Mobile Splicer Device
Overview
In solar fields, assembled connectors are the primary method used to electrically connect two wires. These connectors can fail for a multitude of reasons, one of them being incorrect or weak points in the installation process. These failures can lead to faults, resulting in damage to the environment and equipment. We are developing a device that will function as a mobile cable splicer. It will be able to strip, crimp, and insulate cables with butt connectors in the field. This tool seeks to minimize the human error involved by semi-automating the splicing process. The objective is increased reliability over thousands of connections. In turn, this will save resources previously spent on repairing damage or replacing equipment damaged as a result of failed connectors.
Community Benefit
As a society, we are always looking for new ways to further advance existing renewable energy solutions. Among other factors, reliability is critical if we are to increase dependence on renewables in the years to come. The mobile splicer device seeks to enhance solar field performance by reducing the number of failed connections. With greater efficiency and stability, solar energy generation can be further optimized in both the short and long term.
Team Members
Sponsored By
Florida Power & Light