Crossarm Connection Plate 110kv Wishbone
Product Name:Crossarm Connection Plate 110kv Wishbone
Key words:Galv Crossarm Brace support,Crossarm brace support of functional component,Crossarm brace for galv
Application: Easily manipilate the state of our functional component without needing to convert them into class components.
Technical parameters
Description: Crossarm connection plate 110kv wishbone
Size:506x75x6
Part No.: Q.Q.Q.000298
Material elongation:Q345,Q235
Finished: Galvanized,HDG,Plain,Painting,Dacromet,Electrogalvanizing,Oiled,Phosphorization,etc
Place of origina:China
HS Code:730820
Trademark:ZBRF
Color:Customized
Part:Power,Galv
Transport Package:Plastic Bag or Gunny bag and Wooden Case
Port of shipment:Shanghai Port,Taicang Port
Certification:CE,SGS,A.S
Tensile strength ≥410Mpa
Yield strength ≥280Mpa
Elongation≥22%
Crossarm Connection Plate 110Kv Wishbone,Wishbone For Power,Power Crossarm Connection Plate,Crossarm Plate 110Kv Wishbone For Galv TAICANG ZHONGBO RAILWAY FASTENING CO., LTD. , https://www.railfastener.com
Sharp solar cells refresh the world's highest conversion efficiency
Solar cells developed by Sharp, featuring a three-layer light-absorbing structure, have recently set a new global record for conversion efficiency. By fine-tuning the composition of the bottom layer, the company has enhanced the cell's ability to capture sunlight across a broader spectrum, significantly boosting its performance. This achievement was verified by AIST (the Japan Institute of Industrial Technology), one of the leading public solar cell testing institutions worldwide. The cell achieved an impressive 37.9% efficiency over an area of about 1 square centimeter.
The new solar cell is called the "Compound 3-Junction" and was developed under Japan’s NEDO (New Energy and Industrial Technology Development Organization) initiative for "Innovative Photovoltaic Power Generation Technology." In laboratory settings, this 37.9% efficiency marks the highest ever recorded for non-concentrating solar cells. Previously, the same type of cell reached 35.8% in 2009, 36.9% in 2011, and 37.7% in 2012. This latest breakthrough further solidifies Sharp’s leadership in photovoltaic innovation.
The compound solar cell features multiple light-absorbing layers made from multi-element compounds such as indium and gallium. Specifically, the bottom layer uses indium gallium arsenide, which Sharp optimized to efficiently absorb light at various wavelengths. This design allows the cell to capture more energy from the sun, improving overall efficiency.
[Image: A photo of Sharp's Compound 3-Junction solar cell]
Sharp’s Compound 3-Junction technology utilizes a unique layered structure, with gallium arsenide as the middle layer and indium gallium phosphate as the top layer. This three-layer configuration enables efficient light absorption and charge collection. Sharp started developing these high-efficiency solar cells back in 2000, aiming to create lighter, more durable, and highly efficient solar panels suitable for space applications. Moving forward, the company plans to leverage these advancements for broader commercial use and real-world implementation.