Last Updated： Aggregation Period:Sep 17, 2025～Oct 14, 2025
This ranking is based on the number of page views on our site.
Last Updated： Aggregation Period:Sep 17, 2025～Oct 14, 2025
This ranking is based on the number of page views on our site.
Last Updated： Aggregation Period:Sep 17, 2025～Oct 14, 2025
This ranking is based on the number of page views on our site.
76～90 item / All 121 items
A simple and solid concrete car stop equipped with solar cells and LEDs.
You can illuminate the hard texture of concrete with a warm light. The dimensions of the concrete can be changed. Since no electrical work is required, lighting can be installed in various places such as flower beds or walls. *Please use this product in combination with DKTG-UNT. For more details, please contact us.
It is a typical solar cell module with single-sided glass/back sheet.
If lightweight solar modules are not required, we suggest this option for ground-mounted systems, solar carports, or when the roof has sufficient load-bearing capacity.
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.
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.
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.
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.
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 and lightweight, and excel in durability, weather resistance, impact resistance, and safety, while also complying with RoHS directives and being fully waterproof and resistant to salt damage.
Showa Shell is designed and manufactured based on its extensive field experience over many years in collaboration with Shell Solar.
The solar cell modules from K.I.S. that meet these quality standards not only ensure safety but also demonstrate excellent performance in stability, durability, and weather resistance over the long term. With the adoption of crystalline silicon for high efficiency, they have a proven track record in public and industrial applications such as traffic signs, emergency phones, radio stations, irrigation systems, outdoor lighting, and outdoor clocks. They come in a wide variety of options to suit different applications, from small systems to independent distributed and grid-connected systems. The modules feature reinforced glass and corrosion-resistant aluminum frames. The marine models (BT432S-MRN, BT832-MRN) use a highly weather-resistant transparent PVF (polyvinyl fluoride) film for the front cover and a rubber frame to prevent damage to yachts and boats. They are not only suitable for marine applications but are also gentle on car bodies and people, offering a thin, lightweight, and easy-to-handle panel.
Apply a commercial frequency voltage of 50Hz or 60Hz across the electrodes with the test specimen in between, and determine the voltage that causes the sample to break down.
Apply a commercial frequency voltage of 50Hz or 60Hz across the electrodes with the test specimen in between, and determine the breakdown voltage of the sample. Insulation breakdown strength (max 70kV) (IEC60243, ASTM D149, JIS C2110), measurement methods: short-time method, step method, dielectric strength (1 minute, long duration), measurement atmosphere: in oil (RT to 200℃), in air.
Peace of mind, safety, and low prices. For peak cut and power outage measures.
You can use household outlets and solar power generation to charge a battery, and then utilize that electricity for relatively low-power household appliances during peak times, power outages, or at night when solar power generation is not possible. Of course, it can also be used outdoors as an independent power source.
A consistent production system from raw materials to products at SunEarth!
SunEarth's solar panel modules are designed to withstand a pressure of 5400Pa by using high-quality, high-strength frames. They come with a 10-year quality warranty and a 25-year performance warranty. SunEarth has a factory in Ningbo, Zhejiang Province, with an annual production capacity of 2GW (2000MW), producing monocrystalline silicon and polycrystalline silicon solar cells and modules. As of 2012, a new production facility for solar cells and modules with an annual production capacity of 2GW is under construction. 【Product Lineup】 ○ Monocrystalline Module TDB125×125-72-P: 185W, 190W, 195W ○ Monocrystalline Module TDB125×125-96-P: 250W, 260W ○ Polycrystalline Module TDB156×156-60-P: 235W, 240W, 245W ○ Polycrystalline Module TDB156×156-72-P: 280W, 285W, 290W For more details, please contact us or download the catalog.
Comprehensive catalog of monocrystalline and polycrystalline solar cells/modules with a maximum output of over 90% for 10 years is now available - OEM services and custom orders are possible!
Our company manufactures solar modules using high-efficiency and high-quality materials and solar cells to install reliable solar systems. *OEM services and custom orders available. We have many achievements—please download our company brochure for more details. Although we are a Taiwanese manufacturer, we can assist you in Japanese, so feel free to contact us first.
No need for a baseboard, ballast, or mounting frame; easy to install! Suitable for high-risk locations!
The "FLEX-03N Series" is a CIGS flexible module that reduces the impact of shading on PV system output due to its built-in bypass diode. It can be easily installed without the need for a mounting board, ballast, or frame. It is suitable for locations with high wind loads or earthquake risks. It achieves record levels of effective conversion efficiency with a CIGS flexible form factor. 【Features】 - Achieves record levels of effective conversion efficiency with a flexible form factor - Lightweight installation weight of 2.2 kg/m2 (<0.5 lb/ft2) - Applicable in areas with high wind loads or earthquake risks - Reduces the impact of shading on PV system output due to the built-in bypass diode - Can be directly adhered and installed on many approved roof surfaces *For more details, please refer to the PDF materials or feel free to contact us.
Reduce the impact of PV system output decline! It can be directly installed on many approved roof surfaces.
The "FLEX-03NL Series" is a CIGS flexible module that has achieved record levels of effective conversion efficiency with a CIGS flexible form factor. It can be easily installed without the need for mounting boards, ballast, or frames. It is suitable for areas with high wind loads and earthquake risks. The built-in bypass diode reduces the impact of shading on PV system output. It can be directly adhered to many approved roof surfaces. 【Features】 ■ Achieves record levels of effective conversion efficiency with a flexible form factor ■ Lightweight installation weight of 2.1 kg/m² (<0.43 lb/ft²) ■ Easy installation without the need for mounting boards, ballast, or frames ■ Applicable in areas with high wind loads and earthquake risks ■ Built-in bypass diode reduces the impact of shading on PV system output *For more details, please refer to the PDF document or feel free to contact us.
This is a module applicable in areas with high risks of strong wind loads and earthquakes!
The "FLEX-03W Series" features a lightweight installation substrate with a weight of 2.0 kg/m² or less, allowing for easy installation without the need for ballast or mounting frames, utilizing CIGS flexible modules. The built-in bypass diode reduces the impact of shading on PV system output. It can be directly adhered to many approved roof surfaces. Achieving record levels of effective conversion efficiency with a flexible form factor, it is suitable for areas with high wind loads and earthquake risks. 【Features】 - Achieves record levels of effective conversion efficiency with a flexible form factor - Lightweight installation weight of 2.0 kg/m² (<0.5 lb/ft²) - Easy installation without the need for mounting substrates, ballast, or frames - Applicable in areas with high wind loads and earthquake risks - Reduces the impact of shading on PV system output with built-in bypass diodes - Can be directly adhered to many approved roof surfaces *For more details, please refer to the PDF document or feel free to contact us.
