We are continuously striving to improve the quality of our management systems that enables Kseng Solar to produce safe and reliable products while ensuring products and performance will be of customers satisfaction.
From September 22 to 24, Solar & Storage Live UK 2026 brought together renewable energy professionals across the UK and Europe at the NEC in Birmingham. At the expo, Kseng Solar showcased its comprehensive portfolio of all-scenario solar racking solutions, including MCS-certified roof mounts, Easy S
Ground solar mounting system design is a critical part of a reliable photovoltaic project. From site assessment and foundation selection to structural layout, load calculation, module installation and final inspection, every step affects system stability, construction efficiency and long-term performance. This guide explains the key design principles and installation technology for ground-mounted solar systems, including pile foundations, ground screws and concrete foundations, while highlighting practical considerations for commercial, industrial and utility-scale PV projects.
Rooftop solar falling short? Discover how ground-mounted solar panels bypass space limits to maximize energy yield and long-term ROI.
Compare ground mount solar systems by foundation, material, and structure. Learn to balance CAPEX, OPEX, and geotechnical risks for optimal LCOE.
Ground-mounted solar can beat rooftops. Plan frames, foundations & hidden costs to maximize energy returns and avoid expensive installation surprises.
Protect solar EPC margins. Master ground mount solar system design, foundation selection, and racking strategies to avoid costly project delays.
Background OverviewA large-scale 18MW utility ground-mount solar project in Namangan, Uzbekistan, has adopted Kseng Solar's Zn-Al-Mg coated steel mounting to deliver reliable clean power to a major local cement plant.
IntroductionWhen evaluating a solar power project, most attention is usually focused on photovoltaic modules and inverters. However, the solar mounting system is also a key factor that influences overall energy generation performance.A professional solar mounting system does more than provide struct
Optimizing a solar mount layout is essential for maximizing photovoltaic energy generation. This guide explains how panel orientation, tilt angle, row spacing, shading analysis, airflow, module configuration, structural stability, and land utilization affect solar power output. Learn how a properly engineered solar mounting system can reduce shading losses, improve energy yield, enhance installation efficiency, and support reliable long-term PV performance.
Agri-PV mounting structure height and spacing are critical to balancing agricultural productivity and solar power generation. This guide explains how crop type, farm machinery, sunlight availability, site conditions, module layout, and structural loads influence Agri-PV design, with practical considerations for selecting the right height and row spacing.
