The market for energy, particularly for solar panels, was almost completely dominated by REC Solar Panels. On the other hand, Longi isn’t far behind it either. Solar panels from Longi and REC are strong, have a long warranty period, produce a lot of power, work well, and have many other qualities. Now, the question lies Jinko vs Longi which is better. To discover the solution and relevant facts about Jinko vs Longi solar panels, read the blog.
Jinko Vs Longi Overview
Whenever it’s about leading solar companies, the topic of Jinko vs Longi ought to come. Jinko Solar is presently the world’s largest solar panel manufacturer and has an excellent track record for producing cost-effective reliable solar panels for residential and commercial applications. With the new Tiger series panels, Jinko Solar is advancing the switch to higher-performance N-type cells after setting numerous industry-record solar cell efficiency marks and making numerous other technological advancements.
The biggest producer of solar products in the world, including wafers, cells, and panels, Longi Solar is also partially to blame for pushing the solar industry towards monocrystalline PERC cells, which are more effective. The business manufactures a variety of reasonably priced solar panels for domestic and commercial use and has emerged over the past three years as a leader in the PV research and development sector. Outstanding successes include new developments in high-efficiency HJT silicon cells, and more recently, Longi released the first panels produced with their distinctive HPBC cells, making the Longi Hi-MO 6 panels some of the world’s most efficient solar panels.
Jinko Vs Longi Solar Panel Efficiency
As you have learned about the background of Jinko vs Longi, let us move forward to Jinko vs Longi solar panel efficiency. The term solar panel efficiency describes how effectively a solar panel absorbs sunlight and transforms it into usable energy. A solar panel with a higher efficiency will generate more energy under the same circumstances than a panel with a lower efficiency. Due to this reason, a higher efficiency rating is usually preferred. Now, let us go through Jinko vs Longi solar panel efficiency outlined in a table.
Jinko Solar Panels
The efficiency of the Jinko Solar panels depends upon its several models. However, the product range of Jinko includes panels with efficiency ratings that range from 18.67% to 21.33%. During May 2022, Jinko Solar’s Eagle G4 has been counted as one of the most efficient solar panels with an efficiency of about 21.16%.
Another product of the Jinko Solar, the Tiger Neo is a panel that has been designed for solar farms and has an efficiency of 22.30%. Hence, Jinko Solar, having high efficiency, is top in the competition. Here is a list of Jinko Solar’s models with their efficiency ratings:
Series | Max Efficiency |
Eagle G5 | 21.14% |
Eagle G4 | 21.16% |
Eagle G2 | 19.78% |
Also See: Jinko vs Sunpower Solar Panels
Longi Solar Panel
Along with having a sizable workforce dedicated to research and development, Longi Solar has set numerous marks for cell efficiency over the years. Building on this, the R&D team at Longi was able to set a new efficiency mark over the past few months with a record-breaking 26.81% cell efficiency using the well-liked heterojunction (HJT) cell technology. The efficacy of silicon solar cells has never been higher than it is right now.
Model | Efficiency |
LR4-60HPH | 20.3%-20.9% |
LR4-66HPH | 20.8% |
LR4-72HPH | 20.2%-21.2% |
Also Read:11 Major Factors Affecting Solar Panel Efficiency
Jinko Vs Longi Capacity or Jinko Vs Longi Output
Moving on to Jinko vs Longi capacity, the term solar panel capacity refers to the maximum amount of electricity that the solar panel system can produce under ideal circumstances. This is commonly referred to as rated output or rated capacity, and it is assumed to be 1,000 watts (or 1 kW) of sunshine for every square meter of the panel. Let’s now compare the tabled Jinko vs Longi capacity or Jinko vs Longi output.
Jinko Solar Panels
Series | Wattage |
Eagle G4 | 380W-440W (66-cell version), 455W-475W (72-cell version) |
Eagle G5 | 520W-545W |
Eagle G2 | 310W-330W |
Also See: 2kW Solar Panel How Many Units Per Day Output?
Longi Solar Panels
Model | Wattage |
LR4-60HPH | 355W-385W |
LR4-66HPH | 405W-425W |
LR4-72HPH | 430W-460W |
Also Read: What is the Average Solar Panel Output Per day?
Jinko Vs Longi Solar Panel Price Range
Let us compare the price range of Jinko And Longi solar panels and determine which one is actually better and more useful for us.
Jinko Solar Panels
As we compare Jinko vs Longi solar panel price range, for a decent value in the market for home solar, most Jinko Solar PV systems are usually priced between $2.25 and $2.97 per watt. As the cost depends upon various factors such as the location, size, and like.
Longi Solar Panels
The final price is influenced by a variety of expenses, including shipping and installation. However, a rough calculation shows that Longi solar cells cost about $2.40 per watt.
Also Read: REC vs Q Cell Solar Panels
Jinko Vs Longi Which is Better?
So, Jinko vs Longi which is better? Both are among the top solar business companies and have a wide range of features. Each of them has its own potential and its own characteristics that they define through their products. A comparison has been listed down below, which defines both companies.
The Jinko Solar Panels are more costly than the Longi Solar Panels from a price perspective, but they are thought to be more efficient. In our opinion, when evaluating solar panels, you should consider both the panel’s durability and efficiency.
The more electricity a panel can absorb and transform to power your home, the longer it can last. You will save more money over time if a panel is more effective. The Jinko Cheetah 415W currently has both and is regarded as being significantly more visually pleasing.
Although Longi is regarded as a leader in monocrystalline silicon cells, their technique for using those cells is insufficient. Jinko Solar’s panels can produce more energy with less loss during the transmission of currents thanks to current technology.
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