In 2025, OEMs will "push new changes": from capacity competition to value upgrade

As a "weather vane" and "barometer" for insight into the warmth and coldness of the industry, the North Wind Exhibition has always been a training ground for cutting-edge technology and a centralized review field for blockbuster new products.

During the 2025 Beijing International Wind Energy Conference and Exhibition, the 9 major OEMs still choose to launch their blockbuster new products at this critical juncture. It is worth noting that according to the observation of "Fengmang Energy", compared with the previous comprehensive bet on the path of "large capacity, large blades, and fast iteration", the idea of promoting new ideas has shifted significantly.

With the implementation of "Document No. 136", the new energy industry is undergoing a key transformation from "policy-driven" to "market-driven", and the operational logic from "guaranteeing power generation" to "creating value" not only subverts the value of new energy assets, but also reconstructs the technical logic. For complete machine manufacturers, capacity racing and size iteration have long been out of date, and the 2025 Beifeng Exhibition is based on the highly reliable intelligent competition of units, based on market-oriented solution duels, and is also a strategic competition for wind and solar hydrogen storage applications under non-electric expansion.

Compared with the past three years, the number of new product launches and iteration speed of machine manufacturers have decreased significantly. In 2025, in addition to Mingyang Intelligence's new stage of increasing the capacity of offshore wind power to 50MW through the structural innovation of "double wind wheels", the maximum size parameters of new machine manufacturers have stabilized, and the competition of wind turbine size has entered a "plateau period".

Instead, the value emphasis on reliability and the value upgrade achieved through AI empowerment are no longer blindly "big and fast".

In addition to new products, Fengmang Energy also counted the main models this year.

The details of the "new launch" of the whole machine manufacturer are as follows:

01Goldwind Technology

The next generation of Ultra series products

The new generation of Ultra series products covers all scenarios on land and sea, with a new capacity of 10.5MW-11.1MW and a GWH266-14MW model suitable for the offshore low wind speed market.

The design life of the land model is extended to 25 years, and the marine model is extended to 30 years. It is estimated that the life upgrade can equivalent to increasing the annual power generation hours of the project by 129-206 hours and reducing the investment cost per kilowatt by 279-361 yuan.

GWH204-Ultra series models have a 2% higher power generation performance than the 242-meter impeller unit with the same power, more than 3% higher power generation during high-value power trading periods, and more than 5% higher power curve imitation accuracy. The GWH266-14MW model has a small impeller design, which reduces wake loss by 5%-6% compared with the large impeller model with the same power, and the power generation is the same as that of the 300-meter impeller unit with the same power.

According to comprehensive estimates, the manufacturing hours of new product blades have decreased by 10%, the transportation pass rate has increased by 50%, the weight of towers and hoisting costs have been reduced by 10% and 20% respectively, and the long-term capital investment (Capex) of customers has been reduced by 7%.

Relying on the intelligent control system, it can realize the intelligent power generation mode of multiple power generation during high electricity price periods and capacity reduction and life extension during low electricity price periods, increasing the project yield by 2%-2.5%; At the same time, it relies on grid-based technology and integrates wind and solar storage system solutions, which can effectively support the construction of new power systems.

"Oasis Energy Carbon Management Platform" energy dispatch products

Through AI empowerment, it helps users and parks reduce energy costs while improving the greenness of electricity consumption. The platform's low-carbon product certification system helps users discover and realize the carbon emission reduction value of each kilowatt-hour of green electricity, and provides assistance for industrial enterprises represented by high-capacity enterprises to achieve green and low-carbon transformation.

"One-stop + technology operation and maintenance" asset management solution

Integrate core technologies such as intelligent operation and maintenance, L3 unmanned, wind turbine system-level technology, and AI+ to help project operation and maintenance optimize human efficiency, improve efficiency, optimize long-term benefits for new energy assets, and reduce management burden.

02Envision Energy

Onshore Model T Pro platform series

Offshore Model Y Pro Series smart fans

Model T Pro series onshore intelligent unit 220 wind turbine series is suitable for low, medium and high wind speed projects and various extreme environment wind fields, with super environmental adaptability; The 206 wind turbine series units have full-stack capabilities with high power load and local consumption with the support of software and hardware upgrades and artificial intelligence.

Model Y&Z Pro series offshore intelligent fans are designed for enhanced reliability in complex marine environments - special anti-corrosion coatings and seals are designed to adapt to high salt spray corrosion environments; Support the replacement of large components on outrigger-free boats, greatly reducing operation and maintenance costs and time window requirements; Through the integrated design of the tower foundation, the best match between the monopile foundation and the load of the wind turbine is realized.

Through "aerodynamic optimization + control upgrade + scene customization", the new generation of Envision models can achieve precise power generation - airfoil group optimization and blade aerodynamic design innovation, the wind speed range of the wind turbine is comprehensively improved, the power generation of the onshore Model T Pro series has increased by 8%, and the offshore Model Y&Z Pro series has increased by about 6-11%; The cloud generates the optimal power generation strategy through supercomputing meteorological models, and the edge dynamically adjusts the operating parameters according to real-time wind speed and turbulence intensity to ensure that the wind turbines are always in the best working conditions. Fully support network-based technology.

