KST-1P solar tracker, independently developed by Kseng Solar, has been successfully deployed in a solar project in Mexico, achieving grid connection in April 2024. Located in Sonora and Sinaloa, its structure was tailor-made according to the client's needs, featuring a single-row length of up to 96 modules and equipped with SmartTrack controller system. Moreover, the integration of large-scale dampers has substantially improved the system's wind resistance. As one of the flagship products of Kseng Solar, KST-1P solar tracker is known for its great stability, easy installation, and minimal maintenance requirements. And it is fully compatible with large 210mm-sized, 700W modules. Additionally, the system significantly reduces the operational current at large angles to within 2A, greatly extending the lifespan of the motors and ensuring the project has a service life of 25 years. Mexico's renewable energy sector has presented a growing trend in recent years. The Government of Mexico's (GoM) energy transition law sets the target for 35% of its electricity generation to come from clean energy sources by 2024. Kseng Solar is proud to contribute to the nation’s goal by introducing the KST-1P solar tracker system to the region, which will aid in reaching the country's energy targets. Dedicated to providing solar racking and tracking systems provider since 2015, driven by dual manufacturing bases and vertically integrated production, Kseng Solar will consistently deliver more solar racking and tracking solutions, empowering our world with green energy.

Recently, a 37MW ultra-high-voltage PV plant utilized Kseng Solar's aluminum solar mounting solution is under smooth installation. Located in Miyagi, Japan, the project has passed all strict standards by METI, began construction in August 2022 and is scheduled to be completed in May this year. It’s critical to address complex terrain issues when it comes to large ground-mounted solar power plants. Due to the undulating terrain, tailor-made ground mount solution was provided by Kseng Solar, featuring high stability and flexible adaptability, which can maximize overall energy output and receive positive feedback from the client. Notably, Kseng Solar created an innovative method to fix solar panels from the backside with bolts for this project, it avoids climbing the bracket and stepping on the panel, thus preventing possible panel damage, and reducing installation labor costs for the client. As it’s known to all, Japan has implemented quite strict requirements on product quality and technical standards for PV plants. As one of the leading suppliers of solar brackets in Japan, Kseng Solar has gained a good reputation among local customers for its excellent product quality and top-notch local services. Besides, Kseng Solar’s aluminum alloy has passed stringent reviews and received JIS certification, demonstrating the reliability of our solar carport mounting solution has been authoritatively recognized! With local branch and warehouse, Kseng Solar has supplied over 3GW solar racking shipments for the market, and had been keeping the best annual growth rate for seven consecutive years in Japan. Driven by the mission of” Empowering our world with clean energy ”, we will stay customer-centric and actively make more contributions to promoting the development of sustainable energy in Japan.

As the global push to replace fossil fuels with clean energy, agrivoltaics have been applied as an alternative in land-constrained Japan. Located in Iwate Prefecture, Japan, this solar plant is one of the agrivoltaics projects, and it was reported by Nikkei BP, one of the largest providers of cutting-edge information, content, and services in Japan. Japan is aiming to be carbon neutral by 2050, however, the country has limited capabilities for renewable energy because of its mountainous terrain. Agrivoltaics offers a promising alternative to help farmers to generate solar electricity while growing crops on the same farmland. With a capacity of 540.21kW, the solar racking system provided by Kseng Solar serves the dual purpose of producing energy and planting 500 organic wine grapes. Featuring all highly anti-corrosion 6005-T5 aluminum alloy, the system is widely used for its durable structure, easy installation, and 6 meters large-span design according to the client’s request. Its annual electricity generation capacity is 503,000 kWh, approximately 90% of the generated power will be sold, and the rest will be used for self-consumption. With local branch and warehouse, Kseng Solar has supplied over 3GW solar racking shipments for the market, and had been keeping the best annual growth rate for seven consecutive years in Japan. Driven by the mission of” Empowering our world with clean energy ”, Kseng Solar will continue to deliver advanced and suitable solar solutions for different scenarios, to meet the increasingly diverse demands of the locals.

The on-construction 4MW solar plant located in Saitama, Japan, utilized a tailor-made aluminum ground mounting solution with installation angles and heights adjustable from Kseng Solar. The optimized design is provieded by Kseng Solar’s engineer team with rich experiences in coping with the complex terrain, maximizing the overall energy generation. **Project information** - Location: Saitama, Japan - Size of system: 4MW - Start of construction: September 2019 - Completion: Early 2023 - Wind Speed: 30m/s - Snowpack: 40cm - Module orientation: Vertical - Number of modules: 6384 modules - Material: Aluminum AL6005-T5 - Warranty: 10 years - Use of electricity: Grid-tied to supply energy with Feed-in tariff (FIT) program Special Features Of Kseng Solar’s aluminum ground mounting solution - Corrosion resistant and light-weight ensured by Aluminum 6005-T5 structure - Flexible designs with ground screw or concrete foundation options - Highly pre-assembled before shipment to save on-time installation time and labor cost - Featured the most aesthetic structure for ground mount solutions Find more about Kseng Solar's ground solar racking solutions here: https://www.xmkseng.com/ground-mount_c2

Recently, the 3.5MW solar canopy located in China for commercial application was completed, which will be added for electricity consumption in industrial park. As one of the popular use of otherwise unused structure and parking lot space, carport mounted solar systems serves as shelters for cars and providing energy for nearby properties. In this project, Kseng Solar provided carport structure featured with waterproof function. Adopted AL6005-T5 as main material, the system has premium corrosion resistance and aesthetic appearance. In-house production quality control ensures the high quality of carport mounting system and timely delivery. Whether your solar project is complex or simple, adopting for single car or two cars layout, Kseng Solar can offer the right solar carport system solution for you.  With over 7 years dedication in solar industry, our experienced professional team can assist you with the design of your residential or commercial use solar carport system project. Feel free to contact us for professional assistance.

The 11MW solar plant in China is under smooth installation and is expected to be completed at the end of July 2022, which utilized aluminum roof mounting structure from Kseng Solar. Project information - Location: Fujian, China - Wind Speed: 0.85 KN/㎡ - Installed: July 2022 - Size of system: 11MW - Building height: 10 meter - Module orientation: Vertical - Number of modules: 11503 modules - Material: AL6005-T5 alloy - Warranty: 10 years - Use of electricity: Self -consumption and fed into the power grid Special Features Of Kseng Solar’s trapezoid metal roof mounting system - Efficient and economical solar solution for both residential and commercial applications - Adopts Aluminum 6005-T5 structure with excellent corrosion resistance - Withstands strong wind by utilizing high-strength stainless steel components - Minimal system components allow for easy and quick installation Find more about Kseng Solar's roof solar racking solutions and check a video for this project below.