The Occupational Safety and Health Administration (OSHA) expresses that the perils of wind vitality are not one of a kind, however, should be drawn closer with an alert to kill episodes. OSHA records wind ranch perils as curve streaks, electric stun, falls, and warm consume risks. Be that as it may, the primary risks of taking a shot at a breeze site incorporate electrical dangers, mechanical perils, pound wounds, water-driven perils, and shoot risks. While the establishment, support, and fixes of wind turbines are essential, each wind site chief ought to know about these five security worries to shield against injury.

1. RISKY WEATHER

Wind ranch locales are regularly influenced by unsafe climate, for example, lightning and tempests. The most ideal approach to defend wind experts against dangerous climate is to join up with climate administration warnings and utilize those notices to design great working conditions and evade outrageous climate. The best applications for accurately anticipating climate incorporate WeatherBug, Weather Underground, Accuweather, NOAA, and The Weather Channel.

Wind turbine specialists have noticed that rapid breezes can cause wellbeing standdowns and broadened climate delays. Moreover, tempests can bring about turbine harm and human electric shock. Other than lightning, outrageous chilly, extraordinary warmth, storms, wind, flooding, and more outrageous climate occasions can frequently prompt harm and turbine vacation

2. HEIGHTS

Heights are a given hazard when managing a wind site; most wind turbines reach heights of over 300 feet tall. Wind site managers must be sure that each technician has the physical ability to climb and should train each technician to use their PPE (personal protective equipment). Safety harnesses and other equipment should be routinely inspected and maintained to ensure employee safety. Improper training, equipment misuse, fatigue, or distractions can lead to falls or injury. Each wind technician should perform a daily inspection of all PPE, stay hydrated, alert, and complete a buddy check before entering and climbing a wind turbine.

3. ELECTRICAL SAFETY

Unlike most of the hazards in a wind turbine, electricity is an invisible danger. However, electricity is present throughout a turbine and the hazard of a shock or arc flash and arc blast are often overlooked. Because a large percentage of maintenance on a turbine is mechanical, it is easy for a tech to forget about the hazards of electricity. Yet the close and confined nature of working in a turbine, especially in the Nacelle or Hub, means that a technician is almost always working in close proximity to electricity. Over time, it is very common for a technician to move from comfortable to complacent in working around electricity. One way to keep the hazards of electricity top of mind is to ensure the job briefing not only includes the hazard of electricity but highlights a specific hazard. For example, the yaw motors receive 480 volts 3-phase power. This amount of voltage and current could cause an arc flash and arc blast if a tool were to cause a short.

4. MACHINE GUARDING

Wind turbines have many moving parts that need to be secured or guarded before being worked on. All rotating aspects of a wind turbine must be guarded to protect from bodily harm. Protocols within the wind turbine should be followed, and all moving parts should have a barrier to provide maximum protection for employees. An example of machine guarding is Lock Out/Tag Out Procedures (LOTO). LOTO is used to safeguard employees. This process is vital to protecting your employees by isolating equipment and locking controlled energy.

5. PROPER PERSONAL PROTECTIVE EQUIPMENT (PPE)

As a manager, it is necessary to make sure each employee is using up-to-date industry safety gear including a hard hat, safety glasses, two-meter adjustable positioning lanyard, a head torch, two-meter fall arrest lanyard, vertical fall arrester, fire retardant clothing, and safety footwear. Up-to-date PPE can save the lives of your employees when working on a wind turbine.

CONCLUSION

Safety and training need to be a continued focus as wind farms grow at an incredible rate. Training as well as instilling a culture of safety in workers is vital to create awareness and reduce accidents. As a wind site manager, you need to develop a plan for safety from these five common safety concerns which should include adequate training, good communication, proper tools, and PPE. Omesa specializes in wind operations and maintenance services at all levels. With over 100 techs across India and over 10 years of experience, there are few challenges we have yet to overcome.

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Determining the location of each wind turbine site is a complex process. There are many restrictions and constraints to consider including wind characteristics in the area, land availability, existing buildings and infrastructure, endangered species and protected lands, Federal Aviation Administration clearance, and geographical landscape.   

The geographical landscape can be a complicated issue for any potential wind turbine site. Wind turbines are made up of multiple components and long, oversized vehicles are used to deliver these components to each site. The delivery vehicles require large areas to make turning movements and cannot traverse steep terrain or negotiate roads with quick changes in terrain. Large cranes are needed to erect the components to construct the wind turbine. To help control costs and save time, it’s ideal to move the cranes, fully assembled, from one wind turbine site to the next, which requires additional planning.

By using drone technology, Omesa can provide live video to a much larger audience during field reviews and produce a documented video record of each site in a timely and cost-efficient manner.

Wind turbine siting is just one area where Omesa is using drones for renewable energy clients.  Other applications include land survey and mapping, crop damage mapping, power line inspections, pre- and post-project documentation, asset inspection, and documentation, and environmental observation.