We have factories in China to manufacture solar photovoltaic panels, such as monocrystalline solar panels, portable solar panels, and also have customized services. EnterSolar is committed to the development of solar panels, providing customers with high-quality, high-performance professional services, and promoting the development of green environmental protection.

Types of Solar Panel

Portable solar panel

Portable Solar Panel

Portable solar panels produce DC. They are also lightweight and easy to install. Portable pv solar panels can be hung from the roof of an RV or attached to any flat surface using suction cups or other mounting hardware. With folding solar panels, campers who want to charge their phones while camping without having access to electricity from a nearby campsite or park with electrical hookups.
Fordable solar panel

Folding Solar Panel

A folding solar panel is a portable and compact photovoltaic device designed for efficient energy capture on the go. They often feature lightweight, durable materials and may include integrated support structures for stability. When not in use, they can be easily folded for convenient storage and transportation, making them popular for camping, hiking, and off-grid applications.
Mono solar panel

Mono Solar Panel

A monocrystalline solar panel is a type of photovoltaic module made from a single crystal structure, typically silicon. These cells are made from a single, high-purity silicon crystal structure, which results in a more efficient and space-saving design. Mono solar panels are known for their high energy efficiency, making them a popular choice for residential and commercial solar installations where space is limited.

Solar Panel Advantages

High efficiency cells

High efficiency cells

Better current collection capability, larger power generation area. The attenuation rate caused by the PID phenomenon is minimized by battery production technology optimization and material control.

High output power

High output power

Adopting PERC battery structure technology and low resistance characteristics monocrystalline module output power is up to 450W. It enables more efficient operation. The whole assembly passes 2400Pa wind load and 5400Pa snow load.

Low light performance

Low light performance

By using excellent glass and cell surface texturing technology, we achieve excellent performance in low light environments. Better light utilization and current collection capability, effectively improve product power output and reliability.

Adapt to harsh environment

Fit to bad condition

Anti-reflective and easy to clean, reduce power generation losses caused by dirt and dust. With high quality, the solar panel is suitable for a variety of harsh environmental conditions such as seasides, farms, and deserts.

Internal Material Design

PV tempered glass

PV Tempered Glass

Ultra-clear PV tempered glass is the surface covering layer of solar panels, with over 90% high light transmittance and excellent weather resistance. At the same time, it has high strength and impact resistance, which can protect the battery sheet from external damage.



EVA is used to bond solar cells to other components. Through the high-temperature heating and vacuum treatment of the lamination machine, EVA can bond the various components and provide a good seal to prevent moisture and dust from intruding into the interior of the cell.

Solar cells

Solar Cells

The solar cell is the core part of the solar panel. It is usually made of semiconductor materials such as silicon, and its working principle is based on the PV effect. When sunlight shines on the cell, the energy of the photons excites the electrons in the cell, thereby generating an electric current.



PET is a commonly used backsheet material. It has good mechanical properties and can also protect the battery sheet. The PET backsheet can prevent the cells from being mechanically damaged by the outside world, also provide certain electrical insulation properties.

Aluminum frame

Aluminum Frame

The aluminum frame is the frame structure of the solar panel, which is used to support and fix the various components. The aluminum frame has good strength and corrosion resistance, which can effectively protect the components inside the battery panel.

In Transportation Industry

Solar photovoltaic panels have increasingly found their way into the transportation field, offering innovative solutions to reduce carbon emissions and increase energy efficiency. PV panels in transportation, primarily in the form of solar-powered vehicles and infrastructure, are revolutionizing the industry. These photovoltaic solar panels harness the sun's energy to generate electricity, which enhance the efficiency of traditional transportation systems. Such as solar-powered vehicles and solar charging stations.

At EnterSolar, we understand the diverse needs of your daily and customize the panel to best fit your power needs!

Solar panel in transportation industry
Solar panel in agriculture industry

In Agriculture Industry

Solar panels are revolutionizing the agriculture industry by providing sustainable and efficient energy solutions. These photovoltaic systems are being widely adopted for various applications within agriculture. Off grid solar panels can directly power irrigation systems, ensuring a consistent water supply for crops. This reduces the reliance on fossil fuels or grid electricity, making farming more environmentally friendly. Some farms use excess solar-generated power to offset energy costs, essentially becoming energy-neutral.

In remote or off-grid areas, pv solar panels provide a reliable source of electricity for essential equipment like water pumps, lighting, and communication devices. This connectivity enhances productivity and safety. Also crop drying and storage. Solar-powered drying and storage solutions help prevent post-harvest crop losses.

Asked Questions

Solar panel faq
1. What happens if there is snow on solar panels?

When snow accumulates on solar panels, it can significantly reduce their energy production. Snow acts as an insulating layer, preventing sunlight from reaching the photovoltaic cells and inhibiting the panels' ability to generate electricity. The extent of the impact depends on various factors, including the amount and type of snow, panel tilt, and local weather conditions.

Solar pv panels are typically installed at an angle to maximize sun exposure, which can help snow slide off naturally when it starts melting or when the panel temperature rises slightly. Some solar panel systems also incorporate automated snow removal mechanisms, such as heating elements or tilting systems, to speed up snow removal.

