Challenge details:

In several forest regions, electrical distribution networks—particularly 11 kV and 33 kV overhead lines—pass through wildlife habitats that are frequently traversed by elephants. These interactions have resulted in multiple instances of elephants coming into contact with live electrical conductors, leading to fatal electrocution. This not only poses a serious wildlife conservation issue but also raises concerns around environmental sustainability and responsible infrastructure deployment.

A key constraint in addressing this issue is that utility companies cannot directly intervene with wildlife—for example, by attaching tracking devices or protective equipment to elephants. Therefore, any viable solution must focus on modifications or enhancements to the electrical infrastructure itself. Additionally, these solutions must be capable of operating effectively across vast, remote forest areas where accessibility, monitoring, and maintenance are inherently challenging.

The need is to develop a scalable, cost-effective, and reliable system that can prevent or significantly reduce the likelihood of elephants coming into contact with energized lines. Potential approaches could include artificial intelligent monitoring systems, early detection and warning mechanisms, adaptive insulation techniques, or automated de-energization of lines when risk is detected. These solutions must be robust enough to function in diverse environmental conditions such as heavy rainfall, dense vegetation, and uneven terrain.

Ultimately, the objective is to enable coexistence between critical power infrastructure and wildlife habitats by ensuring that electrical systems are inherently safer for animals. A successful solution should not only prevent fatalities but also be deployable across multiple regions, creating a replicable model for wildlife-safe energy distribution.