The global knowledge network for professionals in the energy and industry

Windey Energy increases the size of its Cangnan No. 6 offshore wind project to 300 MW

  • Author: Inspenet TV.

  • Publish date: 6 September 2026

Share

Windey Energy Technology Group has given the green light to the investment for the Cangnan No. 6 offshore wind project off the coast of Zhejiang Province, China. The facility will have a capacity of 300 MW and will require an estimated investment of 3.07 billion yuan , approximately $457 million.

Furthermore, the project has increased in size compared to previous plans; its initially approved capacity was 210 MW , but additional regulatory approval allowed it to be increased to 300 MW . This change also led the company to adjust the planned investment for its development.

Windey Energy will allocate $457 million to the project

Specifically, the offshore wind farm will be located off the coast of Cangnan County, in the city of Wenzhou. This location is part of the coastal province of Zhejiang, where Windey Energy plans to deploy both the generating equipment and the necessary infrastructure to transport and manage the electricity produced.

Windey Energy board of directors approved the investment on August 26. The transaction does not require shareholder approval.

Furthermore, according to information provided by the company, the investment does not constitute a related-party transaction nor does it involve a substantial restructuring of its assets.

Cangnan No. 6 includes 20 wind turbines of 15 MW each

In terms of its configuration, the offshore wind project plans to install 20 wind turbines with an individual capacity of 15 MW. Together, these units would allow the project to reach the 300 MW planned for Cangnan No. 6 .

However, the configuration may still undergo modifications; Windey Energy notes that both the final number of wind turbines and the model to be used will depend on the implementation of the project.

The development also includes a new 220 kV marine substation ; this facility will be part of the electrical infrastructure associated with the park and will be accompanied by a centralized control center located on land.

In this way, Cangnan No. 6 combines the installation of the wind turbines with the necessary infrastructure to manage the electricity generation of the complex.

Wenzhou Yunxin Wind Power will develop the offshore wind farm

On the other hand, Windey Energy plans to execute the project through Wenzhou Yunxin Wind Power , a subsidiary under its control.

This structure will allow the subsidiary to handle the development of the offshore wind farm while Windey Energy maintains control over the project.

The expansion from 210 MW to 300 MW also represents an increase of 90 MW compared to the capacity that had previously received approval. This equates to an increase of approximately 43% over the previous 210 MW.

How will Windey Energy finance the project?

Regarding financing, Windey Energy will use a combination of its own resources and debt from financial institutions.

Approximately 20% of the planned 3.07 billion yuan will be financed through equity contributions. Based on the announced investment, this portion represents roughly 614 million yuan.

Meanwhile, the remaining 80% will come from loans granted by financial institutions. That proportion amounts to approximately 2.456 billion yuan of the total planned budget.

Therefore, debt will have a considerable weight in the financial structure used to launch the offshore wind energy project.

Windey Energy points out the risks facing the project

Finally, the approval of the investment does not eliminate the variables that could condition the development of Cangnan No. 6 .

Windey Energy warns that macroeconomic conditions , sector policies, and market developments could impact the project. The progress of the construction itself also plays a role.

As a result, both the implementation schedule and the expected profitability could vary during the development of the offshore wind farm.

With the current plans, Cangnan No. 6 will reach a capacity of 300 MW through a planned configuration of 20 wind turbines of 15 MW each. Implementation will now depend on the project's development and the conditions surrounding its construction.

Windey Energy is developing a 300 MW offshore wind project in China.
Wind turbines installed at sea as part of offshore wind energy development. Source: Shutterstock.

News of additional interest

US LNG exports jump 23%

liquefied natural gas (LNG) exports averaged 17.4 billion cubic feet per day (bcf/d) during the first half of 2026, a 23% increase year-over-year, according to the Environmental Impact Assessment (EIA). The growth was driven by new capacity at terminals such as Plaquemines and Corpus Christi Stage 3. Golden Pass also began exporting in April and will continue to increase production throughout the year. The EIA projects average bcf/d for the second half of the year and 18.7 billion bcf/d for the first half of 2027.

Strong international demand also boosted shipments. Disruptions in the Strait of Hormuz temporarily reduced global LNG supply and increased competition for available cargoes. This helped double US shipments to Asia compared to the first half of 2025. Europe also purchased larger volumes, with Egypt, the Netherlands, Italy, France, and the UK among the top destinations for US fuel.

Baltica 2 receives 14 transformers to advance in Poland

COLI Group completed a six-month logistics operation to transport 14 GE Vernova transformers from Turkey to Poland, destined for the infrastructure supporting the Baltica 2 offshore wind farm. The cargo traveled on three ships. Ten units, weighing between 110 and 170 tons, arrived at the port of Gdynia, while four others, weighing 361 tons each, were shipped by barge to Władysławowo.

The overland transport required route modifications due to the enormous weight of the equipment. Some bridges could not support the load, so a temporary structure had to be installed on top of the existing infrastructure. The operation also required coordination with local authorities and work in temperatures as low as -15°C. Baltica 2 comprises 107 wind turbines and is scheduled to become operational in 2027, with the capacity to supply electricity to more than 2.4 million homes.

Natref prolongs fuel tensions in South Africa

Sasol confirmed that operational problems at the Natref refinery will continue to affect fuel supplies in South Africa. A steam boiler failure in mid-August caused an unexpected shutdown that coincided with scheduled maintenance on another unit. The company implemented measures to keep the affected unit operational until the end of September and provide greater stability to jet fuel supplies, including those destined for OR Tambo International Airport.

Natref has the capacity to process 108,500 barrels per day and is the only traditional crude oil refinery located inland. The shutdown comes after improved performance: during the fiscal year ending June 2016, it produced 25.8 million barrels, 76% more than the previous period. Sasol also closed the year with adjusted EBITDA of 61 billion rand, approximately $3.78 billion, boosted by higher production, improved refining margins, and higher Brent crude prices.

Vaca Muerta ensures more than a decade of development

Vaca Muerta has sufficient resources to sustain more than 10 years of oil and gas development in Argentina, according to an analysis by Enverus Intelligence Research. The formation is estimated to hold approximately 8.7 billion barrels of profitable oil with WTI below $55 and 109 trillion cubic feet of gas with a Henry Hub price below $3. The expansion of explored areas and new licenses have increased the available inventory for future projects.

Well performance also supports this outlook. In oil-producing areas, Enverus expects recovery to remain close to 110 barrels per foot drilled. Outside of the main areas, productivity is around 98,000 barrels per 1,000 feet, and gas-focused areas are yielding about 2.3 billion cubic feet per 1,000 feet. However, these areas face higher costs due to less infrastructure and operational scale.