<img src="https://d5nxst8fruw4z.cloudfront.net/atrk.gif?account=YfGCg1asOv002Q" style="display:none" height="1" width="1" alt="Alexa">

How Solar Lighting Systems Improves Security after a Natural Disaster

Posted by SEPCO | 9/26/18 10:00 AM



With the increase of natural disasters such as hurricanes, floods, and blizzards, off grid solar lighting systems can improve the security of an area since the lights do not rely on utility grid for operation. During most natural disasters, the utility grid can become compromised and fail. Solar outdoor lights can be used to generate light for these areas and provide added security during these downtimes.


After Francis and Jeanne hit Florida a few years ago, SEPCO worked with the City of Dania Beach to provide solar lighting systems to neighborhoods that could withstand 150+ MPH winds. This greatly changed how solar lighting systems were designed, ensuring that in high winds, the solar lighting systems would be able to still be standing and operate as designed.


Today, every solar lighting system SEPCO designs is meant to withstand local AASHTO wind load requirements to ensure that the lights will be standing, even after a high wind event. Working together with the pole company to design the poles to withstand these events with the weight and EPA of the solar power assembly is key to ensure that the system will still be there after everything calms down.


Solar lights can also be used to quickly implement a solution after a disaster. The lights can be installed in a matter of hours. Solar lighting systems can also be moved from one location to the next as power is restored and then permanently installed in their final location once all repairs are completed.


The solar power can also be used for temporary power applications for communication devices, WiFi systems, or for any other power requirement during a natural disaster. The solar will continue to generate power during the day and store it for use by equipment attached.


Our best advice is to look at the specifications to ensure you are purchasing a system that is meant to withstand high winds. Engineering documentation showing the systems abilities can be requested from your solar lighting system manufacturer if required for specifications, usually for an additional cost. If specialty wind load requirements are needed for a project, this can be requested during the initial design phase. Being up front with design needs ensures your systems will stand up to anything.


2017 Solar Lighting Design Guide CTA

Topics: Solar Lighting Design, Installation, Poles

Written by SEPCO

SEPCO is the worldwide leader in solar lighting and off grid solar power systems. We are helping the world go green by taking the lights off the grid.

Tips for A Successful Outdoor Solar Lighting Installation

  With the recent trends to go green, there are more and more government and institution outdoor solar lighting installations being undertaken. How do you know if you've got everything as it should

The Most Common Mistakes People Make With Solar Parking Lot Lighting

  Solar parking lot lighting systems provide a great alternative to standard grid powered lighting systems since they require no trenching for installation, use zero energy, have no monthly bills,

Solar Powered Internal LED Sign Lighting Systems

  Signs often are installed in areas where the power grid is unavailable; however, with SEPCO solar lighting solutions, we can provide the power to the sign cabinet in almost any location. The remote