New & Renewable energy taps into the inexhaustible power of the sun, wind, water, and other natural elements to generate sustainable electricity. KLES proudly stand at the forefront of shaping an environmentally friendly future by leveraging the potential of these clean energy sources, taking proactive steps to combat global warming and air pollution. By building out such sustainable energy solutions, KLES is actively making a significant contribution to global environmental conservation efforts.

Agro-Photovoltaics  _Bridging  agriculture and energy

Agro-photovoltaics [APV] represents an innovative business model that integrates agriculture and solar power generation. It entails putting up solar panels on agricultural land to generate clean energy while allowing various crops to be grown underneath. This approach enhances agricultural sustainability while concurrently boosting renewable energy production, offering dual benefits.
KLES strive for the harmonious development of agriculture and energy cultivation through APV projects. We aim to step into an environmentally friendly future by combining sustainable agriculture with renewable energy

Putting in place a Screw Foundation Type suitable for the farming environment to minimize ground contamination and prevent damage to farmland.

“PosMAC,” an exceptionally corrosion-resistant metal material, outperforms conventional hot-dip galvanized steel by offering five to ten times greater corrosion resistance. It is widely used as a structural material in various fields, including floating PV systems and marine structures, as it effectively holds up against severe corrosion, particularly at cut edges.

Drawing from technical and empirical data from domestic and overseas precedents of APV power generation systems, inclusive comparative research has been conducted on different rice varieties to break down crop growth conditions and environmental impacts, including yield and planting density.

To facilitate agricultural machinery operation, structures are erected at a height exceeding 3m from the ground. Additionally, scrupulous comparative studies of panel placements are carried out to maintain shading levels above the photosynthetic saturation point necessary for optimal crop growth. This ensures the harvesting of crops above a certain threshold while maximizing power generation. Consequently, a thorough examination and review of factors such as appropriate panel sizes, spacing, inclination angles, and others have been undertaken to strike this delicate balance.