With technological developments on the rise, the increased popularity and advancements of solar bollards are a milestone. The lights use highly efficient solar energy and offer an alternative source of energy. Installing solar-powered bollards does not only enhance safety but also contributes to making the Earth greener. Moreover, the cut back on the electrical costs is a huge benefit.

  Solar lighting systems provide security and illumination in needed areas when grid power is unattainable or costly to bring to a site. It is also great in applications where a company is looking for a grid alternative to showcase their green initiative, or for companies looking to get LEED points for a new project 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 be to install your outdoor solar lighting? Reading the installation instructions is a great place to start, and we wanted to take it one step further. Here are some tips on what to consider so that your outdoor solar lighting installation goes smoothly:

  The Business Energy Investment Tax Credit (ITC) is not ending, but 2019 is the end of the 30% benefit and will begin to reduce after this year. What does this mean for people looking to go solar? Act now on getting your systems purchased and installed. Either that or leave some cash on the table.

  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.

  Shade is a wonderful thing, especially in the summer in the south; however, it is bad for off-grid solar power and solar lighting applications. This is because shading robs the solar panels of its peak energy production capacity, which in turn, has an adverse effect on overall system performance. Basically stated, if the solar is shaded, power will not be produced as expected, not allowing the batteries to fully charge, and causing system failures over time. Instead, make sure your installation location has full sun exposure.  

  Only when one experiences a power failure or a blackout is when we realize just how dependent we are on electricity for just about any aspect of our lives. The electricians are the people who ensure that we get the electricity we need and that it is well maintained and repaired in a timely manner when power cuts or other problems on the network occur. What you may not know is that it is not so easy to become an electrician, and that there are certain specific requirements which all electricians need to comply to in order to do their work.

  Solar energy is a great source that offers free energy year round. However, the power production of a solar panel can be greatly affected by shading. It is best for each location to be analyzed for optimum sun exposure. SEPCO specializes in stand-alone battery powered systems that operate our solar lighting for parking lots installations. Our systems are designed for a specific amount of power for each night. Therefore, it is important to be able to calculate exactly how much energy the system is producing as there is no back up power from the electrical grid when shading occurs.  

  Solar power assemblies are installed all over the world for lighting and power configurations. Solar sized properly can be installed in almost any location. Solar installations inside the Sunbelt are more efficient and require much less power since there is more available sun as well as shorter nights, but that does not mean that solar cannot be used outside the Sunbelt.

  The basic controls of a solar light system are, for the most part, quite simple. The solar lights turn on at dusk and off at dawn if using dusk to dawn configuration, or turn on at dusk and operate according to the preset configurations. We wanted to cover exactly how the solar lights understand when dusk and dawn is by breaking it down.