So far, we’ve learned that AR and VR can be applied to games, sports, health, and the education industry. However, it turns out that there is one more industry that can benefit from AR and VR to make their jobs easier called the energy industry. So, keep reading to learn how AR and VR can help in the energy industry.
The energy sector has a reputation for being a non-technological industry. Nonetheless, company owners in the energy sector are aware of the existence of VR and AR. Shell, one of the world’s largest energy providers, has experimented with augmented reality and virtual reality. Shell uses augmented reality (AR) and virtual reality (VR) to enhance manufacturing designs and worker safety.
The energy industry will benefit from implementing AR and VR in many ways, such as:
- Servicing and training are less costly.
The cost of training would be minimized by using VR and AR. Training can be done online for a fraction of the cost of on-site training. Furthermore, service costs are lowered because AR and VR technologies assist technicians in seeking more precise solutions and reducing the expense of trial and error.
In addition, the company only needs to train its technicians to be familiar with VR and AR technology, rather than recruiting special technicians any time a system fails.
- Time for completing works is getting shorter.
As is well understood, the presence of technology facilitates human labor. AR and VR technology, similar to what happens in the oil industry, allows workers to complete tasks more efficiently. And in system or machine repair, an error system would be simpler and quicker to find than if no technology is used.
- Minimizing accidental risk
Companies may use AR and VR technologies to give their employees a sense of security at work. This interactive technology aids staff in reducing work-related errors. As a result, the risk of workplace injuries is reduced.
- Training efficiently
Even in the field of training, the use of VR and AR technology can boost performance. Since there is no need to train on-site, training costs are smaller, and training time is therefore shorter than it should be. Trainees do not have to wait in line with others and can study on their own time according to their skills.
Trainees will also learn from teachers from all over the world to broaden their expertise. Trainees’ risk of occupational injuries can also be decreased because accidents only occur in the virtual world. Later on, as they are working, they will have a greater understanding of the risks that will arise and will be able to stop them.
The sophistication of virtual reality technology will have a variety of advantages that can be replicated throughout the real world. As a result, never stop learning about technological advancements in order to make the environment a safer and more beneficial place. Hit us as soon as possible if you need a detail information about how virtual reality and augmented reality can implemented in energy industry or you can check it through www.arutala.id. (Putri Fortuna-News)