What Provides Solar Power?

Solar power is one of the commonly preferred sources of electrical energy. This is because solar power is a renewable energy source and is practically harmless to the environment. The world today looks to renewable sources of energy as a means of promoting good climate and sustainability.

Many companies and their products utilise solar power to work. These products that work by drawing solar energy require a solar system to be installed for them to work as intended. A solar system is a setup created to draw energy from the sun and convert it into usable power.

In this age of technology, various advancements are constantly being made to adjust the accessibility and efficiency of solar energy products. OUKITEL is one of the best companies that places a lot of attention to environmental implications as well as reliability. Let’s find out how OUKITEL products provide solar power.

 

The Role Of Solar Panels  

Solar panels are vital components in a solar system. They capture sunlight directly from the sun and convert it into regular electricity you can use in your home. Solar panels work by using photovoltaic cells made from semiconductors. These semiconductors, like silicon, help to generate electricity.

When sunlight touches the solar panels, the electrons in the silicon cells move due to the interaction. An electric field then forces the displaced electrons to move across the solar cells. This leads to energy flow. We refer to this straightforward flow of electrons as a direct current (DC).

Can you utilise DC in its natural state though? The answer is yes, it is usable in this state. However most home appliances work with alternating current. That means, you need an inverter to convert the direct current to alternating current (AC). The inverter's job is to reverse the direction of the energy, allowing your household appliances to run with it.

A solar panel, or module, is made up of several solar cells. To create a full panel, the assembled solar cells are set on a base sheet with a glass cover for protection and a metal frame. The panel has circuitry running through it to control the flow of electricity.

When solar panels are arranged together in groups, it is called a solar array. The photovoltaic effect is produced when sunlight hits the silicon in the solar array, causing the electrons to begin moving.

Solar Inverters

Solar inverters are the component of solar systems that convert the direct current to alternating current. It is a necessary aspect for solar power supply as this is what makes your appliances work.

An inverter is required to change direct electricity into alternating current. Your solar system would produce electricity without an inverter, but you wouldn't be able to use it. The solar system's size and setup will determine the kind of inverter you will need.

If you simply require a basic solar system, a string inverter is all you need. A string inverter is a single box that is placed near the circuit breaker in your house. One string inverter can connect to up to 24 panels. It has little working parts, which makes maintenance easier.

For micro-inverters, every panel has its own inverter. They are necessary for more sophisticated solar array systems. Since each panel has its inverter, their efficiency won’t affect each other. Micro-inverters also offer monitoring features for each panel, which makes maintenance simpler.

Another type of solar inverters are power optimizers. Power optimizers help solar panels maintain optimal performance for extended periods. They are also installed on individual panels, like micro-inverters. There are also hybrid inverters that combine multiple types of solar technology into a single unit.

 

Mounting And Installation

Solar panels are usually installed outdoors. They often require mounts so that they can be positioned well. The placement and orientation of a solar panel is very important as it determines the amount of direct sunlight the panel will receive. Placing your panel in an optimal position will ensure constant power.

There are various mounting systems for solar panels. Solar panel mounts are equipment that secure a solar panel to a location. Once you mount your solar panel, you can easily adjust the tilt of the panel to the direction you want. Most times, solar mounts are installed on the roof, but there are also some that stay on the ground.

The most common type of solar panel mounting system is mounting brackets. Mounting brackets are heavy-duty equipment that are made using durable materials like steel or aluminium. Proper installation of your solar systems like the Oukitel solar generator, is necessary to maximise the capture of energy.

 

Battery Storage Solutions

A battery is another crucial component of a solar system. Solar batteries store the extra energy produced by solar systems for future use. Most solar system brands include in-built batteries with their solar systems to store any extra energy produced by the panels.

Solar batteries have various types. Lead-acid and lithium-ion batteries, for instance. The ideal battery type for solar power systems are deep-cycle batteries. These are batteries that deplete themselves gradually and then recharge again. It is important to always leave batteries at 30% capacity to ensure maximum performance and longevity.

Numerous factors can affect the battery life of a solar system. OUKITEL offers cutting-edge battery technology for your solar systems. Our battery options meet all your demands, and have exceptional endurance and lifespan.

 

Monitoring And Management Systems

Monitoring and management systems play very important support roles for your Oukitel power station. They help you keep an eye on your solar power usage so it can be maximised. An electric metre is used to monitor your solar energy usage.

Smart metres help to monitor and transmit real-time data from your solar system to your local utility provider. Homes with smart metres can enjoy net metering. With net metering, you can receive credits from your utility provider for any extra power your solar panels produce. However, this is only functional if your solar system is linked to the power grid.

Another way to manage your solar system properly is through a charge controller or solar regulator. As their name suggests, solar regulators control the direct current that comes in from solar panels, and keeps your solar battery from overcharging.

When batteries overcharge, there will be loss of electrolytes. This reduces the lifespan of the batteries. When your solar battery is fully charged, solar regulators are made to detect it and either cut off or limit the current going into the battery.

Charge controllers also come with low voltage disconnect features. This feature cuts off the electrical supply to appliances when it detects that the voltage is below a certain threshold. This minimises the chance of long-term harm happening to the battery and your devices.

 

The Environmental And Economic Impact Of Solar Power

The environmental impact of solar power include:

● Land Impacts

Solar energy, when used on a large scale, requires a lot of land use. Once solar energy is gathered for utility use, it might have some interference with existing land uses. Solar systems for home use, however, don't really have much impact on land.

A portable power station, like the OUKITEL P5000 and OUKITEL P1201 for instance, does not require too much space for installation. All you need is a well ventilated area that has good access to direct sunlight and you’re good to go.

● Soil And Water Impacts

The installation of solar facilities on vast land areas requires the land to be cleared, graded, and compacted. There can also be alteration of drainage channels and increased erosion in the area. However, this only occurs when the panels are installed on a large scale.

The only impact solar energy has on water are the central solar tower systems that need to be cooled with water. This doesn’t have too much of an impact, and it could be said that solar power has little impact on water.

● Air Impacts  

Solar facilities pose very little threat to the air around you. They produce little to no emissions and do not take up air space. Although there might be little disruption to the air during solar panel installation, this doesn’t have much impact on the environment at large.

Solar power also has diverse economic benefits for you. The best one being it saves cost. The cost of a solar system might seem large at first, but if you think about it clearly, you will realise that it is perfectly worth it in the long run. Why not get a solar power system and save up future electricity costs?

Various brands and companies also provide many incentives for solar system installations. These incentives can help you reduce the total amount you will have to spend to purchase the solar unit.

 

OUKITEL’s Role In Solar Power

OUKITEL is a company dedicated to sustainable and reliable products. Our company focuses a lot on renewable energy products that help to promote a green environment. Some of our solar power solutions like the OUKITEL P2001 Plus and our solar generator kit are the most efficient in the market.

 

Conclusion

A solar power system consists of various key components that come together to form a whole. The components required for solar power supply include solar panels, inverters, batteries, and monitoring or management systems. Once all these components are combined, you will get a functional solar power system.

Solar power is essential for the world to move into the age of sustainability. It is a very cost-effective source of energy that is especially friendly to the environment. If you’re looking for a suitable power solution today, integrate OUKITEL’s solar technology into your home to enjoy maximum benefits.