株式会社太陽工房 List of Products and Services

Product Overview This is a pocket-sized universal portable solar power system that can charge AA and AAA batteries, as well as supply power to various small mobile devices such as mobile phones, PDAs, and portable AV equipment. It is the original mobile solar cell that won the Good Design Award in 2001 and the Special Award from the Small and Medium Enterprise Agency, known for its long life and long-selling history. Main Features It can charge two rechargeable nickel-hydride batteries "Violetta" in AA or AAA size (sold separately) simultaneously using solar power. Additionally, by connecting multiple units with a "DC power cable" (sold separately), rapid charging is possible. By attaching a "USB power adapter" (sold separately) and connecting it to mobile devices with a DC input of 4V to 6V, such as mobile phones, PDAs, and portable AV equipment, you can charge their batteries using commercially available USB charging cables. If the rechargeable nickel-hydride batteries "Violetta" are charged in advance, they can be used even when there is no sunlight. By connecting to mobile devices with a DC input of 3V using a "DC power cable," you can supply power to those devices. If the rechargeable nickel-hydride batteries "Violetta" are charged in advance, they can be used even when there is no sunlight.

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Product Overview ■ A versatile portable solar power generation system that combines a thin, lightweight, detachable monocrystalline silicon solar panel or flexible spherical silicon solar panel with a compact, lightweight battery pack that can be charged from solar panels, computers, AC outlets, etc., featuring USB output. It also includes powerful neodymium magnets and is made from durable, weather-resistant mil-spec Cordura nylon fabric. This system can be used worldwide for a variety of applications as an external power source for a wide range of electrical devices, including mobile phones, smartphones, tablets, and portable AV equipment. Main Features ■ The included battery pack can be equipped with rechargeable AA nickel-metal hydride batteries, allowing for simultaneous charging of 2 or 4 batteries using solar power. ■ The included high-capacity lithium-ion battery pack can be charged using solar power. ■ By connecting mobile devices such as mobile phones, smartphones, tablets, and portable AV equipment with the included or commercially available USB charging cables, power can be supplied to those devices.

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Product Overview ■ This is a general-purpose standalone solar power generation system with waterproof and dustproof specifications. By combining a thin, lightweight, high-efficiency flexible monocrystalline silicon solar panel with a compact, lightweight, weather-resistant rechargeable nickel-metal hydride battery or deep-cycle lead-acid battery storage unit, it achieves advanced versatility, expandability, portability, weather resistance, and durability at a low cost. It can be utilized for various purposes such as disaster prevention, commercial use, leisure, and everyday use in any location around the world, from home balconies to polar regions, as a maintenance-free outdoor power source. Main Features ■ It charges the built-in 12V battery using solar power and outputs AC 100V sine wave (outlet, waterproof and dustproof connector), DC 5V (USB), and DC 12V (cigarette lighter socket, charge/discharge controller load terminals, waterproof and dustproof connector), allowing it to supply power to a wide range of electrical devices, including various mobile devices. When supplying power to DC 12V input devices such as LED lighting, it can also be set to automatically operate at night, starting at sunset and stopping at sunrise.

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Product Overview ■ This is a solar panel that can charge two mobile devices, such as smartphones and tablets, or mobile batteries simultaneously using sunlight, and it is A4 size when stored. It does not require batteries or AC power, allowing for safe charging worldwide, and it can also be carried on airplanes. Main Features ■ It can charge mobile devices, such as smartphones and tablets, using sunlight. Key Features ■ It does not require batteries or AC power, allowing for safe charging worldwide, and it can also be carried on airplanes. ■ It is a thin, lightweight, and shatter-resistant solar panel, laminated with high-performance monocrystalline silicon solar cells with an energy conversion efficiency of 24% in high-transmittance, long-lasting ETFE resin, and it is A4 size when stored. ■ It has an IP67 protection rating for waterproof and dustproof performance. It is equipped with protective plugs for the USB Type-C port (SG0521MN) and USB port when not in use. ■ It has two high-output USB ports with a maximum total output of 2.8A, allowing for simultaneous charging of two mobile devices or mobile batteries (SG0514MN).

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Product Overview ■ This is a general-purpose portable solar power generation system with waterproof and dustproof specifications. It features a thin, lightweight, high-efficiency flexible solar panel or a solar panel with an adjustable detachable mount, combined with a compact, lightweight, weather-resistant, and long-lasting lithium iron phosphate lithium-ion battery storage unit. This combination achieves advanced versatility, expandability, portability, weather resistance, and durability, making it a maintenance-free outdoor power source that can be used for various applications such as disaster prevention, commercial use, leisure, and daily use, in locations ranging from home balconies to polar regions around the world. Main Functions ■ It charges the built-in lithium iron phosphate lithium-ion battery using solar power and outputs from AC100V (outlet, waterproof and dustproof connector), DC5V (USB, USB Type-C), DC9V (USB Type-C), and DC12V (USB Type-C, charge/discharge controller load terminal, waterproof and dustproof connector), allowing it to power a wide range of electrical devices, including various mobile devices. When powering DC12V input devices such as LED lighting, it can be set to automatically operate at night, starting at sunset and stopping at sunrise or after a set time.

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This is a rechargeable nickel-metal hydride battery pack that excels in charging efficiency, overcharge resistance, and durability under direct sunlight. It is a safe battery that can be installed on aircraft as a non-hazardous material. Please present the "MSDS = Material Safety Data Sheet (PDF)" during air transport.

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This is a rechargeable nickel-metal hydride battery pack with excellent charging efficiency, overcharge resistance, and durability under direct sunlight. It is a safe battery that can be installed on aircraft as a non-hazardous material. Please present the "MSDS = Material Safety Data Sheet (PDF)" during air transport.

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This is a rechargeable nickel-metal hydride battery pack with excellent charging efficiency, overcharge resistance, and durability under direct sunlight. It is a safe battery that can be mounted on aircraft as a non-hazardous material. Please present the "MSDS = Material Safety Data Sheet (PDF)" during air transport.

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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, employing a substrate structure/potting method. This results in products that have 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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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. 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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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, while also being compliant with RoHS directives and fully waterproof with salt damage resistance specifications.

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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. This results in products that have 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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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, while also complying with RoHS directives and being fully waterproof and resistant to salt damage.

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Our modules, unlike products that use 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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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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Our modules, unlike products that use 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 UV-resistant elastomer resin, employing a substrate structure/potting method. This results in products that have 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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Our modules, unlike products using standard 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 designed to withstand salt damage.

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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. This results in products that have 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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Our modules, unlike products that use common 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, employing a substrate structure/ potting method. This results in products that have 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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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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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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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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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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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, lightweight, durable, weather-resistant, impact-resistant, and safe, compliant with RoHS directives, fully waterproof, and designed to withstand salt damage.

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