Promoting Energy Projects
Nationwide
We are committed to providing sustainable
power through the use of clean energy and
evolving the energy sector with the power of
technology to create a sustainable future.
Renewable Energy Business
Focusing on renewable energy projects, we utilize clean energy sources such as wind and solar power. By adopting environmentally friendly power generation technologies, we provide a sustainable energy supply. Our renewable energy projects aim to contribute to the global environment and pursue a stable supply of energy.
Power Generation Business
In our power generation and sales business, we offer clean and sustainable electricity derived from renewable energy sources, emphasizing our contribution to the global environment. By adapting flexibly to market fluctuations and incorporating the latest technologies, we ensure a high-quality power supply and build trust with our clients through transparency and partnership.
Energy Tech Business
We provide efficient and sustainable energy solutions using cutting-edge energy technologies. Through investment in research and development and engagement in innovative projects, we contribute to the evolution of energy technology and lead the future energy revolution.
CEISIEC's Energy Projects
Planning and Development
Our company is dedicated to planning and developing sustainable energy generation projects. Considering local energy needs and environmental harmony, we design optimal projects and assess their feasibility. Our meticulous planning includes cooperation with local communities and environmental impact assessments.
Fundraising
Adequate funding is essential for the success of power generation projects. Leveraging our expertise in fundraising, we build partnerships with financial institutions and investors to strategically and effectively secure funding for our projects, thereby promoting investment in sustainable energy and contributing to the stable operation of projects.
EPC
(Engineering, Procurement, and Construction)
Advanced engineering, procurement, and construction (EPC) expertise are required to realize energy projects. In the EPC phase, we focus on implementing the latest and most efficient technologies to complete projects on time and within budget.
Asset Management
To maximize value throughout the project lifecycle, we emphasize asset management. Through effective asset management, including risk management, establishing appropriate maintenance schedules, and devising strategies to adapt to market changes, we build trust with investors.
O＆M
(Operation & Maintenance)
Efficient and stable operation of power generation facilities is vital for long-term success. We offer advanced operation and maintenance services, extending the life of facilities and ensuring optimal power generation performance through regular inspections and maintenance.
Diagnostic Evaluation
Diagnostic evaluations of energy projects are crucial for sustainable power generation.Regular evaluations improve facility efficiency and safety, identify areas for future upgrades or improvements, and ensure healthy project operations.
CEISIEC's Renewable Energy
We contribute to the spread of clean, renewable energy through the effective use of "solar," "wind," and "biomass" energy. Each power generation project provides local communities with clean, reliable energy supplies and contributes to combating climate change.
Solar Energy
Utilizing the clean energy of the sun, we achieve sustainable power supply. Combining the latest solar panel technology with efficient power generation systems, we produce high-quality electricity that meets local energy demands.
Wind Energy
We generate sustainable energy from the power of the wind. Using stateof-the-art wind turbine technology and considering wind patterns and local characteristics, we ensure high power generation efficiency and stability.
Biomass
We produce energy from renewable organic resources. Biomass, derived from various organic materials and used as fuel, enables us to provide a sustainable energy supply while reducing environmental impact.