Ensuring Health and Safety in Electrical Restoration: The Role of Emergency Restoration Systems and Innovative Equipment and Components

Maintaining health and safety standards in industrial operations cannot be overstated. This is particularly true regarding electrical restoration tasks, with inherent risks and hazards. To mitigate these dangers and ensure the workforce's well-being, companies must invest in advanced equipment and tools that prioritize the safety of their teams. This article will explore the significance of Emergency Restoration Towers as a comprehensive solution for electrical restoration projects.

Importance of Health and Safety in Electrical Restoration

Before delving into the specific features and benefits of Emergency Restoration Towers, it is crucial to emphasize the significance of maintaining health and safety during electrical restoration tasks. The nature of these operations involves working with high-voltage systems and equipment, which inherently poses various risks. Some of the critical hazards include electric shock, falls from heights, and muscular strains.


According to global statistics from the International Labour Organization   (ILO),  electric shock is one of the primary risks in electrical   restoration   tasks, resulting from inadvertent contact with energized   components or faulty   equipment. The ILO estimates that thousands of   fatalities and injuries occur each   year worldwide due to electrical   accidents, highlighting the severity of this risk.   Moreover, falls from   heights are another peril associated with electrical   restoration   tasks, as technicians often work on elevated platforms or structures to   access electrical equipment. The U.S. Bureau of Labor Statistics (BLS)   reports that   falls remain one of the leading causes of fatal occupational   injuries globally,   accounting for a substantial number of work-related   deaths each year.

Muscular strains are also prevalent risks during electrical restoration tasks, as workers may need to handle heavy equipment and materials. According to the Health and Safety Executive (HSE) in the United Kingdom, musculoskeletal disorders resulting from manual handling tasks are responsible for a considerable portion of work-related health issues globally. With a solid commitment to health and safety, companies can significantly reduce these risks and create a safe work environment. This involves providing comprehensive training to employees, implementing safety protocols, and utilizing cutting-edge equipment designed to mitigate potential dangers. One such solution that has revolutionized the field of electrical restoration is the Emergency Restoration Towers.



The Advantages of Emergency Restoration Towers

SBB Emergency Restoration Towers have gained widespread recognition for their unmatched safety features, efficiency, and versatility. These towers offer numerous advantages over traditional methods that could imply higher costs, weeks of electrical outage for communities and daily economic losses, making them an ideal choice for electrical restoration projects. 

Besides mitigating the side effects of a prolonged electrical outage, one of SBB Emergency Restoration Towers' goals is to ensure the workforce's safety. The research and development department at SBB seizes their expertise and all the feedback we have received worldwide to design the main tower structure and all its components. 

Our towers have different components and equipment to minimize the risk of injuries and falls without slowing down their installation, especially in stressful situations. 




A game-changer in the world of emergency towers, proudly developed by SBB. Its innovative design has redefined efficiency and convenience. Including our compact portable winch in the basic equipment, the Sliding Ginpole transforms into a miniature crane, effortlessly hoisting tower sections or other tools without relying on cumbersome heavy equipment.

What sets the Sliding Ginpole apart is its seamless connection to the SBB rail, enabling smooth sliding along the tower. Gone are the days of detachment and reinstallation for higher levels or navigating obstacles. Our engineers have prioritized simplicity and safety, ensuring an easy-to-use and secure tool for your operations.






Meticulously designed to revolutionize the way linemen perform conductor installations. By simplifying the workflow, this platform boasts a remarkably lightweight build and a hassle-free installation process, eliminating the need for additional tools. Say goodbye to the complexities of traditional setups - with our platform, a single individual can effortlessly deploy and adjust it, swiftly reaching their desired work point.Adaptable and versatile, our platform can be easily customized to suit various voltage requirements, accommodating needs up to an impressive 800kV. 




Additionally, our R&D department actively identified an opportunity to enhance the performance of our working platforms, specifically the two largest models. Through dynamic analysis, our team determined that these platforms exhibited a minimum degree of instability when individuals operated them from the far end of the tower.

Our team took swift action and leveraged their expertise to develop an innovative stabilizer solution tailored to our working platforms. This stabilizer can seamlessly integrate with all existing platforms, ensuring effortless installation and optimal stability.

By proactively addressing this issue, we have further strengthened our commitment to providing top-notch products that meet the evolving needs of our valued customers and deliver unrivalled performance in the field.






The Fall Arrest Device is connected to the SBB rail. It allows the linemen to be attached throughout the tower installation without detaching themselves to move from one section to another. With peace of mind, the linemen can execute the work more efficiently.

Other Fall Arrest Devices available on the market can only be installed when the tower is at its final height. These systems are ineffective for the erection of an ERS tower, especially in an emergency. 





This platform allows linemen to stand comfortably on the tower and reduce muscle tension in their feet and ankles. At the same time, the crew on the ground prepares the equipment to lift. They can work more efficiently and over extended periods without compromising their health and safety. The resting platform is light enough to be carried on a lineman's tool belt.




The new Mast Section Roller is another innovative addition to Emergency Restoration Towers. This tool addresses a common challenge linemen face when removing the first mast section from the storage container: the strain it places on their backs. The Mast Section Roller simplifies this process by incorporating an ergonomic design and a smooth rolling mechanism, allowing linemen to perform the task effortlessly while saving time and energy.

The ergonomic design of the Mast Section Roller ensures that linemen can maintain a proper posture while maneuvering the mast section. This significantly reduces the strain on their backs and minimizes the risk of injuries. This tool increases efficiency by streamlining the process of removing mast sections, enabling linemen to focus on their primary responsibilities and complete projects more effectively.



The importance of prioritizing health and safety in electrical restoration tasks cannot be overstated

By investing in advanced equipment like Emergency Restoration Towers and incorporating innovative assets such as the different components and equipment previously mentioned, companies can significantly enhance the safety of their teams while improving overall efficiency and productivity. These solutions minimize risks associated with falls, strains, and other hazards, ensuring a secure and helpful work environment. Organizations must adopt the latest technologies and safety measures as the industry evolves to safeguard employees and achieve successful electrical restoration outcomes.

Are you interested in upgrading your team's health and safety? Click here.