Smart Manufacturing Creates a Sustainable Future
Goldwind prides itself on the superior design and smart manufacturing of wind power equipment. From intelligent quality management standards to green supply Chain systems, Goldwind continues to make clean energy production more efficient, reliable and affordable.
Behind each smart wind turbine is the endless pursuit of technological innovation and excellent quality.
Makes the utilization of clean energy flexible and controllable becomes the key unit for clean energy to exert energy efficiency
Multiple safety assurance in the whole process of design, production, test and inspection, transportation, installation, operation & maintenance
High consistency of battery temperature, which increases the system life and reduces the O&M cost.
The PCS has high efficiency, which reduces the cost of ownership over the life of the product.
The energy density is better than similar products on the market, and the area is reduced by over 35% compared with the previous generation.
Multiple combined solutions to adapt to different cost requirements under the premise of ensuring safety.
Goldwind is a leading provider of steel-concrete hybrid tower design and engineering solutions for wind power operators, committed to meeting market demands and promoting healthy and sustainable industry development.
Goldwind shoulders the responsibility of leading the wind power industry. We continue to explore innovative technologies in the future energy field. Our investment direction includes deep sea floating offshore wind power technology, large megawatt wind turbine design, a simulation software platform, ultra-flexible blade technology, load control technology and other world-leading basic and forward-looking industry technologies.
Goldwind creates not only green and high-quality products but also a green, energy-saving, and efficient production processes. Goldwind hopes to exert its industry influence to jointly promote the green transformation and competitiveness improvement of the supply chain