New Renewable Energy
Renewable energy taps into the inexhaustible power of the sun, wind, water, and other natural elements to generate sustainable electricity. KLES proudly stands 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.
Core Business Arenas
Since 2017, KLES have been successfully constructing and operating grid-connected APV plants, leading the way in realizing Agrivoltaic power in the country. Building on this achievement, KLES is developing innovative energy solutions by establishing an integrated maintenance management center that incorporates 4th industrial revolution technologies.
Since 2019, KLES has successfully developed and constructed a total of 18 APV plants with a combined capacity of approximately 2MW, staking out our position as a leading company in the domestic APV sector. Leveraging these rich experiences and outstanding accomplishments, we are spearheading innovation and catalyzing growth across the energy industry.
KLES shore up the seamless operation of the power plants through the application of real-time monitoring systems and regular inspection practices, enabling swift responses to address and sort out any potential issues. Such proactive measures are crucial in maintaining our valuable customers' power plants in optimal condition.
Demonstration plant construction
demonstration project in Vietnam
KLES is a leading player in the global market for renewable energy solutions, pioneering energy innovation through projects in various countries. In particular, the company is continuously expanding the scope of its overseas operations, encompassing ODA projects and FS projects.
ODA [Overseas Development Assistance] projectFocused on developing countries like Fiji, Vietnam, Indonesia, and others, KLES render new & renewable energy technology and solutions to bolster sustainable development and foster energy independence in these regions. These initiatives play a pivotal role in carrying off sustainable development objectives in the international community.
Technical Report
(Geological, Grid, Irradiation, etc.)
Economic analysis and F/S report
Project Site
(Tuvalu Funafuti)
Site Survey
(Existing PV Repowering, New Rooftop)
KLES is a leading player in the global market for renewable energy solutions, pioneering energy innovation through projects in various countries. In particular, the company is continuously expanding the scope of its overseas operations, encompassing ODA projects and FS projects
FS [Feasibility Study] Project:Before launching power plant projects overseas, the Feasibility Study is advanced to meticulously analyze economic viability, environmental impact, and technical feasibility. Through this process, we enhance the likelihood of project success and furnish investors with dependable, data-driven decision-making frameworks.
APV [Agro-Photovoltaics] Power Generation
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
strives 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
KLES APV Introduction Footage
The features entitled Green economy
Taking up a Screw Foundation Type suitable for the farming environment to minimize ground contamination and prevent farmland damage.
Employing corrosion-resistant metal material "PosMac"PosMac", an exceptionally corrosion-resistant metal material, surpasses general molten zinc coating in terms of corrosion resistance by 5-10 times. It is widely used as a structural material in various fields, including floating PV and marine structures, due to its excellent corrosion resistance on cut surfaces.
Research on the growth status of cultivated cropsDrawing 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.
In-depth Optimization of structural design through R&DTo 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.
Certificate & Patent
Installation module for APV power generation facility
Ground-assembly APV power generation structures
Solar power generation equipment direct production confirmation certificate
Electrical work license
Performance
R&D
2017.03 ~ 2019.03 : R&D of grid-connected APV power generation _KOEN
2019.11 ~ 2020.05 : Establishment of Integrated maintenance management
center and Test bed for APV power plant utilizing 4th industrial technology (Korea Innovation Foundation)
Support Projects and Services
2018.07 ~ 2020.09 : 2018 APV power generation support project (KOEN _100kW 7
sites)
2021.01 ~ 2021.07 : Construction of APV plant at Gyeongnam
National University of Science and Technology (Gyeongnam National University _30kW 1 site)
2021.01 ~ 2022.11 : Licensing of APV plant and Delivery/Erection of power
generation systems (KOEN _10kW 5 sites)
2022.03 ~ 2022.06 : Procurement
and Installation of APV equipment under APV support project of EWP (EWP _100kW 3 sites)
2021.12 ~ 2023.06 : Procurement and Installation of APV equipment under APV support
project of KEPCO (KEPCO _350kW 1 site)
2023.06 ~ 2024.04 : Procurement,
Installation, and Service of APV plant under APV support project of KOEN (KOEN _100kW 2 sites)
Overseas Business (ODA Projects, FS Projects, etc.)
2022.10 ~ 2023.12 : Commercialization/Demonstration Project of 200kWp APV in
Ovalau, Fiji (Korea Energy Agency_200kW 1 site)
2023.01 ~ 2023.07 : APV
E-Mobility linkage demonstration project at Da Lat University, Vietnam (50kW 1 site)
2023.09 ~ 2025.08 : 50kWp APV – E-Mobility linkage demonstration project in
Indonesia (50kW 1 site)
2021.06 ~ 2022.06 : 16MWp APV expansion program
in Fiji (Korea Energy Agency)
2023.04 ~ 2023.12 : Preliminary
feasibility study for Funafuti 14MWp rooftop solar power generation project in Tuvalu (Korea Energy Agency)