Core Viewpoint - The 2025 Shandong (Qingdao) Offshore Wind Power Comprehensive Emergency Drill successfully took place at the Wanghai Wind Farm, marking the largest and most challenging offshore emergency drill in northern China, aimed at testing the country's deep-sea wind power emergency rescue capabilities [1][3]. Group 1: Emergency Drill Overview - The drill involved 14 vessels, 20 aircraft including helicopters and drones, and over 120 participants, showcasing a comprehensive and practical test of emergency communication, command, and rescue coordination [3]. - The exercise was set against a backdrop of severe weather conditions, including cold waves and strong winds, posing significant safety challenges for offshore wind power operations [3]. Group 2: Key Drill Scenarios - The drill included four main scenarios: "Evacuation of personnel from the offshore wind farm," "Search and rescue of fallen personnel," "Ship firefighting," and "Oil spill containment and recovery," demonstrating multi-dimensional coordination across land, sea, and air [3][5]. - The Wanghai Wind Farm, where the drill was conducted, is notable for being the first offshore wind power project in China located over 30 kilometers from shore and at a water depth exceeding 30 meters, with a total installed capacity exceeding 3 million kilowatts [5]. Group 3: Company and Industry Contributions - The National Energy Group Guohua Investment Shandong Company plays a crucial role in clean energy development in Shandong, operating multiple wind and solar power stations, and has received various accolades for its contributions to the energy sector [5]. - The Wanghai Wind Farm is part of a larger offshore wind power cluster in Shandong, capable of supplying electricity to 8 million residents annually, thus supporting energy supply for cities like Qingdao, Weihai, and Yantai [5][6]. Group 4: Future Directions - The exercise effectively tested the operational feasibility of emergency response plans and enhanced multi-departmental coordination for maritime emergencies, laying a solid foundation for the sustainable development of the offshore wind power industry in Shandong [6]. - Shandong plans to continue strengthening its offshore energy safety system and promote technological innovation and emergency response capabilities to achieve its goals of becoming a "strong marine province" and advancing green, low-carbon development [6].

Core Viewpoint - The 2025 Shandong (Qingdao) Offshore Wind Power Comprehensive Emergency Drill is the largest and most challenging emergency exercise in northern China's offshore wind power sector, aimed at testing the country's deep-sea wind power emergency rescue capabilities [1][2]. Group 1: Emergency Drill Overview - The drill took place in the waters of the Guohua Investment Wanghai Wind Farm, over 30 kilometers offshore, featuring high winds and rough seas, which posed significant challenges [1][2]. - The exercise involved over 30 pieces of advanced equipment, including helicopters, specialized rescue vessels, and unmanned boats, to perform coordinated emergency rescue tasks [1][2]. Group 2: Key Scenarios and Operations - The drill simulated a severe weather scenario with wind speeds reaching 11-12 levels, prompting a Level 1 defense response from maritime authorities [2]. - Emergency scenarios included the evacuation of personnel from the wind farm, search and rescue of overboard individuals, firefighting on vessels, and oil spill containment and recovery [1][2][4]. Group 3: Rescue Techniques and Equipment - Helicopter rescue operations involved deploying rescue personnel via a winch to assist overboard individuals, who were then transferred to nearby rescue vessels [4]. - Firefighting operations utilized two vessels equipped with water cannons capable of spraying water up to 160 meters, with a flow rate of 1200 cubic meters per hour, sourced directly from the sea [6]. - For oil spill containment, a 200-meter-long boom was deployed to encircle the spill area, while a third vessel was tasked with recovering the leaked oil for safe disposal [8].