If you know only one type of solar-powered energy, this is the time to comprehend the rest of them! Each one has variations and different features that come from several systems and manufacturers.
Each company has its device standards. Learning these contrasts will enable you to make an intelligent choice, considering the right system to meet your needs. Here are some examples of the differences between several technologies.
1) Solar Power Equipment
Each solar power equipment is made specifically for the lamp fitting or to the amount of light that is powering. The extent of the solar power equipment is planned to fit the design specifications. A final client or a professional that uses standard specifications for all systems can make this. This will differ one company from another.
Systems that provide combined solar power devices into an “all in one” classification have a standard amount of solar powering they will release regardless of where the solar light is placed. This indicates that a panel located in Texas will emit the same quantity of energy when compared with an identical one located in Michigan.
A panel located in Texas should release a higher quantity of solar energy. This is because of the amount of sun it is exposed to by being located in Texas, but this is not what happens- they both get the same amount. These devices do not work well for industrial purposes and can not be considered a stable system.
Many solar lighting companies determine how much solar energy will be needed to power a device in that region by searching for the local weather conditions. This process provides a specialized solution and assures that the equipment will be more reliable than the “All-in-one”.
Although this method of fabrication may be common, you still need to search and do a more in-depth analysis of the system you are thinking about buying to make sure that the power you will get from it, will fit your needs.
2) Battery Storage Equipment
Solar panels energize the batteries throughout the day, and the batteries will give you energy supply at night. It may seem easy, but you need to check how much power the battery will offer at night, some can power only one night. If that’s the case, the sustenance schedule will be different from the equipment that provides energy autonomy.
There are two principal battery technologies that these systems use; Lithium and AGM or Gel.
- Lithium gives the maximum of energy it can produce regularly. It can also last a long time under excellent conditions. Nevertheless, one day with more limited sunlight will cause the system to not function properly at night. The Lithium batteries are expensive and will only increase a year or two of usage to the system.
- Gel or AGM technology is a larger and heavier batterie. The larger size uses about 20% of its energy potential per night.
This means that even when the sun is not on it is brighter, you will still get plenty of stored energy. This guarantees the battery’s fullest potential. This is necessary, mainly in systems where safety and security are essential. These types of battery systems require replacing every five years but have a lower price when compared with the Lithium ones.
3) Control Electronics
Distinctive Control options are on the table. Several companies use “Adaptive Lighting Controls” as their main product on the market.
Some of these systems give the controller more independence to manage the lighting. In this situation, the controller may turn on and off the lighting as it thinks it’s necessary. The energy power at night works with 10% of its capacity and work on full mode when the battery is full or there is movement.
Some manufactures can inflict severe night lighting schedules with no
dimming or adaptive controls. Some of these schedule rules are discussed with the owner before the installation, and some are imposed without the knowledge of the buyer.
Before acquiring one of these systems you should read the system specifications and requirements with the company. Considering that you don’t want to be left out in the dark without knowing about it.
Reading the fine print guarantees that your equipment performs as you expected it to.
4) Light Fixtures Equipment
Solar light fixtures evolved a lot in the past ten years, especially with the combination of LED accessories.
LEDs also improved over the last few years with various modifications in lighting amount and durability.
Searching and reading about the lighting quantity, wattage, and durability equipment has will contribute to a precise diagnostic of the amount of light production you will get and how long the light equipment will endure.
The standard hour is about to 100k. That number is also growing regularly as well as the energy production per LED, providing the same amount of light with lower wattage equipment.
Comparing the specifications of different systems will make it easier for you to choose one that fits your needs. The first thing you need to decide is what type of configuration you need for your business or your house, and after that start the looking.
There are many varieties of lighting systems today. Obtaining one from a trustworthy company will give you peace of mind that your system will last longer and the firm will give you all sorts of guarantees and support for those future years.
