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Rechargeable solar module - List of Manufacturers, Suppliers, Companies and Products

Rechargeable solar module Product List

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0.07W Ni-MH battery 1 cell charging solar panel module

0.07W Ni-MH battery 1 cell charging solar panel module

We accept custom production (OEM/ODM) of small solar cell modules and standalone solar power generation systems starting from sample lots.

Our modules differ from products using conventional tempered glass with super straight structures/lamination methods, as they utilize substrates such as FR-4 (heat-resistant glass epoxy resin) and APS (aluminum composite panels), along with UV-resistant elastomer resin, employing a substrate structure/potting method. These products boast high energy conversion efficiency, are thin, lightweight, durable, weather-resistant, impact-resistant, and safe, compliant with RoHS directives, and are fully waterproof and resistant to salt damage.

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1.3W parallel solar cell module for charging a single electric double-layer capacitor

1.3W parallel solar cell module for charging a single electric double-layer capacitor

Our company accepts custom production (OEM/ODM) of small solar cell modules and standalone solar power generation systems starting from sample lots.

Our modules, unlike products that use conventional tempered glass with super straight structure/lamination methods, utilize substrates such as FR-4 (heat-resistant glass epoxy resin) and APS (aluminum composite panels), along with UV-resistant elastomer resin, to create a substrate structure/potting method. This results in products that have high energy conversion efficiency, are thin and lightweight, and excel in durability, weather resistance, impact resistance, and safety. They comply with RoHS directives and are fully waterproof and resistant to salt damage.

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0.9W Ni-MH battery solar cell module for charging in series.

0.9W Ni-MH battery solar cell module for charging in series.

Our company accepts custom production (OEM/ODM) of small solar cell modules and standalone solar power generation systems starting from sample lots.

Our modules differ from products using conventional tempered glass with super straight structures/lamination methods, as they utilize substrates such as FR-4 (heat-resistant glass epoxy resin) and APS (aluminum composite panels), combined with UV-resistant elastomer resin, resulting in a substrate structure/potting method that offers high energy conversion efficiency, is thin, lightweight, durable, weather-resistant, impact-resistant, and safe, compliant with RoHS directives, and fully waterproof with salt damage resistance.

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0.43W Li-Ion battery single cell charging solar panel module

0.43W Li-Ion battery single cell charging solar panel module

Our company accepts custom production (OEM/ODM) of small solar cell modules and standalone solar power generation systems starting from sample lots.

Our modules, unlike products using conventional tempered glass with a super straight structure/lamination method, utilize substrates such as FR-4 (heat-resistant glass epoxy resin) and APS (aluminum composite panels), along with a UV-resistant elastomer resin, resulting in a substrate structure/potting method that offers high energy conversion efficiency, is thin and lightweight, and excels in durability, weather resistance, impact resistance, and safety. These products comply with RoHS directives and are fully waterproof and resistant to salt damage.

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1.2W Li-Ion battery single cell charging solar panel module

1.2W Li-Ion battery single cell charging solar panel module

Our company accepts custom production (OEM/ODM) of small solar cell modules and standalone solar power generation systems starting from sample lots.

Our modules, unlike products using conventional tempered glass with super straight structures or laminated methods, utilize substrates such as FR-4 (heat-resistant glass epoxy resin) and APS (aluminum composite panels), along with UV-resistant elastomer resin, resulting in a substrate structure/potting method that offers high energy conversion efficiency, is thin and lightweight, and excels in durability, weather resistance, impact resistance, and safety. These products comply with RoHS directives and are fully waterproof and resistant to salt damage.

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0.8W Li-Ion battery solar cell module for charging in series of 3

0.8W Li-Ion battery solar cell module for charging in series of 3

Our company accepts custom production (OEM/ODM) of small solar cell modules and standalone solar power generation systems starting from sample lots.

Our modules differ from products using conventional tempered glass with super straight structures/lamination methods, as they utilize substrates such as FR-4 (heat-resistant glass epoxy resin) and APS (aluminum composite panels), along with UV-resistant elastomer resin, employing a substrate structure/potting method. These products boast high energy conversion efficiency, are thin and lightweight, and excel in durability, weather resistance, impact resistance, and safety. They comply with RoHS directives and are fully waterproof and resistant to salt damage.

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3.4W Li-Ion battery 3 series charging solar cell module

3.4W Li-Ion battery 3 series charging solar cell module

Our company accepts custom production (OEM/ODM) of small solar cell modules and standalone solar power generation systems starting from sample lots.

Our modules differ from products using conventional tempered glass with super straight structures/lamination methods, as they utilize substrates such as FR-4 (heat-resistant glass epoxy resin) and APS (aluminum composite panels), along with UV-resistant elastomer resin, resulting in a substrate structure/potting method that offers high energy conversion efficiency, is thin and lightweight, and excels in durability, weather resistance, impact resistance, and safety. These products comply with RoHS directives and are fully waterproof and resistant to salt damage.

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32.8W 12V solar panel module for charging lead/LiFePO4 batteries

32.8W 12V solar panel module for charging lead/LiFePO4 batteries

Our company accepts custom production (OEM/ODM) of small solar cell modules and standalone solar power generation systems starting from sample lots.

