The night is starting to drop, the lights are supposed to come up, but they still stay off. In this very instant, you are most likely cursing yourself for being keen about solar energy and its applications. Sooner or later this is precisely what happens once you purchase solar street light. You are told by the sales guys of the corporation that their model of solar street light is just the thing fit for your application, throwing a bunch of statistics and calculations right in front of you. What they also told you is that it will have 5 or more days of autonomy.
Imagine what! Most of the time (except for if you are located around the equator) you will not have the performance you have been promised and you will feel cheated for the amount you have invested into solar street lighting. However, we have good news for you! The know-how has evolved and today more than ever before, it is promising to attain 365 days of autonomy with your solar street light by applying remote management control and monitoring.
Smart off the grid controller
The magic commences once you alter your standard solar charger controller with the smarter one. Smart solar charger controller performs the same function as the normal one, except for the fact that it has inbuilt communication protocols so that monitoring and remote control is made easy. Once you have done this, you have given options to your street light communication and now you can manage it tenuously from any location via Mobile or Computer.
Motion Sensor and Temperature probe
And then, when the intellect of the coordination has been established, we just need to add a couple of sensors in order to build it really smart and able to provide lighting just whenever we need it.
Motion sensor is a vital part to have in the system as it is used to supply lighting when movement is registered. Along with that, we need to put in a temperature sensor to be able to figure out the battery temperature and optimize its performance, so that we can extend the battery lifecycle. It is the most costly.
Lastly, once you have all of the system components in place you need a software solution that will enable you to proactively monitor and control each solar street light in real-time. Once we have real-time remote control and monitoring over the system no matter where the smart solar street light is, we can observe the parameters, change them and adapt to different conditions and situations. What’s more, if you have a possibility to know what will happen in the future (weather prediction) then nothing can surprise you and your system.
Along with that, we need to put in a temperature sensor to be able to figure out the battery temperature and optimize its performance so that we can extend the battery lifecycle. It is the most costly. The amount of light emitted by solar protection lights is high adequate to cover a very huge area. These solar-powered resist lights also come with a movement sensor that can standardize the force of the light depending on masses moving around that area, this assists in the conservation of power as the lights will purely function on more power when something is in motion in the locale.