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Market feedback on Grain light 2.0

October 15, 2024

Grain light 2.0 is a new solar street light launched by Blue Carbon in the first half of 2024. This light adopts a split design and has three configurations: 50W, 70W, and 100W (light source). It can meet the relatively low lighting requirements of places such as sidewalks and community roads, and is also suitable for urban main roads and highways, industrial areas and large factory areas, park scenic spots and squares, new rural areas and remote areas, open parking lots and transportation hubs, etc. Users can choose different lighting intensities according to their lighting needs.

It has been a while since the product was launched, and many people may be curious about the performance of this lamp. We just received some feedback from customers recently. Seeing is believing. Let's experience the lighting performance of this lamp through photos :

 ▲100WGrain light 2.0, installation height 9 meters

Dear friends, are you eager to learn more? Don't worry, the editor will tell you in detail.

Product photos and dimensions

1. 100W+ large battery panel power: power generation is the basis for ensuring brightness. High-power battery panels increase brightness by 30%, which can meet the needs of 14-meter lamp poles;

2. 70 cm+ large size: in line with industrial aesthetics, more compatible with lamp poles

3. Maximum 200AN large capacity battery: built-in LiFePO4 200AN battery (100W version) to provide energy for continuous lighting

4. 0 dead angle, large irradiation range: irradiation area increased by 30%, illuminating every corner

5. LiFePO4 Battery, long battery life: lithium iron phosphate battery is used, which has a stronger battery life than lead-acid battery, which is reflected in:

① The self-discharge rate of LiFePO4 Battery is low, which means that the battery loses less power during storage;

② Under standard charging conditions, the service life of LiFePO4 Battery can reach more than ten years, and the number of cycle charging can reach more than two thousand times;

③ The energy density of LiFePO4 Battery is significantly higher than that of lead-acid battery. This means that at the same weight or volume, lithium iron phosphate batteries can store more electrical energy, thus providing a longer driving range.

④ LiFePO4 Batteries have better charging performance and support fast charging and high current discharge. This makes lithium iron phosphate batteries have better performance in situations where high power output is required.


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