• April 13. 2022

A bifacial solar panel is a bifacial energy factory that converts sunlight into electricity at its top and bottom. They differ from single-sided solar panels that use only one side for solar energy production. Bifacial panels are equipped with solar cells on the top and rear of the panel. They are usually single crystal, although polycrystalline can be used. Because they are so thin, they resemble...

• July 28. 2022

Thin-film solar panels are the second generation of solar panels, which are made by depositing one or more layers of photovoltaic photon absorbing materials on substrates such as glass, plastic or metal. Thin-film cells are very thin, typically ranging in thickness from a few nanometers to tens of microns, which makes thin-film solar cells both flexible and lightweight. Because of their high flexi...

• February 09. 2023

With the increasing popularity of bifacial solar panels, more and more people will choose to install bifacial panels instead of single-sided panels to reap the rewards, so what are the advantages and disadvantages of it? Advantages 1. Improve efficiency This is the main and most important function of bifacial solar panels. Since bifacial modules can generate power from both sides of the panel, the...

• March 10. 2023

Some solar photovoltaic panels have a frameless design, with the cells sandwiched between two pieces of glass, while other, more flexible designs use polymers to protect the electronics. But for all other solar panels with a frame, it's likely to be made of aluminum. There is now a growing momentum to use other framing material options for environmental and practical reasons. Steel is one of them....

• June 14. 2023

Solar carport racks can be mistaken for simply elevated ground-mounted solar racks, but solar carport designs have their own unique set of complexities, configurations, and safety considerations. Providing a solar carport of the highest quality means designing a racking solution specifically for the application and will result in a system that utilizes available space more efficiently; offers grea...

• May 21. 2025

The design life of photovoltaic (PV) mounting structures is closely intertwined with their wind resistance capability, as both factors collectively determine the long-term safety and reliability of the system. Below is an analysis of their core relationship from technical logic, mutual influence, and engineering practice perspectives: I. Design Life Determines the Benchmark for Wind Resistance 1. ...

• May 28. 2025

Against the backdrop of actively promoting the Sustainable Development Goals (SDGs) globally, clean energy has become a key driving force. Solar energy, as a clean and renewable energy source, is playing an increasingly important role, and solar brackets, as an important component of solar power generation systems, should not be underestimated in their contribution to sustainable development goals...

• June 23. 2025

Solar brackets are an important component of solar power generation systems, supporting solar panels to be fixed on roofs or floors. The quality of the bracket directly affects the stability, safety, and lifespan of the solar power generation system. Here are some important considerations regarding the quality of solar brackets: Material quality: Solar brackets are usually made of materials such a...

• October 27. 2025

The core of choosing the optimal installation method for ground-mounted solar panels lies in making a comprehensive decision based on topographical conditions, local climate, module layout, and cost budget. 1. Mainstream installation methods and applicable scenarios Fixed inclination installation: It features a simple structure and the lowest cost, suitable for areas with flat terrain and stable l...