Huaneng Huili Xiaoqingcun Wind Power Project

The Xiaoqingcun Wind Power Project in Huili City, Liangshan Prefecture, Sichuan Province, is a wholly-owned onshore wind power project developed by China Huaneng Group. Fully grid-connected in the first half of 2023, it stands as a key regional project for Huaneng Renewables in Sichuan.

I. Core Overview (Official Approval Data)

Project Name: Liangshan Prefecture Huili City Xiaoqingcun Wind Power Project

Proprietor: Huaneng Huili Wind Power Co., Ltd.

Construction Location: Xinfang Town, Mugu Town, and Tongan Town, Huili City, Liangshan Prefecture, Sichuan Province (Altitude: approx. 1,600–2,200m)

Total Installed Capacity: 65MW (15 Wind Turbines)

10 units × 4.5MW (Rotor diameter: 171m)

5 units × 4.0MW

Annual Power Generation: Approx. 158 million kWh, with 2,427 annual utilization hours (Approved by the Sichuan Provincial Development and Reform Commission)

Total Investment: Approx. 479 million RMB

Project Milestones (Approval / Construction / Grid Connection):

August 2021: Project approved

February 2022: Construction commenced

January 2023: Hoisting of all 15 wind turbines completed

March 2023: 220kV transmission engineering commissioned; achieved full-capacity grid connection

II. Engineering & Construction Scope

Wind Farm Infrastructure

15 wind turbines + 1 newly built 220kV booster station.

The turbine hub height is approximately 120m, specifically designed to adapt to complex mountainous terrain.

220kV Transmission Engineering (Supporting Infrastructure)

Approved by the Sichuan Provincial Development and Reform Commission

Route: Xiaoqingcun Booster Station $\rightarrow$ Lihai 220kV Booster Station

Length: Approx. 37km, single-circuit, utilizing 91 transmission towers.

Expansion: Expanded one 220kV outgoing line bay at the Lihai Station.

III. Key Milestones & Progress (As of June 2026)

2022-02-10: Construction contractor mobilized on-site (Jiangsu Power Construction No.3 Engineering Co., Ltd.).

2023-01-14: Hoisting of all 15 wind turbines successfully completed.

2023-03-08: The 220kV transmission engineering was energized, achieving full-capacity grid-connected power generation.

Current Status: Operating stably; serving as one of Huaneng's flagship wind power facilities in the Liangshan region.

IV. Project Features & Value

Typical Mountain Wind Farm: Characterized by complex topography and significant elevation drops, requiring high standards for construction logistics and equipment adaptation.

Localized Contribution: Reduces $\text{CO}_2$ emissions by approximately 122,000 tons annually, actively contributing to Sichuan Province's "Dual Carbon" goals.

Huaneng's Liangshan Layout: Forms a clean energy cluster with the neighboring Huaneng Huili Baiyan Wind Power Project (96MW), reinforcing the company's regional green energy advantages.

Safety Experience Center Introduction

The Safety Experience Center of the Huaneng Huili Xiaoqingcun Wind Power Project is an immersive, purpose-built safety training facility. Designed to support safety warning education during both the construction and operation/maintenance (O&M) phases, it focuses heavily on high-risk wind power operational scenarios using a dual-mode approach: "Physical Experience + VR Virtual Simulation."

I. Basic Project Information

Project Name: Safety Experience Center of Huaneng Huili Xiaoqingcun Wind Power Project

Affiliated Project: Huaneng Huili Xiaoqingcun 65MW Wind Power Project

Location: Project Site of Xiaoqingcun Wind Power Project, Huili City, Liangshan Prefecture, Sichuan Province (Adjacent to the booster station)

Construction Background: Built to implement the Huaneng Group guidelines of "Safety First, Prevention Foremost." It serves as a standardized safety training base targeting four high-risk scenarios in mountain wind power: high-altitude operations, electrical safety, hoisting operations, and extreme environments.

Construction Period: 2022 (Constructed simultaneously with the project's construction phase)

Floor Area: Approx. 150–200㎡ (Modular container design or brick-concrete structure)

II. Core Functional Zones & Equipment Configuration

1. Safety Warning & Education Zone (Entrance Lobby)

Safety Culture Wall: Displays Huaneng's safety philosophies, wind power accident case studies, and safety laws/regulations.

Project Safety Sandbox: Showcases the wind farm layout, turbine positions, booster station, and designated high-risk operational zones.

LED Mega Screen: Loops wind power safety educational films and accident warning videos.

2. VR Immersive Experience Zone (Core Zone)

Features customized wind power VR scenarios covering full-spectrum risks in construction and O&M:

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Turbine Hoisting Accidents: Simulates tower hoisting command failures, falling objects, and high-altitude falls to reinforce hoisting protocols.

Electrical Safety Accidents: Offers simulated sensory feedback for 10kV/35kV switchgear electric shocks, accidental entry into live bays, and step voltage.

High-Altitude Falls: Simulates falls during turbine hub/nacelle maintenance and safety harness failures, complete with weightlessness sensations.

Mechanical Injuries: Simulates turbine blade maintenance impacts, hoisting machinery injuries, and equipment pinching.

Fire Emergency: Simulates box transformer/cable trench fires, practical fire extinguisher operation, and evacuation/escape drills.

Equipment Used: VR headsets, smart motion egg chairs, and physical feedback platforms (vibration/wind/weightlessness).

3. Physical Simulation Experience Zone (Hands-on Zone)

Safety Helmet Impact Experience: Simulates the impact of falling objects from heights to demonstrate the protective value of safety helmets.

Safety Harness Experience: Practical drills for hanging safety harnesses during high-altitude work and fall-arrest execution, simulating high-altitude slow descent.

Electric Shock & Step Voltage Experience: Low-voltage simulated electric shocks and step voltage sensations to warn against electrical risks.

Fire Extinguisher Practical Training: Real-world simulation of dry powder/$\text{CO}_2$ fire extinguishers with simulated real flames.

First Aid Training: Practical training with CPR manikins, AED operations, and trauma bandaging.

Confined Space Experience: Simulates confined spaces inside wind turbine towers and box transformers, featuring practical training for ventilation and gas detection.

4. Hazard Identification & Interactive Assessment Zone

Wind Power Hazard Identification VR: Virtual identification and rectification of hazards across turbine foundations, towers, nacelles, and booster stations.

Safety Trivia Buzzers: Interactive touchscreen systems covering wind power safety regulations, Work Tickets and Operation Tickets protocols, Shift Handover systems, and emergency responses.

Training Assessment System: Features facial recognition sign-in, training history logging, score statistics, and online certificate generation.

III. Core Training Content & Objectives

Target Audience: Project management personnel, construction workers, O&M personnel, new site entrants, and subcontractor teams.

Core Content:

Wind power safety regulations (High-altitude, electrical, hoisting, and confined spaces);

Warning education via typical accident case studies (Electric shocks, falls, fires, mechanical injuries);

Proper usage of safety tools and equipment (Safety helmets, safety harnesses, insulated tools, fire extinguishers);

Emergency response protocols (Electric shock first aid, CPR, fire evacuation, confined space rescue);

On-the-job risk identification and hazard rectification capabilities.

Construction Goal: To achieve "Zero Accidents, Zero Injuries," mitigate safety risks inherent to mountain wind power construction and O&M, and build a benchmark wind power safety training base for Huaneng in the Southwest region.