Solar Energy System

Professional Solar Energy System Manufacturers

Professional Solar Energy System Manufacturers

We are a professional solar energy system factory, providing off-grid solar system, hybrid solar system etc. Products are sold well Chinese market and also exported to Europe, America, Asia, and other countries and regions.
We are a high-tech company and have an elite team over 400 employees who have been engaged in the development and construction of PV power station. We can provide customers with professional services.

Company Advantages

Experience

The Skyworth Group was founded in 1988. With more than 30 years of manufacturing experience, we can provide you with scientific solutions.​

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High Quality​

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Strong Team

We have an elite team of 400 employees who have been engaged in the development and construction of PV power stations, and we can provide customers with professional services.

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Multiple Certifications

We have already achieved several certifications, including: TUV, DEKRA, and CE.

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24/7 Online Service

We are online 24 hours a day. You can contact us by phone or email at any time. We will respond quickly.

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Product Advantages

Durable

Our product has an average lifespan of 25-30 years and requires very little maintenance over the years.

Competitive Price

Although our product has exceptional properties, we offer it at a competitive price.

Customization Options

Our product can be customized according to the needs of the customers.

Easy Installation

Our products are easy to install and can be put into use quickly, making it very convenient.

Types Of Solar Energy System

Solar energy systems use the sun’s heat and light to generate electricity and heat. There are two main types of solar energy systems:

Off-grid Solar System

An off-grid solar system, also known as a stand-alone power system (SAPS), is a solar power system that is not connected to the electrical grid. It uses solar panels to absorb energy from the sun and convert it into electricity. The energy is then stored in a battery until it's needed. An inverter converts the stored energy into alternating current electricity to power your home.

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Hybrid Solar System

A hybrid solar system is a solar power system that can operate on-grid and off-grid. It uses solar panels, a hybrid inverter, and a battery bank. A hybrid solar system generates power in the same way as a grid-tie solar system. The solar panels convert sunlight into electricity. The hybrid inverter can transmit direct current (DC) power to and from the batteries. It can also channel alternating current (AC) power between the grid and your home.

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Applications Of Solar Energy System

1.Off-grid Solar System

Off-grid solar systems can generate electricity in areas without conventional electricity infrastructure. They are ideal for: Rural areas, Shelters, Research stations, Sea islands, Farming areas.
Off-grid solar systems can be used for a variety of applications, including:

  • Electrification in remote areas
  • Emergency power supply
  • Mobile solar systems
  • Power backup
  • Businesses that can sustain without electricity

2.Hybrid Solar System

Hybrid solar systems have several applications, including:

  • Power During Grid Outages

Hybrid solar systems can provide power during grid outages caused by technical issues or bad weather.

  • Backup Power

Hybrid solar systems can provide a backup power source when the sun isn’t shining.

  • Rural Areas

Hybrid solar systems can be used for domestic water and agriculture irrigation in rural areas.

  • Ocean-Going Ships

Hybrid solar systems can be integrated into the power of large-scale ocean-going ships.

Advantages Of Solar Energy System

1.Off-grid Solar System

Off-grid solar systems have many advantages, including: Environmental friendliness, Lower energy costs, Energy independence, Reliability, Tailored solutions.
Other advantages include:

  • Avoiding power outages
  • Reducing electricity costs
  • Easy installation
  • Easy alternative for rural areas
  • Keeping the environment clean and green
  • Providing an alternative energy source.
 

2.Hybrid Solar System

Hybrid solar systems have several advantages over traditional solar systems, including:

  • Reliability

Hybrid systems are more reliable because they use both conventional panels and energy storage devices.

  • Cost

Installation costs can be as little as half of a conventional system.

  • Efficiency

Hybrid systems work more efficiently and sustainably than traditional generators.

  • Power

Hybrid systems generate more power and are more stable in energy generation.

  • Alternative energy

Hybrid systems can use cheaper alternative energy, such as solar power and wind power.

Working Principle Of Solar Energy System

The basic principles of all solar power systems are the same.

Working Principle Of Solar Energy System

Here's how solar power systems work:

  1. Sunlight hits the solar panel.
  2. The panel’s PV cells absorb the energy from the sunlight.
  3. The energy creates electrical charges that cause electricity to flow.
  4. The current flows into an inverter, which converts it to AC electricity.
  5. The current is fed through a meter and into your home’s consumer unit.

Maintenance Tips For Solar Energy System

Solar Energy System generally require little maintenance. However, routine servicing is important to ensure proper operation. Here are some tips for maintaining a solar energy system:

Check Batteries

Inspect batteries frequently for damage and debris. Clean battery terminals with a mixture of distilled water and baking soda. Coat metal components with a sealant or high-temperature grease.

Protect from Weather

Protect your system from extreme weather. Install surge protectors. Gently clear snow from panels to allow sunlight to reach them.

Monitor Performance

Monitor the charge controller. Use a digital hydrometer to check the battery.

Schedule Inspections

Schedule regular professional inspections.

