Field Failures

Field Failure #1: Improper Conductor Torque

• Ensuring safety and reliability in PV electrical systems starts with attention to detail - here’s a stark reminder of what can happen when conductor terminations are not properly torqued​

• The visible damage to this electrical panel serves as a powerful illustration of how incorrect torque can lead to overheating, equipment failure, or even fire hazards​

• Not to mention any catastrophic failure could potentially propagate and impact other physically and or electrically adjacent equipment​

• Always double-check your connections for the correct torque specifications to maintain system integrity and prevent costly downtime and cost overruns.​

​Field Failure #2: Improper SWPP Measurers

• Improper stormwater pollution prevention plan (SWPPP) measures can lead to significant erosion and sediment accumulation, as seen in the image. This not only damages our construction sites and surrounding properties but also poses a risk of substantial fines from the Department of Environmental Protection.​

• Let’s commit to effective erosion control and protect our environment. Proper SWPPP measures are crucial for maintaining site integrity and avoiding costly penalties.

Field Failure #3: Proper Direct Burial Conductor Bedding

• Proper installation practices are essential for the safety and efficiency of PV electrical systems. Improper bedding of direct burial conductors can lead to significant issues, including system failures, safety hazards, and costly repairs. ​

• When conductors are improperly bedded, as in this case, where construction debris was left in the trench with the direct burial conductors causing abrasion and ultimately leading to complete conductor failure.​

• Camelot Energy Group plays a critical role in preventing these problems by overseeing the installation process, ensuring that proper QA/QC process is followed, and adherence to industry standards and best practices.