The trend towards being more environmentally friendly in terms of the products and services we use can be seen in the way towns, cities and local governments are using renewable energy to improve safety on our roads and highways. Solar energy is becoming a popular option to power everything from traffic lights to stop signs, providing better overall visibility and saving money – and the planet – in the process.  

The obvious advantage of using solar powered traffic signs is they do not use fossil fuel energy. Solar is less polluting than coal, oil or natural gas, making it a more environmentally friend source of energy. Solar powered signs wherever there is sunlight, and the power is harnessed and stored in each sign’s battery so it continues to work all year long.

Planning large-scale events can be quite a challenge. Organizers must manage an endless list of responsibilities and details to ensure that everything goes smoothly, from permitting, concessions and entertainment to recruiting volunteers, parking and attendee safety. The larger the event, the more important it is to ensure that crowd control measures are in place. The easier it is for pedestrians and vehicles to navigate in and out of the event, the less likely accidents are to occur.

Counties and municipalities are often responsible for ensuring public safety at the many parades, festivals and other activities that take place in their communities. When events impact driver and/or pedestrian traffic routes, maps should be created that clearly delineate street closures and detours, and local businesses and residents need to be notified of any street closures affecting them well in advance.

A wide variety of crowd control and traffic safety products are available to help ensure that events are safe and enjoyable for all involved. Traffic barricades can be used to define boundaries, restrict access to specific areas and make street closures obvious for visitors on foot and in vehicles, making them a vital part of any plan to keep event participants safe.