Product Purchasing Advice

When choosing a solar energy system, you can consider things like:

  • Energy needs: Review your electricity bills to determine your average monthly consumption.
  • Location: Solar panels work best in areas with lots of sunlight.
  • Efficiency: Solar panels with more than 20% energy efficiency are good for larger homes. Monocrystalline solar panels are efficient but expensive.
  • Cost: The upfront costs of a solar array can be offset by reduced utility bills.
    Other factors to consider include: Type of solar panels, Quality, Certifications, Reviews, Wattage, Warranty.

Certifications

Our certification is very complete with TUV, DEKRA, and CE.

Certifications

Our Factory

The company possesses first-class technology R&D platforms and production lines of products.

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Frequently Asked Questions

Other advantages of hybrid solar systems include:

  • Switching between power sources
  • You can switch between power from the grid or power from your battery bank.
  • Grid availability
  • The availability of the grid means that you can likely downsize your battery bank capacity.
  • Grid electricity
  • You'll use less grid electricity than you would with a traditional grid-tied system.

Some disadvantages of off-grid solar systems include: They are more expensive Batteries are required to deliver electricity consistently Surplus energy production could go to waste Cannot rely on the grid at night or on cloudy days

Here are the four main components of an off-grid solar system:

  • Solar panel
  • Solar inverter
  • Battery
  • Balancing of the system

There are three main technologies for harnessing solar energy:

  • Photovoltaics (PV): PV systems convert light directly into electricity. PV systems can be small, like rooftop systems, or large, like utility-scale plants.
  • Concentrating solar power (CSP): CSP uses heat from the sun to power electric turbines.
  • Solar heating and cooling (SHC): SHC systems collect solar energy.

Hybrid solar systems have several disadvantages, including:

  • Cost Hybrid systems are more expensive than grid-tied systems due to the cost of installing a battery bank and other components. Hybrid inverters are also more expensive than conventional inverters.
  • Maintenance Standalone systems have more components and require more maintenance, especially the batteries.

 

Blackouts Basic hybrid inverters don't have a grid isolation device, so they can't power your home during a blackout. Other disadvantages of hybrid solar systems include:

  • High payback time
  • High installation cost
  • Requires more space
  • Initial investment is higher than solar systems alone

A hybrid solar system has four main components:

  • Solar panels: Convert solar energy into DC electricity
  • Hybrid inverter: Manages solar panel and battery energy
  • Batteries: Use lithium battery technology to fit more capacity into a single unit

Electricity switchboards: Provide solar power to a self-contained network Other components of a hybrid solar system include:

  • Charge controller: Manages the flow of energy from the solar panels to the battery
  • Battery bank: A group of batteries wired together
  • EV charger: Has the features of a regular battery charger and inverter

Solar panels can still generate electricity on cloudy days, but they are less efficient. On a cloudy day, solar panels can produce 10–25% of their normal power output. This percentage can vary depending on the cloud coverage. A thin layer of clouds will allow some ultraviolet rays to reach the panels, but thicker clouds will block more rays.

Solar Energy System can still operate in the rain, but their power output depends on cloud coverage. Heavy rain clouds will most likely hinder energy production, but rainfall provides a safe and easy way to clean solar panels. Rainfall can rinse solar panel surfaces, preventing layers of dirt and debris from forming and blocking future sunlight. Your solar power system may store less energy when it rains but it will clean your panel surfaces and relieve you of this maintenance task. Snow can hinder solar energy production more than rain and cloud coverage because it accumulates on panel surfaces and blocks light. However, snow will eventually melt and slide off panels, depending on their tilt and the weather conditions following a snowstorm.

Heat reduces the power solar panels can produce from sunlight. However, wind can help increase solar panels' energy production by keeping them cool and reducing humidity. The wind cools solar panels the same way it refreshes us on a hot day. Wind won't significantly affect a solar panel's power efficiency, but it will make a minor difference that adds up over time. Wind also whisks humidity off solar panels. Humidity causes small water droplets to accumulate on solar panel surfaces, similar to sweat beads on our skin. These water droplets can refract or reflect sunlight away from solar panel cells, decreasing the amount of sunlight that reaches them. Consistent humidity in areas with tropical climates can also damage some solar panels over time, shortening their lifespan. Wind helps dry moisture from solar panels on humid days and cool panel surfaces on hot days.

An off-grid solar system is a solar panel system that generates electricity, stores that power in solar batteries, and runs independently from the power grid. These systems encourage off-the-grid living, a lifestyle centered around energy independence and self-sustainability.

Off-grid solar. If your solar system is completely off-the-grid, you will not receive an electricity bill from your utility. This is a huge perk for off-grid solar and one of the most appealing features for consumers who are considering off-grid systems.
When this happens, any excess solar power that is generated will typically not be stored in the batteries, and instead, it will be sent back to the electricity grid or wasted.

Yes, it is possible to retrofit an existing solar system with a battery bank. Solar panels are almost always compatible with energy storage systems. However, if the solar system wasn't originally designed to have battery backup, you will need to either replace the existing solar inverter or install an AC-coupled battery.

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