The whole production process of Tunto off grid solar panel kits is conducted by workers who are proficient in the production techniques. 2.
Integrating logos and images on this product is able to convey the strengths and benefits of the items being packaged. 3.
The product is accepted with broad application prospects. 4.
Quality is always crucial to the long-term development of Guangzhou Tunto Green Power Technology Co., Ltd..
High quality monocrystalline solar panels have a conversion rate up to 21% and service life of 30 years
High-quality aluminum frame with high strength, corrosion resistance, lightweight, and other characteristics, to ensure that the solar panel has a long life of up to 30 years.
The surface glass of the component adopts Australian low-iron tempered glass (the iron content is less than 0.02%), which has the function of anti-reflection and waterproof and can effectively improve the light absorption rate and reduce the power loss caused by dust accumulation.
Anti-aging imported backboard and water seal make sure the water doesn't get inside the solar panel and cause damage to the solar panels
How to select solar panels？
Firstly，we must choose regular manufacturers with complete qualifications and good reputation. It is better to visit the factories in the field so that the quality can be guaranteed. Secondly，look at the conversion rate of panels and select auxiliary materials, such as glass, EVA and profile of outer frame.Lastly，when you look at the border, see if it's square and if it's flawed.
High quality of off grid solar panel kits helps Guangzhou Tunto Green Power Technology Co., Ltd. occupy big global market. 2.
Guangzhou Tunto Green Power Technology Co., Ltd. masters advanced manufacturing technology. 3.
We will always create extremely high quality products based on our sense of responsibility and mission, in order to contribute to customers' success. Towards a more sustainable business model, we get ourselves involved in environmental protection and energy conservation during the production processes, such as minimize electricity consumption, reducing resources, and reducing discharges.