The wind power industry is adopting modern technologies to increase production and streamline their operations.
FREMONT, CA: The wind energy sector has evolved significantly over the past few years. Modern technologies are capable of even generating energy from low wind speed sites. The wind energy firms work with industry partners to increase the performance and reliability of next-generation wind technologies while lowering wind energy costs. To ensure future industry growth, wind industry technology must evolve, building on earlier successes to improve reliability, increase capacity factors, and reduce costs further. Here is more about the key advancements for next-generation wind energy production.
Wind repowering is defined as replacing traditional wind turbines with new wind turbines before the turbines’ lifetime. The new turbines are efficient and powerful; they optimally use the wind and offer high yields with better capacity factors. Higher wind turbine towers and longer blades accelerate capacity and electricity generated per turbine. Costs also lower on a per megawatt basis. With increasing technological innovations, larger turbines are being manufactured, and more developers are selecting to install these larger turbines. Offshore wind has been growing.
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Predictive maintenance has become a common practice in the wind energy market in recent years. Predictive maintenance helps the service providers arrange for ordering parts and schedule work and refurbishment activities based on equipment condition assessment. It also mitigates the need for a technical team member to make plant visits. The process includes predictive models for visual inspection, confirmation of damage, tailoring an action plan, and assessing how long equipment can operate.
The rising share of renewable energy sources has necessitated the demand for battery energy storage systems technology adoption. Intermittent energy sources like wind and solar power with considerable peaks and troughs need energy storage for smooth output and mitigate ramp rates for medium and large power plants. Apart from this, drones offer high-definition images and video footage of each wind turbine from the air to monitor damages and thermal imaging to identify any internal abnormalities.