Solar Streetlights vs Conventional Streetlights

Published Date: 2023-03-16 15:23:42 Views: 179

When it comes to street lighting, traditional lamps powered by electricity were once the norm worldwide. However, the emergence of sustainable technology in recent decades has given rise to solar-powered street lighting. Unlike traditional lighting devices, solar lights do not harm the environment and can save people money on their electricity bills. This is why solar street lights and other solar products have become increasingly popular in recent years.

In this article, we will compare the two types of lighting from the perspective of environmental protection, safety, maintenance, costs, lifespan, and installation.

Environmental protection

Traditionally-powered streetlights consume a significant amount of electricity, which contributes to greenhouse gas emissions and climate change. On the other hand, solar-powered streetlights use renewable energy from the sun, therefore they are environmentally friendly and carbon neutral. The use of solar streetlights can reduce carbon emissions and help avoid the negative impacts of climate change.


Traditional streetlights rely on a stable electricity supply to function, which can lead to power outages or flickering lights. Additionally, power lines and underground wiring pose a potential safety hazard for maintenance staff and civilians. In contrast, solar-powered street lights function independently from any external power supply, so they’re much safer for installation and maintenance work. Moreover, solar streetlights have the ability to switch on automatically once darkness sets in, providing illumination and enhancing safety in high-crime areas.


Traditional street lighting has a complex design, consisting of lamps, poles, and electrical cables, making it costly and time-consuming to maintain. Moreover, repairs require the services of electricians, and this increases maintenance costs. In contrast, solar-powered streetlights have a simple design and require minimal maintenance. The lack of electrical wires and critical components eliminates the need for frequent repairs, hence lowering maintenance costs.


The initial cost of installing solar-powered streetlights could be higher than traditional streetlights. However, in the long run, solar-powered lighting is cheaper as it relies on renewable energy and requires less maintenance. By switching from traditional electricity-powered streetlights to solar-powered streetlights, energy savings can be achieved, enabling local authorities to reinvest in other essential community development projects. The cost savings result in a lower energy bill for communities as well.


The lifespan of a conventional street light averages around 5,000 to 8,000 hours, or less than a year, while a solar LED street light can last at least 30,000 hours or more. This concept always puts solar streetlights ahead of traditional streetlights.


Installing traditional streetlights involves the installation of underground electrical wiring, requiring excavation work and a suitable electrical supply. Conversely, solar-powered streetlights can be installed with ease as they do not require electrical capabilities, hence saving a significant amount of time and effort that is required to install traditional streetlights. The installation is effortless and easy to do without the use of a technician or electrician.


Sustainability is the future, and solar-powered streetlights hold the keys to a sustainable future. From safety, cost, lifespan,  environmental protection, installation, and maintenance, solar-powered streetlights are simply the better choice. They are a long-term solution for the continued safety, connectivity, and development of communities globally.

solar powered led street lightsEN-YEDTYN-LD LED Solar Street Light 100W

  • SMD 5050 patch light source
  • Adopts high-efficiency LED light source design
  • Adopts high-performance lithium battery
  • Adopts glass and silicon wafer lamination technology
  • Light control and radar sensing
  • Long lifespan: 30000 Hrs
  • Battery capacity: 12AH