With our qualified and customer-focused team consisting of 400+ people and 45+ engineers, we offer complete solutions as turn-key contracting and subcontracting services for solar power plants globally. We have a high level of industrial and commercial know-how combined
with decades of international engineering, construction, services and sales experience. Successfully being in collaborations and partnerships with many international key companies for a long time, we consistently deliver high quality turn-key projects for high-profile customers in a wide variety of industries.
In addition to solar power plants, MUTANABBI Enerji and our group companies are also specialized on electrical and electromechanical EPC projects in Turkey and abroad for projects, such as; AIS and GIS substations, wind power plants, hydroelectrical power plants, biomass power plants, thermal power plants, combined natural gas cycle power plants, overhead lines, electrification of airports, railway systems, industrial facilities, hospitals, residential and commercial building complexes, and more…
MUTANABBI concentrating solar power (CSP) program develops models for engineering design, system performance, and technology deployment while investigating the value of dispatchable utility-scale solar power to regional grid networks.
Bottom-Up Cost Analysis
MUTANABBI performs bottom-up cost analysis of CSP components. We use tools such as Design for Manufacturing Analysis to assess the impact of materials, design, and manufacturing volume on the cost of high-volume components such as heliostats and parabolic troughs. We analyze power tower receiver and thermal energy storage tank costs using a bottom-up approach that assesses the component design compared to
its performance requirements and estimates costs based on material and fabrication specifications.
We are committed to helping you plan & design an efficient solar power plant, using all of our expertise and experience.
The plant design is an integral part of a building application for both commercial and company solar power plants. We take local conditions and requirements into account when designing our solar power plants, so we can give you the best chance of approval for your building permit.
Sound system planning ensures maximum yield, high performance and efficient and practical operation. It also anticipates future challenges and takes potential problems into account, for example, those arising from the site. This saves you effort, time and costs in the long run.
When is the best time to seek help with your plant design?
A sufficiently large area with limited feed-in capacity must be designed differently to a limited area with sufficient grid capacity, which is why our engineers aim to create the optimum design and the most sustainable execution plan for each individual site. We take the relevant parameters into account, such as row spacing, tilt and DC-AC ratio, in order to determine the best possible plant design for your land.
We propose the optimal solar power generation system based on field survey from study stage to location identification, power generation capacity, cost and revenue planning.
After contract award, we hold the untilmate responbility for designing, construction and operation of the solar power generation system.
We aim to contribute to the local communicity with the“Environment friendly” proven professional skills and technology.
By installing solar panels like wisteria trellis in cultivated land, we build up a futuristic agriculture that creates solar energy while continuing farming.
We install ground stands like wisteria trellis in order not to influence farming on the cultivated land. On these stands, we arrange small solar panels to share sunlight with the plants.
We think by achieving double incomes from agriculture and solar power generation system, we can solve the problems of labor and successor shortage in farming, reducing the uncultivated land.
Performance ratio (PR) is the most important parameter to determine the efficiency of the solar power plant and the quality of the installation. It shows how efficienty and successfully the solar irradiation is converted to electrical energy under the environmental conditions where the power plant is located. A high performance ratio can only be achieved by right component selection, effective and successful engineering, an experienced team consisting of qualified professionals, and good workmanship. MUTANABBI offers performance analysis, performance ratio monitoring and reporting services with a team of experienced engineers who all have a high level of expertise on their areas, using latest technology equipment and software.
Cleaning and Maintenance
Performance ratio and operational lifespan of a solar power plant is also determined by the maintenance and cleaning along with the right construction and proper commissioning. Dirty modules and components that are not maintained properly not only lower the performance of a power plant, but also shorten the operational lifespan. The power plant and the solar modules should be periodically cleaned and maintained by a professional team to achieve the desired performance and yield. We offer you the best cleaning and maintenance services with our experienced team using the latest technology cleaning systems for always achieving a high performance ratio.
Project Management Basics
Project management focuses on planning and organizing a project and its resources. This includes identifying and managing the lifecycle to be used, applying it to the user-centered design process, formulating the project team, and efficiently guiding the team through all phases until project completion.
Value of Project Management
Through proper project management, you can assure that the purpose/vision and goals of the project are maintained, all while supporting the audiences’ tasks and objectives.
Additionally, you avoid risks and effectively and efficiently use your available resources. It also helps the team members to understand their responsibilities, the deliverables expected, and the schedule everyone needs to follow to complete the project on time and within budget.