The New York Park and Wildlife Department recently made a pivotal decision in their commitment to safety and sustainability by selecting AceClamp's high 3-bar snow retention system for their solar panel installations. In areas prone to heavy snowfall, the combination of smooth solar panels and standing seam metal roofs can lead to hazardous snow slides, potentially causing damage to property and posing risks to personnel below. This is why implementing an effective snow retention solution is essential.

AceClamp's innovative snow guards are designed to mitigate the risks associated with snow avalanches by securely holding snow in place during winter storms. The department recognized that using a snow retention system was not just a precautionary measure; it was a necessity for ensuring the safety of both their infrastructure and the public.

When planning their solar panel installation, the NY Park and Wildlife Department collaborated with trained designers to create a comprehensive snow retention strategy alongside their photovoltaic (PV) panel plan. This dual approach was crucial in maximizing rooftop space while determining the optimal height for the snow retention system. Factors such as local building code snow loads, roof pitch, and roofing materials were carefully considered to ensure the installation met all safety requirements.

Additionally, the decision-making process involved evaluating whether the solar panels would be installed with a racking system or as a rack-less system. This is particularly important in snow country, where the angle and positioning of panels can significantly impact snow retention effectiveness. The department also assessed the necessary distance between the top of the PV panels and the rooftop, ensuring adequate space for effective snow management.

Compliance with local fire codes was another critical aspect of the project. The NY Park and Wildlife Department needed to ensure that emergency personnel could access the rooftop in the event of a fire or other emergency. This often involves maintaining clear distances between the solar array and adjacent roof sections, including eaves and valleys. Some jurisdictions require a minimum distance of three feet or more, making it essential to discuss potential impacts when installing snow rails within these parameters.

By opting for AceClamp's high 3-bar snow retention system, the NY Park and Wildlife Department not only reinforced their commitment to safety but also supported their sustainability goals. The system’s robust design is engineered to withstand extreme snow loads while ensuring the longevity of both the solar panels and the roof structure. This strategic partnership emphasizes the importance of integrating snow management solutions with renewable energy initiatives, paving the way for a safer, more resilient infrastructure.

In summary, the NY Park and Wildlife Department's selection of AceClamp's snow retention system represents a proactive approach to addressing the unique challenges of solar panel installations in snowy climates. Their thoughtful planning and execution underscore the significance of combining safety with innovation in the pursuit of sustainable energy solutions.