With the Contribution of ITU Energy Institute a certificate program is organised. The training program is aimed to eliminate the lack of knowledge of those who want to work in the energy sector and the technical staff working in the sector, to have information about new regulations and current practices on renewable energy technologies with the contribution of ITU Energy Institute. RENEWABLE ENERGY TECHNOLOGIES CERTIFICATE PROGRAM content is given in the document.
Renewable Energy Technologies Certificate Program
The energy sector is expected to grow exponentially both in the world and in Turkey. Since it is seen as a sector that will determine the growth and welfare levels of countries, it gains importance among the popular professions of the future.
With this training program, it is aimed to eliminate the lack of knowledge of those who want to work in the energy sector and the technical staff working in the sector, to have information about new regulations and current practices on renewable energy technologies.
The training aims to provide the participants with detailed technical knowledge and competence in the following subjects;
- Wind power
- Hydroelectric Energy
- Solar energy
- Geothermal Energy
- Biomass Energy
Renewable Energy Education Content
- Classification and Comparison of Wind Turbines
- Key Factors in Utilizing Wind Energy
- Formation of the Wind
- Global and Local Winds
- Basic Calculation Methods
- Planning a Wind Farm
- Key Factors in Region Selection
- Offshore Wind Farms
- Topology of Wind Turbines
- Wind Atlas
- Installation Stages of a Wind Turbine
Hydroelectric Energy
- Basic concepts
- Hydroelectric Energy in the World and in Turkey
- Classification of Hydroelectric Facilities
- Elements and Working Principles
- Basic Principles of Hydroelectric Power Generation
- Environmental Impacts
- Transmission Facilities and Design Criteria
- Free Surface Conduction (Transmission), Sedimentation Tank, Loading Chamber
- Pressure Transmission, Balance Chamber
- Penstocks
- Turbine Types and Selection
- Feasibility Analysis of Hydroelectric Facilities and an Example
Solar Energy
- Solar Irradiance, Measurement and Energy Potential Calculations
- Solar Cells, Types, Modules, Temperature and Radiation Corrections
- Energy Production Calculations
- Photovoltaic Power Systems, Components and Characteristics
- Selection and Sizing of Components in Photovoltaic Power Systems
- Design of Grid Connected and Discrete Systems and Critical Issues in Design
Geothermal Energy
- Terminology
- Geothermal Energy in the World and in Turkey
- Usage Areas of Geothermal Energy
- Types/Characteristics of Geothermal Reservoirs and Fluids
- Generation and Reservoir Performance of Geothermal Reservoirs, Modeling
- Problems Encountered in the Operation of Geothermal Fields
- Development and Projecting of Geothermal Fields
Biomass Energy
- Basic concepts
- The Situation of Biomass Energy in the World and in Turkey
- Biomass/ Renewable Energy Legislation Incentives
- Biomass Resources
- Biomass Cycle Technologies
- Gasification Process Types and Chemistry
- Systems Used in Biogas Production
- Design Parameters of Biomass/Biogas Plants
- Planning of Licensed Biomass/Biogas Plant
- BES Network Integration
- Usage Areas of Biomass / Biogas and By-Products
REFERENCE
- Yenilenebilir Enerji Teknolojileri (Online) Sertifika Programı Başlatılıyor! - Enerji Portalı. (2021). Retrieved 7 October 2022, from https://www.enerjiportali.com/yenilenebilir-enerji-teknolojileri-online-sertifika-programi-baslatiliyor/
- BMI ve İTÜ Enerji Enstitüsü Yenilenebilir Enerji Teknolojileri Sertifika Programını Başlatıyor. (2022). Retrieved 7 October 2022, from https://www.yenienerji.com/haberler/bmi-ve-itu-enerji-enstitusu-yenilenebilir-enerji-teknolojileri-sertifika-programini-baslatiyor