training, and performance management.

Improvement Directions

➡️
Promote HR Management Transformation: Establish a modern HR system based on competency models (recruitment, training, performance, compensation) to make HR a strategic partner to the business.
➡️
Build an Integrated Collaborative Platform: Use the corporate portal as a single point of entry to integrate applications for documents, meetings, knowledge management, etc., to promote efficient collaboration across departments and levels.
➡️
Strengthen Knowledge Management: Create a unified, company-wide knowledge base to accumulate experience and standards from all business areas, fostering innovation and overall capability improvement.
➡️
Solidify the Foundation of Job Management: Standardize job descriptions, introduce competency models, and design scientific career development paths to provide a basis for talent selection, development, utilization, and retention.

Typical Process Analysis: Cross-Departmental Document Flow

Originating Dept.

Drafting

↓

Internal Approval

Hierarchical Review

↓

General Office

Review & Edit

↓

Related Depts.

Sequential Countersigning

↓

Leadership

Final Signature

Efficiency Improvement Suggestion: Process Mining & Automation

Document circulation is a typical collaborative office process, and its efficiency directly impacts decision-making speed. By using process mining technology to analyze approval logs from the OA system, it is possible to precisely identify which departments and steps are approval "bottlenecks," and to calculate average processing times and rework rates. Based on these findings, the process can be optimized, for example, by changing serial approvals to parallel countersigning, and by using a workflow engine to automate routing, timeout reminders, and delegated approvals, thereby significantly improving office efficiency.

Adoption Rate of Modern HR Practices

The data shows that the adoption rate of modern HR management tools, such as competency models and standardized career paths, is generally low, making management transformation an urgent priority.

Overall Improvement Blueprint: Building an Integrated Enterprise-Level Information System

To systematically address the aforementioned issues, it is essential to focus on the SG186 Project to build an integrated, enterprise-level information system that is "horizontally integrated and vertically connected." The core concept of this blueprint is "One Platform, Eight Applications, Six Guarantees," aiming to solidify management processes, unify data standards, and break down information barriers through technological means, providing solid support for achieving the "One Strong, Three Excellences" strategic goal.

Core Architecture of the SG186 Project

One Platform: Integrated Enterprise Information Platform

This is the technological foundation of the entire information system, responsible for connecting all applications and data to ensure seamless information flow.

▶Information Network: Build a high-speed, reliable, and secure network infrastructure.
▶Data Exchange: Establish unified data exchange standards and channels to break down system barriers.
▶Data Center: Construct two-level data centers at headquarters and provincial companies for centralized storage and management of core data.
▶Application Integration: Achieve seamless integration of various business applications through technologies like an Enterprise Service Bus (ESB).
▶Enterprise Portal: Provide a unified access portal and personalized work interface.

Eight Applications: Covering Core Business Areas

The eight business applications built on the unified platform cover the company's core value chain, achieving standardization and online processing of business workflows.

Finance (Capital) Management

Marketing Management

Safety & Production Management

Collaborative Office

Human Resources Management

Materials Management

Project Management

Comprehensive Management

Six Guarantees: Ensuring Successful Implementation and Operation

Establishing a sound management and technical framework is the institutional and organizational guarantee for the successful and sustained effectiveness of the IT construction.

✔IT Security Protection System
✔Standards and Specifications System
✔Management and Control System
✔Evaluation and Assessment System
✔Technology Research System
✔Talent Development System

Implementation Path

By adopting a strategy of "Unified Organization, Standardized Design, Pilot Programs First, and Phased Rollout," the platform construction and application deployment will be advanced in stages. This ensures that project risks are manageable and outcomes are effectively achieved, ultimately leading to a fundamental transformation of the management model.