In addition, on October 20, Envision announced the grid-connected operation of the world's largest grid-framed wind turbine EN-220/10MW independently developed by Envision during the North Wind Exhibition.

Galileo AI fan

The newly released Galileo AI wind turbine, based on the "Envision Tianji" meteorological model and the "Envision Tianshu" energy model, is a global multi-modal perception platform, digital twin platform, intelligent control platform and design evolution platform, which can further enhance the "high reliability and clever power generation" capabilities of the new unit.Stronger forecasting, perception, decision-making, and execution capabilities. It can be used to warn and intervene in the sub-health stage of components. It has been proven that wind farm revenue can be increased by more than 20%.

AI wind storage all-in-one machine

With the help of the "Envision Tianshu" energy model, Galileo's AI wind storage all-in-one machine fully stimulates the synergistic potential of wind and storage, increases power generation while reducing LCOE, and improves return on investment through intelligent trading.

It is estimated that under the synergy of AI wind turbines and AI energy storage, Galileo AI wind storage integrated machine can further increase the revenue of the whole site by more than 20% on the basis of traditional wind turbines, and reduce the comprehensive construction cost of wind storage integration by more than 10%.

In terms of trading, it can provide more accurate weather forecasting, power forecasting, node electricity price forecasting and trading strategies, and achieve higher settlement electricity prices through intelligent electricity trading. In terms of construction and operation and maintenance, the Envision Galileo AI wind storage all-in-one machine realizes the effect of "three provinces in three provinces" through systematic planning - the same machine position, the same cycle, the same operation and maintenance, the province of land acquisition, the saving of cranes, and the saving of man-hours - effectively reducing the cost of construction BOP.

03Yunda shares

For the global market

A new generation of 10MW high-performance onshore wind turbines

The platform not only covers the full power segment of 10-15MW, but also realizes systematic innovation in multiple dimensions such as materials, structure, construction and intelligent operation and maintenance.

The platform uses ultra-long carbon fiber composite blades, which reduce the weight and strength by 15% compared with traditional glass fiber blades, and the sweeping area exceeds 40,000 square meters. At the same time, the platform innovation supports the concrete high tower structure, the tower height exceeds 160 meters, the localized procurement of raw materials reduces the cross-border transportation cost by 20%, and the comprehensive optimization reduces the cost of kWh by 5%~10% compared with the previous generation of products.

In terms of project implementation, the platform proposes systematic solutions to the construction difficulties of overseas projects. The lifting wind speed tolerance is increased to 8m/s, significantly broadening the operation window period. The blade bolt fastening process reduces the operation steps by 20% and shortens the lifting period of a single unit by 15% through standardized tools and preset torque technology. The electrical system adopts a fully prefabricated wiring harness design to achieve on-site "plug and play", saving 40% of construction time compared with traditional wiring methods, and effectively avoiding wiring errors and improving overall delivery reliability.

The intelligent control system further strengthens the competitiveness of the platform. Equipped with Yunda's self-developed intelligent control cloud platform, it dynamically adjusts the pitch angle and rotation speed through AI algorithms, reducing load impact by 25% and extending the life of core components by 3~5 years. The intelligent fault warning system integrates multi-source sensor data to identify potential faults 24 hours in advance, reduce unplanned downtime by 40%, and realize the transformation of the operation and maintenance model from "passive maintenance" to "active early warning".

In order to cope with the world's diverse climate challenges, the platform adopts a modular architecture and special protection technology to achieve full-scenario adaptation.

Wind power operation and maintenance AI agent

The AI agent did not stop at developing another "intelligent tool", but chose a more systematic path - to build a "value loop brain" for global wind power operations, so as to open up the closed-loop of full-link data and decision-making from installation, commissioning to operation and maintenance.

04Mingyang Intelligence

Ocean X 50MW ultra-large floating wind turbine

The unit is floating, inheriting the genes of Mingyang's "Tiancheng" double wind turbines, equipped with two 25MW semi-direct drive offshore wind turbines, two towers arranged in a "V" shape, a wind wheel diameter of 290m, and a design water depth of more than 40 meters.

According to reports, Mingyang's 50MW floating unit has achieved three major leaps. One is the leap in power generation, with a single wind turbine replacing a small wind farm; the second is the space leap, which breaks the bottleneck of floating wind power sea; Third, the efficiency jump can greatly improve the overall efficiency of wind farms.

At the same time, Mingyang's 50MW floating unit has achieved performance improvement through material innovation, structural innovation and process innovation, and effectively controlled cost reduction.

