Renewable energy

Wind and solar installations are frequently located in remote, offshore or geographically dispersed environments where commercial mobile coverage and fixed communications may be limited. At the same time, operators need to connect workers, sensors, cameras, turbines and operations centers throughout construction, operation and maintenance. Reliable connectivity allows information to flow across these sites, supporting better collaboration, operational visibility and communications. As renewable energy facilities adopt more digital technologies, connectivity also provides the foundation for automation, IoT, predictive maintenance and other Industry 4.0 applications that can improve productivity and asset performance.

Digitalization enables renewable energy operators to connect people, assets and operational systems so they can share information more effectively. During construction, digital tools can improve collaboration and the flow of operational data. Once facilities become operational, connected sensors and applications can support monitoring, predictive maintenance and greater automation. These capabilities can help operators simplify maintenance, improve situational awareness and make better use of generating assets. High-performance connectivity is particularly important as wind and solar farms adopt applications such as IoT, drones and AR/VR that require greater bandwidth, higher speeds and lower latency.

Wind and solar facilities can present challenging working environments because employees may be distributed across large sites, remote locations, offshore installations, vessels and maintenance vehicles. Reliable communications help teams stay connected and improve situational awareness across these environments. Services such as push-to-talk, push-to-video, remote assistance and real-time monitoring can support collaboration between workers and enable communications with operational teams and emergency services. Pervasive connectivity can also support sensors and high-definition video applications that provide additional information about working conditions and activities across the site.

Operators should consider whether their communications infrastructure can provide the coverage, reliability, bandwidth and latency required across the full lifecycle of renewable energy facilities. Remote and offshore locations may lack suitable commercial mobile or fixed connectivity, while traditional technologies such as VHF radio and satellite can have performance limitations for emerging digital applications. Organizations should also consider future requirements as they introduce IoT, predictive maintenance, drones, AR/VR and greater automation. A communications strategy that accommodates both current operational needs and future digitalization can help operators improve productivity while protecting long-term infrastructure investments.