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The development and deployment of new technologies in the renewable energy sector has marked a revolution in global energy supplies. Join DDC to learn about the latest innovations and their impact on the future of this clean energy industry.
Advanced technology of renewable energy wind power
Wind power has undergone a revolution in terms of design and performance improvements. Here are some important advanced technologies:
1.1 Large wind turbines:
One of the new trends in the industry is the increase in the size of wind turbines. This large turbine has longer and more powerful blades, helping to generate greater power and reduce production costs. A typical example is the Vestas V164-9.5MW, with a rotor 80 meters long, 164 meters wide and capable of producing up to 9.5 megawatts (MW) of energy. This increase in size has created a significant breakthrough in wind turbine productivity.
1.2 Flexible integrated propeller:
Propeller technologies have evolved to improve performance and reduce noise. The blade is optimized with a flexible design and elongation ratio, which optimizes interaction with the wind and reduces energy loss due to blade twisting and bending. This makes the wind turbine more efficient and able to operate in variable wind conditions.
1.3 Energy storage for wind power:
A major challenge in using wind power is the variability of the energy source. To solve this problem, energy storage technologies have evolved. Solar batteries, waste heat batteries, and electro-pneumatic technologies are becoming important options for keeping backup energy, helping to provide more stable electricity from wind power sources.
1.4 Monitoring and prediction system:
Intelligent monitoring and prediction systems have emerged to monitor and control wind turbines. Using sensors and artificial intelligence, they are capable of predicting performance and maintenance times. This helps optimize operations and maintenance, ensuring that the turbine always operates at maximum efficiency.
New technology in solar renewable energy
Solar energy has also experienced significant progress in new technologies:
2.1 Ultra-thin solar panels:
Ultra-thin solar panels, such as perovskite solar cells, are beating traditional solar panels. They are light, thin, and able to integrate into a variety of surfaces, from windows to clothing. This technology has created opportunities to integrate solar energy into diverse applications.
2.2 Solar energy monitoring system and IoT:
Sun tracking systems have become more popular. Sensors and artificial intelligence are used to track the position of the sun and adjust the angle of the solar panel to optimize energy collection. This improves overall system performance and helps generate clean energy at a higher value.
2.3 Solar energy storage:
Solar energy storage is becoming increasingly important. Storage technologies, such as energy batteries and thermal energy storage systems, help reduce energy waste and provide power when the sun is not shining. This makes solar energy more reliable and suitable for continuous use.
The influence and future of renewable energy
New technologies in wind and solar power have brought higher efficiency, more flexible integration and the ability to use renewable energy more effectively. This has created great opportunities for meeting the world’s need for clean and sustainable energy. However, to promote widespread deployment of these technologies, continued investment in research and development, as well as support from government and industry, is needed.
We can expect that renewable wind and solar power are becoming an important part of the world’s energy system in the near future. This is also one of the key strategies that DDC is aiming for. DDC provides steel structure products for renewable energy projects and power plants such as bases, single column bases, tower columns, and auxiliary structures; At the same time, it meets sufficient resource conditions to develop ground power projects (solar farms) and offshore wind farms.
General source DDC Marketing
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