Our modules, unlike products using conventional tempered glass with a super straight structure/lamination method, utilize substrates such as FR-4 (heat-resistant glass epoxy resin) and APS (aluminum composite panels), combined with a UV-resistant elastomer resin, resulting in a substrate structure/potting method that offers high energy conversion efficiency, is thin and lightweight, and excels in durability, weather resistance, impact resistance, and safety. These products comply with RoHS directives and are fully waterproof and resistant to salt damage.

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3.7W 12V solar panel module for charging lead/LiFePO4 batteries

3.7W 12V solar panel module for charging lead/LiFePO4 batteries

Our company accepts custom production (OEM/ODM) of small solar cell modules and standalone solar power generation systems starting from sample lots.

Our modules, unlike products that use conventional tempered glass with super straight structures or laminated methods, utilize substrates such as FR-4 (heat-resistant glass epoxy resin) and APS (aluminum composite panels), along with UV-resistant elastomer resin. This results in a substrate structure/potting method that offers high energy conversion efficiency, is thin and lightweight, and excels in durability, weather resistance, impact resistance, and safety. Additionally, these products comply with RoHS directives and are fully waterproof and resistant to salt damage.

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10W parallel solar cell module for charging 12V lead/LiFePO4 batteries

10W parallel solar cell module for charging 12V lead/LiFePO4 batteries

Our company accepts custom production (OEM/ODM) of small solar cell modules and standalone solar power generation systems starting from sample lots.

Our modules, unlike products using conventional tempered glass with super straight structures/lamination methods, utilize substrates such as FR-4 (heat-resistant glass epoxy resin) and APS (aluminum composite panels), along with UV-resistant elastomer resin, resulting in a substrate structure/potting method that offers high energy conversion efficiency, is thin and lightweight, and excels in durability, weather resistance, impact resistance, and safety. These products comply with RoHS directives and are fully waterproof and resistant to salt damage.

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6.2W 12V solar panel module for charging lead/LiFePO4 batteries

6.2W 12V solar panel module for charging lead/LiFePO4 batteries

Our company accepts custom production (OEM/ODM) of small solar cell modules and standalone solar power generation systems starting from sample lots.

Our modules, unlike products that use conventional tempered glass with super straight structures or laminated methods, utilize substrates such as FR-4 (heat-resistant glass epoxy resin) and APS (aluminum composite panels), along with UV-resistant elastomer resin, resulting in a substrate structure/potting method that offers high energy conversion efficiency, is thin and lightweight, and excels in durability, weather resistance, impact resistance, and safety. These products comply with RoHS directives and are fully waterproof and resistant to salt damage.

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1.0W Ni-MH battery 2 series charging solar cell module

1.0W Ni-MH battery 2 series charging solar cell module

Our company accepts custom production (OEM/ODM) of small solar cell modules and standalone solar power generation systems starting from sample lots.

Our modules differ from products using conventional tempered glass with super straight structures/lamination methods. They utilize substrates such as FR-4 (heat-resistant glass epoxy resin) and APS (aluminum composite panels), along with UV-resistant elastomer resin, employing a substrate structure/potting method. These products boast high energy conversion efficiency, are thin and lightweight, and excel in durability, weather resistance, impact resistance, and safety. They comply with RoHS directives and are fully waterproof and resistant to salt damage.

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2.2W Ni-MH battery 4 series charging solar cell module

2.2W Ni-MH battery 4 series charging solar cell module

Our company accepts custom production (OEM/ODM) of small solar cell modules and standalone solar power generation systems starting from sample lots.

Our modules, unlike products that use conventional tempered glass with super straight structures or laminated methods, utilize substrates such as FR-4 (heat-resistant glass epoxy resin) and APS (aluminum composite panels), combined with UV-resistant elastomer resin, resulting in a substrate structure/potting method that offers high energy conversion efficiency, is thin and lightweight, and excels in durability, weather resistance, impact resistance, and safety. These products comply with RoHS directives and are fully waterproof and resistant to salt damage.

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4.0W Ni-MH Battery 4 Series Charging Solar Cell Module

4.0W Ni-MH Battery 4 Series Charging Solar Cell Module

Our company accepts custom production (OEM/ODM) of small solar cell modules and standalone solar power generation systems starting from sample lots.

Our modules differ from products using conventional tempered glass with super straight structures/lamination methods, as they utilize substrates such as FR-4 (heat-resistant glass epoxy resin) and APS (aluminum composite panels), along with ultraviolet-resistant elastomer resin, employing a substrate structure/potting method. These products boast high energy conversion efficiency, are thin and lightweight, and excel in durability, weather resistance, impact resistance, and safety. They comply with RoHS directives and are fully waterproof and resistant to salt damage.

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1.6W 12V solar panel module for charging lead/LiFePO4 batteries

1.6W 12V solar panel module for charging lead/LiFePO4 batteries

Our company accepts custom production (OEM/ODM) of small solar cell modules and standalone solar power generation systems starting from sample lots.

Our modules differ from products using conventional tempered glass with super straight structures/lamination methods, as they utilize substrates such as FR-4 (heat-resistant glass epoxy resin) and APS (aluminum composite panels), along with UV-resistant elastomer resin, employing a substrate structure/potting method. These products boast high energy conversion efficiency, are thin, lightweight, durable, weather-resistant, impact-resistant, and safe, compliant with RoHS directives, fully waterproof, and designed to withstand salt damage.

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