Undoubtedly, solar lights are becoming more popular in the market today because of the benefits they offer. They are much cheaper than other types of outdoor lighting and they last much longer than traditional bulbs. Solar lights can be installed easily without any wires or cables, which is perfect for people with limited mobility or living in rural areas where access to power is limited.
Solar lights are a great way to save money on your electricity bill. They are also environmentally friendly because they do not use electricity and they don’t produce any emissions. Not forgetting to unveil that they offer a variety of lighting options, from soft white to bright white.
Solar light systems come with a lot of benefits. For example, solar lights can help you save money on your power bill because they use the sun’s energy to power themselves. Solar lights are also environmentally friendly because they do not emit any emissions and don’t require any electricity.
HOW SOLAR LIGHTING SYSTEMS WORK
Solar lighting systems work by converting sunlight into electricity which is then used to power the light. Solar lights, also called photovoltaic (PV) panels, are a type of solar technology that converts solar energy into electricity. They can be used in a variety of ways and are most commonly used for outdoor lighting. This means that it does not need any other external power source.
Solar panels work by converting sunlight into electricity. The panels collect sunlight and turn it into energy that is stored in batteries or connected to an electrical grid. Solar panels have no moving parts and do not cost much to maintain.
The sun provides the power for these lights to operate. Solar panels on the top of the lamp convert sunlight into electricity. This energy is stored in a battery inside the lamp. The battery powers an LED bulb, which emits light when needed.
When considering a solar lights system for your next project it is important to understand the various components required in the solar lights system.
Whilst conventional lighting installations simply connect to the utility grid, a solar lighting system requires additional hardware in order for it to be able to generate and store its own electricity.
A solar module is necessary first and foremost to catch the sun’s electromagnetic radiation. This is also known as a solar panel, photovoltaic, PV, or other similar terms. A charge controller is therefore required to govern the amount of power flowing through the system, ensuring that the battery is not overcharged or the connected devices do not over-discharge the battery. Then there’s the solar battery itself, which is where the generated electricity is kept for later use.
After the solar lighting system equipment is in place – the solar module, charge controller, and solar battery – another key issue is the system’s location. To ensure that the solar lighting system works properly, provisions must be taken to ensure that there is enough solar radiation to charge the batteries and subsequently power the linked lighting. Although this is not a difficult task, it is vital to hire a solar lights system specialist who can properly align the solar panels and fine-tune the system.
HOW TO PROTECT INVERTERS FROM LIGHTNING
Lightening is a major problem associated with many inverters; a serious concern precisely but it is very advisable to know how to protect yours from it. It could harm the electronics, causing your production to be disrupted and possibly resulting in a fire.
There are a few things you may do to protect your electronics from lightning strikes.
- Separate the Inverter
Run a separate metal casing for the inverter to keep it isolated from other equipment. This will allow you to have your solar panels on one side of your roof and place the inverter elsewhere, ideally in an area that is more protected from lightning potential.
- Ground Your Inverter
Ensure that the metal cabinet of your inverter is correctly grounded and glued to the roof of the house or building where it is installed.
According to local electrical rules, grounding should be done using a separate ground rod for every eight feet of inverter height.
The grounding wire should be connected to the ground rod before being run back into your home or building and connected to a visible metal element such as an appliance outlet box cover.
- Surge protectors are a good idea
One of the best methods to safeguard solar inverters from lightning is to use a surge protector with them.
Surges and spikes will be avoided, which could harm or kill sensitive equipment including microchips, capacitors, transformers, and even modules in some situations. Surge protection devices should be attached between the inverter and the power source.
- Install Lightning Rods
Lightning rods are designed to attract lightning strikes. They act as conductors that transfer the electrical charge of lighting safely into the ground without damaging anything in its path.
It’s important to understand how your local weather patterns affect how well a lightning rod works so you can decide how many and where they should be installed if at all.
Finally, it’s critical to take the required precautions before installing a solar panel system to ensure that your inverters and other linked equipment are safe.
A whole-house protector is put in an electric panel to lessen the impact of a lightning strike or other power surge on your solar inverter system.
HOW TO PROTECT INVERTERS FROM RAIN AND MOISTURE
Although rain and moisture do not usually impact inverters, it is always a good idea to take care to preserve your gear. Here are some pointers:
- Keep your inverter in a dry place.
It’s critical to keep your inverter dry, especially if you’re using it in a desert region or where rain is scarce. It’s possible that getting your inverter wet will cause damage and a short circuit.
- When not in use, keep your inverter covered.
If you’re not using your inverter, make sure it’s hidden. This will help to keep moisture out of your gadget and safeguard it from damage.
- Use a Waterproof Enclosure
If you live in a location where there is a lot of rain or dampness, a water-resistant enclosure can be a smart choice.
These are designed to protect your inverter from the rain while also allowing you to operate it in wet situations without risk of damage.
- Attach a rain cover on the roof.
Installing a rain cover is another option. This piece of plastic or fabric will go over your inverter and keep it dry. It’s a simple and inexpensive solution to protect your device from the outdoors.
- Invest in a dehumidifier.
If you’re having difficulties keeping your inverter dry, a dehumidifier can be the answer. This will assist in removing moisture from the air and protecting your inverter from harm.
Interestingly, at KARA ONLINE STORE, we’ve got loads of inverters, solar panels and batteries that are very much ready for sale; durable and at an affordable price.