Municipal Solar Lights Energy-Saving Option
In these difficult economic times, when cities and states are slashing budgets, firing employees, and taking furlough days, the high cost of public outdoor lighting has come under renewed scrutiny. In the United States, approximately 13 million streetlights consume 2 billion kWh of electricity each year. Outdoor lighting typically accounts for 40% of a city's energy bills. Reducing these costs is not only fiscally responsible, but it also aligns with state and federal plans to promote the use of renewable energy sources. Municipal Solar Lights as a viable public illumination alternative has the potential to save money while also being more convenient for remote constructions and work crews that currently rely on diesel-powered generators.
Any outdoor light, from a porch lamp to a billboard spotlight, could potentially be replaced with a solar unit. Solar panels on top of parking lot shelters at major institutions such as the National Institute of Standards and Technology and the University of California collect power during the day and are used to illuminate the areas at night. In their public parking lots and bus shelters, both the state of Florida and the city of San Diego use similar systems. Small black boxes atop road signs have become a common sight on American highways. The boxes contain solar panels that charge during the day and power the signs at night, eliminating the need for more expensive energy solutions such as long-distance power lines or fuel-hungry generators in sparsely populated rural areas.
Portable solar panel generators, such as those manufactured by GreenTow, are used by emergency response teams and construction crews working on remote construction sites. To ensure consistent power in critical use situations, these systems are typically backed up by a diesel engine. Some cities, such as Adelaide, Australia, have discovered ways to incorporate solar energy into public art. Solar Mallee Trees, an arching, sculpture-like installation, have been in operation in the city since 2005. The trees produce 864 kWh of energy but require only 125 kWh to light their surroundings. The remainder of the electricity is fed back into the grid.
Similar structures can be found in Vienna, Italy and Pittsburgh, Pennsylvania. They, like the originals in Australia, imitate natural shapes (trees and flowers), concealing their true purpose as solar collecting panels with connected lighting fixtures. These types of solar power plants, by contributing artistically to their cities, have the potential to improve their environment in two ways: aesthetically and through reduced reliance on nonrenewable energy sources.
As energy efficiency becomes more important for both economic and environmental reasons, solar lighting is quickly becoming popular as a cost-effective solution with numerous advantages. Many of the initiatives are citizen-led, with individuals taking the lead. There is no need to be concerned if you are hesitant to purchase solar lighting due to the perceived difficulty in installation. To successfully install outdoor solar lighting, you do not need to be a technical or lighting professional. All you need is a suitable location, such as a grassy area or a wall where the sun shines, and then stake or attach the gadget. It can be up and running in a matter of minutes.
Outdoor solar lighting requires little to no cleaning, maintenance, or part replacement. As long as you keep it in a safe place, it will work flawlessly, providing you with much-needed illumination at night. You simply must experience the efficient lighting and beautiful accents provided by solar outdoor lights, which are both inexpensive and technologically advanced. Conventional methods of generating electricity necessitate the use of a significant amount of fossil fuels. Solar energy is a relatively newer and more complex concept in energy acquisition. Solar energy is limitless and could be a simple, low-cost, and beneficial way to conserve rapidly depleting natural resources. It also provides a cost-effective alternative to traditional lighting systems. Solar panels are used to store solar energy. This is accomplished by charging long-lasting batteries, and the discharge of this electrical energy is regulated by sophisticated charge regulators when the batteries are fully charged. This allows solar outdoor lighting to function even on cloudy or rainy days. Indeed