Cost Savings through Commercial Solar Lighting Systems
It is estimated that lighting alone accounts for 12% of the total U.S. electrical consumption every year, using upwards of 461 billion kWh of electricity. This is a heavy cost to businesses, cities and municipalities. Solar lighting can provide both a financial relief as well as a green alternative to traditional lighting. They are self-contained and grid free, and with LED technology, requiring almost no maintenance throughout their lifespan. These lower installation costs compared with utility powered lighting and continue huge savings in the short and long run for most installations.
SEPCO provides versatile solar lighting systems that can easily adapt to most lighting requirements. From large parking lots, roadways, security perimeters and such, all the way down to small sign, flag and bus stop / shelter lighting systems, each project is specified to meet the needs of the application. With over 30 years in the lighting industry, SEPCO solar lighting systems have provided illumination to thousands of projects all over the world.
Locally, we have installed a number of projects, Airport Road in Stuart, FL being one. The Martin County Project Manager Paul Bangs chose SEPCO solar lighting systems ¡°to do something innovative¡± along this stretch of roadway leading into the local airport. The solar lighting systems will save the county money both in the short and long-term as there is no need to run permanent power and the lights are easy to assemble and install. These systems use efficient LED fixtures that provide even lighting along the roadway and are dark sky compliant so no light is wasted.
If a roadway is in a landmark area, more decorative and architecturally designed fixtures may be required. SEPCO¡¯s partnership with Hubbell Lighting allows us to easily adapt almost any style fixture to our solar power systems. This allows us to provide large decorative fixtures for roadway applications without sacrificing lighting levels.
Bradenton Beach Turtle Friendly Street Lighting
The City of Bradenton Beach required just that. The city was looking to use renewable energy to lower the city¡¯s electric bill and become more environmentally friendly. This coastal city has streets of beautiful architecture, homes and shops, and required something a little more than a standard street light system. Using the Urban fixture, we were able to provide a solar lighting system that matched the look of the area, and by powder coating the entire system, blended the solar lighting systems in well with the surrounding buildings and landscape. The lights in Bradenton Beach are a beautiful example of how solar and decorative fixtures work well together to provide the needed lighting for the area while not compromising the architectural looks of an area.
MCAS BEQ Retrofit Pathway Lighting
Mandates that have been set forth by the US Federal Government have required federal facilities to reduce energy and improve energy security by installing renewable energy that operates independent of the electrical grid. The US Marine Corps Bachelor Enlisted Quarters complied with this by retrofitting their current lighting systems with solar power and replacing the fixtures with LEDs to increase visibility. Their parking lots and walkways have all been fitted with solar powered LED systems replacing the old High Pressure Sodium lamps with LED fixtures, even matching the style of the old fixtures along the walkways with Beacon¡¯s Slide fixture.
US Military MH Parking Lot Lighting
LED lights are not the only style fixtures that can be adapted. A secure US Military facility required Metal Halide fixtures to be used for their roadway and parking lot area application. We were able to adapt a standard shoebox fixture with Metal Halide lamps to provide this facility light along their roadways, entrances and parking lot areas. This helped the facility to meet its energy reduction goal and provide security through grid free lighting.
Fort McHenry Flag and Street and Parking Lot Lighting
Fort McHenry has been using our solar powered lighting systems for their entrance and parking lots since 2001; however, in 2009 they installed a solar lighting system to light the Star Spangled Banner flag, replacing the 400 Watt metal halide flood lights that were bulky, compromising the aesthetics of the site, and consumed unnecessary energy. They installed a 24 Watt and a 17 Watt flood fixture along with the solar power system on the rooftop of the fort, unseen from tourists. These illuminate the oversized reproduction 15-star 15-stripe original flag for all night. The switch from the metal halide fixtures to LED increased the visibility and allows the flag to show its true colors at night.
SEPCO¡¯s founder Steve Robbins invented the first commercial solar street light over 25 years ago and has been a leader in the industry since SEPCO was founded in 1994. Systems are manufactured to specifications laid out by the project designer with help from our lighting specialists. Each system is custom built and takes into account the geographical location, available sun, light level requirements and weather of each installation location to determine the best system to meet the needs of the customer. SEPCO systems provide a minimum of five nights autonomy, more in the northern areas, and have a life span of 25 to 30 years, providing long term benefit to every solar lighting system installed.
SEPCO also provides custom solar power systems for many different applications. From cameras, Wi-Fi, meters, monitoring systems, the stand alone solar power stations can provide the needed power for almost any application where grid power is not available. These types of systems have been installed all over the world and are primarily used for military and government applications.
In the end, commercial solar lighting systems can provide the necessary security and reduce our energy consumption while maintaining the architectural integrity of the project. With a wide range of choices and custom built designs, SEPCO can easily adapt to the project requirements without sacrificing the lighting level requirements of the area..