Manual snow removal is another option, where homeowners or maintenance personnel carefully remove the snow using soft tools to avoid damaging the panels. However, this can be a labor-intensive and potentially risky task.

In summary, while snow on solar panels can temporarily reduce energy production, various strategies can mitigate its impact, allowing the panels to continue generating electricity effectively, especially in areas prone to snowfall.

2. Can I go off grid with solar panels?

Yes, you can go off-grid with solar panels, but it requires careful planning and investment. Off-grid living means relying solely on self-generated power, typically from solar panels, to meet your energy needs.

First, assess your energy consumption to determine the number of photovoltaic panels and battery storage capacity required. Solar panels capture sunlight and convert it into electricity, which can be stored in batteries for use when the sun isn't shining. Next, invest in high-quality solar panels, an efficient charge controller, and a reliable battery storage system. This setup will ensure you have a consistent power supply even on cloudy days or at night.

Consider your location and climate. areas with abundant sunlight are more conducive to off-grid solar living. You'll need to adapt your lifestyle to use energy efficiently. Using energy-efficient appliances and being mindful of power consumption will help extend your energy supply.

Going off-grid with solar panels can provide energy independence and reduce your environmental footprint, but it can be costly upfront. It's essential to research and plan thoroughly to ensure a reliable and sustainable off-grid power system. Consulting with solar experts can also be beneficial.

3. Do solar panels work in a blackout?

Solar panels alone do not work during a blackout unless they are connected to an energy storage system like batteries. Traditional grid-tied solar panel systems are designed to feed excess electricity back into the grid, which means they automatically shut down when the grid goes down for safety reasons. This prevents electricity from flowing back into the grid and potentially harming utility workers.

To have power during a blackout with photovoltaic solar panels, you need a solar-plus-storage system. Batteries store excess electricity generated by the solar panels during the day, and this stored energy can be used to power your home when the grid is down. Such systems offer resilience and can provide backup power during outages, reducing reliance on diesel generators or other backup solutions.

In summary, solar panels alone do not work during a blackout because of safety regulations, but when combined with an energy storage solution like batteries, they can provide backup power, making them a valuable asset for both reducing electricity bills and ensuring reliability during power outages.

4. How many solar panels will I need?

The number of photovoltaic solar panels you will need depends on several factors, including your energy consumption, location, panel efficiency, and available space. To determine the right number of pv panels for your specific situation, follow these steps:

1. Calculate Your Energy Consumption. Start by reviewing your past utility bills to determine your average monthly or annual energy consumption in kilowatt-hours (kWh). This will help you understand how much electricity you need to generate.

2. Panel Efficiency. Solar panel efficiency varies, with newer panels generally being more efficient. Higher efficiency panels produce more electricity in less space, potentially reducing the number of panels needed.

3. Available Space. Assess the available space on your roof or property where you intend to install solar panels. Different panel sizes are available, so you'll need to determine which size fits your space.

4. Account for System Losses. Solar pv panel systems are not 100% efficient; they experience some energy losses due to factors like shading, dirt, and inverter inefficiencies. Factor in these losses when calculating your panel needs.

5. How do solar panels work to generate electricity from sunlight?

Solar panels, also known as photovoltaic (PV) panels, work by converting sunlight into electricity through a process called the photovoltaic effect. Here's a step-by-step explanation of how solar panels generate electricity from sunlight:

1. Photovoltaic Material. Solar panels are made up of many individual solar cells, which are typically made of silicon or other semiconducting materials. These materials have special properties that allow them to convert sunlight into electricity.

2. Absorption of Sunlight. When sunlight strikes the surface of a solar panel, it consists of photons (particles of light) with different energy levels. The photons are absorbed by the photovoltaic material within the solar cells.

3. Electron Flow. The presence of electron-hole pairs in the semiconductor material creates an electric field within the cell. This electric field causes the free electrons to move towards the front surface of the cell, while the holes move towards the rear surface.

4. Generation of Direct Current (DC). As the electrons move through the semiconductor material, they create an electric current. This electric current is in the form of direct current (DC), which flows out of the solar cell and into an electrical circuit.

6. What is the efficiency of solar panels in converting sunlight into electricity?

The efficiency of solar panels in converting sunlight into electricity varies depending on several factors, including the type of solar panel, location, and environmental conditions. The most common type of solar panels, known as photovoltaic (PV) panels, typically have an efficiency range of 15% to 22%. This means they can convert 15% to 22% of the sunlight they receive into electricity.

Monocrystalline panels tend to have higher efficiencies, closer to the upper end of the range, while polycrystalline and thin-film panels are often at the lower end. Research continues to improve panel efficiency.

Efficiency can also be affected by factors like shading, dust, and temperature. Maximum efficiency is achieved when panels are clean, unshaded, and operating at an optimal temperature. Some advanced solar technologies, such as multi-junction and concentrated photovoltaics, can achieve higher efficiencies, but they are less common and often more expensive. It's essential to consider efficiency along with other factors like cost, durability, and available space when choosing solar panels for a specific application.

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