EnglishViews: 0 Author: Site Editor Publish Time: 2023-10-31 Origin: Site
This guide introduces the characteristics of this type of solar panel and discusses the various technologies and terminology you need to know when choosing one. The Thin Film Solar Panel is one of the most efficient types of solar panels, and it’s an advanced technology that is versatile, cost-efficient and a viable form of solar panel.
Thin Film Solar Panels help achieve the true intent and essence of using Solar Panels as they are cost-effective, produce efficient power supply, don’t emit ODS, etc.Monocrystalline Solar Panels and Polycrystalline are expensive, too dainty and not relatively durable, hence, thin Film solar panels provide relevant responses to all the negative sides of both Monocrystalline and Polycrystalline Solar Panels.
While there are diverse Thin Film Solar Panels in the open market, only a handful of them are, actually, up to the required international standards. Here, we provide professional terminology about thin-film solar panels so that buyers can better choose suitable high-quality thin-film solar panels.
Are you aware that the sun that rises daily is copious enough to cater for the electricity needs of planet earth? Homeowners, Individuals, companies, government, etc., are all dazed as to which type of solar panel to procure for their use.
1. Definition of Terms: If you are new to the world of green energy, you might not be familiar with some terms often used when discussing about solar panels; therefore, we are going to introduce some of the terms we think you need to understand first before plunging into the profound sections of the article.
2. Efficiency Range: The efficiency range here means the ability of a single Thin Film Solar Panel to convert acquired sunlight into usable electricity. The higher the efficiency the better for the consumer has it means the consumer would buy less single panels. Higher efficiency range gives the buyer a clear clue to recognize the best thin film solar panels.
3. Temperature: This means the minimum and maximum temperature at which the Thin Film solar panel can function. According to many research reports,, all the best thin film solar panels are considered to have a minimum temperature of -40°C and a maximum temperature of 80°C.
4. Weight: Weight refers to the density of the Thin Film Solar Panel. In general, Thin Film Solar Panels are lightly weighted so you should not be scared of applying dead weight on your facade or roof.
5. Durability: This means how long the Thin Film Solar panel can last. Hence, it is important to know how durable the Thin Film Solar Panel is before procuring it. As a consumer, you want to buy the best thin film solar panel that would last longer.
6. Warranty: It is the assurance given to the consumer by the manufacturer that if any fault (manufacturer or environmental) is discovered on the Solar within a specified period of time and the manufacturer will fix or completely replace it. It’s worth mentioning that there are two types of warranties regarding solar panels. One covers the material defects which varies from 5 to 10 years depending on the module while the other type covers the loss of efficiency rate per year for mostly 25 years.
Crystalline silicon wafers are very expensive to produce, which has prompted many producers into looking at cheaper materials, and more cost-effective ways of making solar cells. There are four most common materials used in the production of thin film solar panels:
Cadmium Telluride (CdTe)
CdTe is the most generally used thin film technology, and it holds around 50 percent of the market share for Thin Film solar panels. It contains substantial measures of Cadmium – a component with comparative toxicity– so this is a factor to take into consideration.
Amorphous Silicon (a-Si)
After CdTe, a-Si is the second option when it comes to popularity. In terms of durability and toxicity, a-Si is a lot better than its rivals. However, it isn’t as efficient as others and isn’t suitable for huge requirements such as consumer electronics.
Copper Indium Gallium Selenide (CIGS)
At 22.3%, CIGS cells are probably the best materials for Thin Film techs as far as efficiency level is concerned. However, most companies find it difficult to work with this material and they are finding it hard to bring an efficient unit with attractive prices to the market.
Gallium Arsenide (GaAs)
GaAs is an expensive technology. It currently holds the highest efficiency level for every single-junction solar cell at 28.8% which strongly qualifies as the best thin film solar panels technology. In fact, this material is mainly utilized on spacecrafts and the likes. For that reason, it is made for flexible, mass-scale PV energy installments in strange environments.
Based on the preceding discussion, we have examined the necessity of procuring thin-film solar panel technology. More importantly, some considerations that purchasers should bear in mind before acquiring such panels.
In summary, when purchasing solar panels, we recommend acquiring thin-film solar panels such as CdTe photovoltaic glass or a-Si thin-film solar panels. Your selection should be based on your income requirements and the installation environment to avoid purchasing unsuitable solar panels and to save the trouble of frequent panel replacements.
