News and Information

20

2025-11

Coordinated Development of the Wind Power Industry: Building a Green Energy Ecosystem

The “wind power + energy storage” model is the most mature form of synergistic development. Energy storage systems can store excess electricity when wind power generation is high and release stored power when wind power output is insufficient, thereby smoothing out fluctuations in wind power generation and enhancing its controllability.

2025-11-20

Coordinated Development of the Wind Power Industry: Building a Green Energy Ecosystem

20

2025-11

Refined operation of wind farms reduces costs and boosts efficiency, unleashing development vitality.

Wind farm operations are becoming increasingly refined and data-driven. By precisely controlling every aspect of wind farm operations—including operation, maintenance, and management—companies can achieve optimal resource allocation and maximize efficiency.

2025-11-20

Refined operation of wind farms reduces costs and boosts efficiency, unleashing development vitality.

20

2025-11

Decentralized wind power is blossoming in multiple locations, empowering regional energy transitions.

Policy support provides strong guarantees for the development of distributed wind power. The National Energy Administration has explicitly stated its intention to actively promote the development of distributed wind power, streamline the approval procedures for distributed wind power projects, and encourage localities to develop distributed wind power in line with their respective resource conditions.

2025-11-20

Decentralized wind power is blossoming in multiple locations, empowering regional energy transitions.

20

2025-11

Strengthen the business training system and solidify the talent support framework for wind power.

The technological iteration and scaling up of the wind power industry have placed higher demands on the professional competence of practitioners. In the early days, most wind power operation and maintenance personnel were transferred from the traditional power industry and lacked specialized knowledge and skills in wind power, making it difficult for them to meet the operational and maintenance needs of new-generation wind turbine units.

2025-11-20

Strengthen the business training system and solidify the talent support framework for wind power.

20

2025-11

Innovative Wind Farm Asset Management to Enhance the Full Lifecycle Value of Wind Power

Wind farm assets are characterized by their large number, wide geographic distribution, and long lifecycles. The traditional manual ledger management approach suffers from issues such as untimely data updates, unclear asset status, and unreasonable maintenance schedules, leading to wasteful practices like asset idleness and over-maintenance.

2025-11-20

Innovative Wind Farm Asset Management to Enhance the Full Lifecycle Value of Wind Power

20

2025-11

"Large-scale development driving smaller-scale projects" is accelerating, ushering in a structural upgrade for the wind power industry.

The new unit boasts a significantly enhanced level of intelligence, equipped with an advanced fault-warning system and a remote operations and maintenance platform, enabling a reduction in O&M costs by more than 30%.

2025-11-20

"Large-scale development driving smaller-scale projects" is accelerating, ushering in a structural upgrade for the wind power industry.

20

2025-11

The construction of smart wind farms is accelerating, and digital technologies are reshaping wind power operation models.

The construction of smart wind farms centers on digital technologies, deeply integrating IoT, big data, artificial intelligence, and other technologies with wind power operations to achieve precise sensing, intelligent decision-making, and efficient operation of wind farms.

2025-11-20

The construction of smart wind farms is accelerating, and digital technologies are reshaping wind power operation models.

20

2025-11

Wind Farm Grid Adaptation Upgrade: Strengthening the “Lifeline” for New Energy Consumption

As the installed capacity of wind power expands rapidly, the impact of wind farms connecting to the grid is becoming increasingly prominent. The intermittent and volatile nature of wind power easily leads to issues such as voltage fluctuations and frequency deviations in the power grid, thereby affecting the safe and stable operation of the grid.

2025-11-20

Wind Farm Grid Adaptation Upgrade: Strengthening the “Lifeline” for New Energy Consumption

05

2025-09

China’s wind power aftermarket is poised for takeoff.

China’s wind power aftermarket is poised for rapid growth, not only reflected in the continuous expansion of market size but also driven by the dual forces of technological innovation and evolving service models. As wind power technology continues to advance, the demand for upgrading and retrofitting older wind turbine units is becoming increasingly urgent, providing the aftermarket with vast opportunities for renovation and operation & maintenance.

2025-09-05

China’s wind power aftermarket is poised for takeoff.

03

2025-09

The spare-parts joint reserve model has been successfully implemented, effectively addressing the "bottleneck" challenges in wind power operations and maintenance.

In wind power operations and maintenance, the timeliness of spare parts supply directly determines the extent of downtime losses. In the early days, wind farms often adopted an independent reserve model, which not only tied up substantial capital but also frequently led to an imbalance—where some sites accumulated excessive spare parts while others found themselves short of critical components.

2025-09-03

The spare-parts joint reserve model has been successfully implemented, effectively addressing the "bottleneck" challenges in wind power operations and maintenance.

03

2025-09

Technological optimization empowers unit upgrades, accelerating the pace of wind power efficiency improvement.

The wind turbine units that were among the first to be put into operation in China were mostly 1.5 MW or lower in capacity. Due to technological limitations, these units suffered from low wind energy utilization rates, high operation and maintenance costs, and insufficient safety redundancy. With the rapid pace of innovation in wind power technology, these older units can no longer meet the demands of high-quality development, making upgrades and renovations an urgent necessity.

2025-09-03

Technological optimization empowers unit upgrades, accelerating the pace of wind power efficiency improvement.
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