A new generation of medium-speed compact semi-direct drive technology products

More reliable: Through flexible pin load sharing technology, integrated centralized lubrication system, multi-source fusion modeling and hierarchical collaborative intelligent control technology, etc., the load on key parts is significantly reduced, the service life of the unit is improved, and the stable operation under extreme working conditions is ensured.

More efficient: Inheriting the high-efficiency gene of medium-speed compact transmission chain, equipped with high-performance blades, and advanced control algorithms to achieve a significant increase in power generation.

More friendly: It has strong network construction capabilities, and can adapt to different power grid environments and different transmission methods for long-distance power transmission in the deep sea to ensure the stable operation of wind farms.

More economical: Through highly integrated design, the number of parts is reduced, the cabin size is shortened, the failure rate of large components is reduced, and the cost of electricity is reduced throughout the life cycle.

Smarter: Relying on the mechanism + AI smart wind farm operation platform, predict in advance, holographic perception, and plan in advance.

05Trinity Renewable

The SI-242 series is suitable for all onshore applications

The SI-242 ultra-large impeller series wind turbines, with a power spanning 5.6MW and a diameter of 242 meters, break the limitations of traditional models on wind resource conditions, and can withstand an ultimate wind speed of up to 63m/s, truly achieving accurate coverage of the whole field from ultra-low wind speed, medium wind speed to high wind speed.

With the same development capacity, the SI-242 model can reduce the number of seats by about 6%-18% compared to the traditional solution.

Before the official launch, the test prototype of the SI-242 series has been tested at the Hami test wind farm in Xinjiang and has undergone in-depth verification for more than 300 days and nights.

06Dongfang Electric

Officially released a number of new generation "benchmark products" that meet the needs of the onshore and offshore markets, including onshore H6.x~10MW-222 platform units and offshore H12~18MW-260 platform units. These models have been customized for different wind conditions and environments, demonstrating Dongfang Electric's core capabilities in precise design and scenario adaptation of wind turbines.

07Electric wind power

"Poseidon Platform" a new generation of deep-sea unit EW18.0-300

Facing the challenges of deep seas: reliability + intelligence double upgrade, Asia's first operation and maintenance mothership empowers deep sea operation and maintenance

Focus on quality: Abandon parameter competition and system-level optimization to create highly reliable genes

Authoritative certification: Obtained product design certification from China Quality Certification Center (COC).

08CRRC Zhuzhou Office

"Qihang" 20MW floating offshore wind turbine

Under the design wind speed, the annual full power hours are about 3,500 hours, and each rotation can meet the electricity needs of a family for 2 to 4 days, saving about 25,000 tons of coal every year.

26MW offshore fixed wind turbine

It is currently one of the largest units in the world with a single unit capacity. The unit adopts a lightweight semi-direct drive technology route, which achieves an effective balance between power and reliability, and can be widely adapted to medium and high wind speed seas. Its wind turbine sweep area is about 77,000 square meters, and a single machine can output up to 100 million kWh of clean electricity per year.

"AI+ Wind Power Technology Overall Solution"

Aim at the core pain points of the wind power industry, such as long-standing difficulties in fault diagnosis, insufficient prediction accuracy, and frequent unplanned downtime. The solution takes "large model pre-training + small model fine-tuning" as the core technical path, organically integrates the dual advantages of physical mechanism and data drive, and successfully develops a time-series anomaly detection model dedicated to wind power equipment monitoring.

To integrate high-precision sensing equipment,droneThree-dimensional sensing terminals such as inspection systems, tower climbing robots, and underwater ROVs, combined with AI fault prediction algorithms, operation and maintenance optimization strategies and digital twin technology, realize the intelligent upgrade of the operation and maintenance process.

Through automated anomaly detection and data annotation, the detection efficiency is effectively improved by more than 40%, the operation and maintenance cost is significantly reduced by more than 30%, and the accuracy of fault prediction is increased to more than 90%, which is expected to extend the service life of the fan by 3-5 years.

09China Shipbuilding Sea Equipment

H220 platform onshore wind turbine

H305-20MW offshore wind turbine

The H220 platform is not a single model, but a general technology base covering the power range of 5-7.7MW, accurately adapting to the 4.5~7.5m/s medium and low wind speed range, covering the reference turbulence intensity of 0.12-0.16, and the tower height can be extended from 120 meters to 200+ meters, achieving global coverage of multiple scenarios such as villages, mountains, and plains.

The core competitiveness of this platform model stems from the dual-engine drive of "hard-core innovation + intelligent core". At the level of hard-core innovation, the high-efficiency blades designed for low and medium wind speeds improve performance by 10%, the transmission efficiency of the integrated drive chain is as high as 98% and the fatigue life is increased by 20%, and the universal rate of 85% of parts makes the delivery capacity stronger, transportation more convenient, and operation and maintenance more efficient. In terms of intelligent kernel, the optimal solution for site customization is provided through integrated design, adaptive control technology achieves a 3% increase in power generation and a 15% reduction in ultimate load, and the 72-hour early warning function of the digital O&M cloud platform reduces O&M costs by 20%.