Renewable Energy Services
At Prasino Tech, we specialize in providing comprehensive renewable energy solutions, tailored to meet the unique needs of our clients. Our expertise spans across various renewable energy sectors:
DPRs/Pre-Feasibility Reports: We provide detailed project reports (DPRs) and pre-feasibility studies, offering in-depth analysis and insights to guide the successful execution of renewable energy projects.
Design Engineering: Our design engineering services cover the entire project lifecycle, from conceptual design to detailed engineering, ensuring that your renewable energy projects are built to the highest standards.
Lender/Owner Engineering: We serve as the technical advisors and engineers for lenders and project owners, ensuring that projects are completed on time, within budget, and meet all regulatory requirements.
PMC Services: As Project Management Consultants (PMC), we oversee every aspect of your renewable energy project, from planning to execution, ensuring that all milestones are achieved with the highest quality standards.
- Solar Energy: From rooftop to utility-scale solar projects, we offer end-to-end services including site assessment, feasibility studies, design, and installation, ensuring maximum efficiency and sustainability.
Wind Energy: Harness the power of wind with our advanced wind energy solutions. We provide services from site selection, wind resource assessment, and design to complete project execution.
Hydro Energy: Our hydro energy solutions focus on the development and implementation of small to large-scale hydroelectric projects, ensuring sustainable and efficient energy production.
Biomass Energy: Convert organic waste into clean energy with our biomass energy services. We assist in the design, development, and optimization of biomass energy plants.
Wind Solar Hybrid: Maximize energy efficiency with our Wind-Solar Hybrid solutions. We integrate wind and solar technologies to ensure consistent and reliable energy production.
Solar DG Hybrid: Our Solar-DG Hybrid systems combine solar power with diesel generators, ensuring uninterrupted power supply while optimizing fuel consumption and reducing emissions.