Diploma in Renewable Energy Application
The renewable energy sector is growing at an exponential rate creation new job opportunities across the globe .This program aims to develop competency in the areas of energy policy making, financing, energy management and infrastructure provisioning.
A unique program provides an in-depth understanding of various fields including solar, wind energy, Geothermal. Through this course, the students are introduced to the alternate forms of energy such as solar energy, Wind energy, etc. along with the insights on Earth Air Heat Exchanger (EAHE). The program also covers the recent topics as Smart Grid and Net Zero CO2 emission global target by 2050.
Theory + practical Course
- • To gain the knowledge on different types of materials used in Renewable Energy.
- • To understand the importance of Renewable Energy technology and its applications.
- • To know the applications of solar, wind and EAHE Hybrid Renewable Systems to reduce grid energy demand.
- • To develop sustainable Residential, Public, Commercial and Industry building.
- • To become expert in Entrepreneurship.
- • Identify Government scheme, subsidy and opportunities of renewable energy systems.
- • Can do Business development, economic profile and power consumption trends in renewable energy customers.
- • Identify and specify different types of renewable power products
- • Proposal preparation with payment terms and condition
- • steps involved in employability/entrepreneur of a trainee
- • Identify manufacturers and suppliers in the nearby areas for employability/ entrepreneur
Admission Qualification:Minimum Qualification: 3 Years Diploma / UG Science
Selection Process: Last qualification percentage of marks basic
Duration: 1 year full time or part time equivalent
Course loadYou must complete two Semester and achieve 80% marks to complete this course.
Study patternFull-time students enroll in two Semester 1 year diploma course, with face to face classes approximately 15 hours per week. You are expected to undertake an equivalent amount of self study to maximize success in the course.
AssessmentA range of assessment methods are used across subjects in this course to allow students to demonstrate both practical skills and theoretical knowledge. Most subjects require the completion of three to four assessment tasks. Assessment types include, but are not limited to practical exercises, case studies, written reports, research reports, field work exercises and examinations.
Award / CertificationSuccess candidates will get certificate from Institute of Solar Technology, A unit of Global Advanced Training and Educational Trust, An International Institute, Regd. under NCT Govt. of India, ISO 9001:2015, and Accredited by International Accreditation Organization (IAO).
Professional Diploma - Diploma in Renewable Energy Application
Theory + practical Course
Semester 1: Duration 6 Months (360 Hours)
Basic Electrical Engineering,
Basic Electronics Engineering and
- Solar PV Technology
- Solar Thermal Technology
- Hybrid Renewable Energy
- Vertical axis Wind Energy
- Geothermal heat exchanger Technology
- Zero Energy Building Technology
Physic of PV Cell
- Polycrystalline solar cell (multi-Si)
- Monocrystalline solar cell (mono-Si),
- Multi-junction solar cell (MJ),
- Thin-film solar cell (TFSC),
- Amorphous Silicon solar cell (a-Si),
- Copper indium gallium selenide solar cells (CI(G)S),
- Gallium arsenide germanium solar cell (GaAs),
- Nanocrystal solar cell, Organic solar cell (OPV),
- Perovskite solar cell etc
- Generation Solar Panels - 1st Generation, 2nd Generation, 3rd Generation,
- Monocrystalline and Polycrystalline panel manufacturing technology
- Solar Panel Technical characterization,
- testing and calculation
The Solar Resource and Meteorological Parameters, Estimation of solar radiation under different climatic conditions, Estimation of total radiation and meteorological assessment
Determining the scale of what can be accomplished, Figuring out options for technologies, sizing, design simulation, financing, and vendors. Preparing Request for Proposals (RFP) and related documents. Solar Water Pump Calculation, Design, costing etc.
Determining the scale of what can be accomplished, Figuring out options for technologies, sizing, design simulation, financing, and vendors. Preparing Request for Proposals (RFP) and related documents.
Site assessment – Technical and environmental assessment Design and simulation, equipment sizing, grid interconnection, financial assessment – costing, BOQ, BOM, DPR, Fusibility Study and Techno-commercial report
Project Management and Development Phases - Project initiation, Project planning and design, Project installation, Project monitoring, Project completion
Electrical System, Mechanical/structural System, Energy Storage system, System Performance, Software solutions and Data Management, measuring instruments, O&M Contract and Performance Guarantee, Estimating PV O&M Costs
Occupational Safety and Health Administration
The PPE Assessment Tool and PPE Fact Sheet
Semester 1 Lab/Field Work
Different cell test and electrical characterization
PV Module Lab Test and Field Test
Field Work 1
SHL system, Solar Fan, outdoor application
Field Work 2
Find out market opportunities, supplier/vendor, customer requirements, Business strategy of different vendors, Market challenges and solution, Nation mission and policy, Entrepreneurs opportunities.
Prepare & Submit BOQ, BOM, DPR, Fusibility Study and Techno-commercial report, Meeting Presentation for Developer and Investor
Semester 2: Duration 6 Months (360 Hours)
Fundamentals of thermal energy, Solar thermal energy conversion, Basic concept of heat exchanger, Solar thermal collector
Solar Hot Water Thermal System, Working Principle, Types of Solar Collectors - Flat Plate Collectors, Evacuated Tube Collectors, ICS Collectors, Concentrating Collectors, Pool Collectors
Storage Tanks, Heat Exchangers, Pumps, Piping and Pipe Insulation, Solar Fluids, Other System Components
Solar system efficiency, Specific solar energy yield, Passive systems, Active systems , Thermal capacity, Heat transfer fluid, Anti-freeze fluids , Engineering Design, Theory and Theoretical Calculations, selection of Components, Collector performance indices, System piping arrangements, Tank configuration, controller
Physics behind the generation of wind and its occurrence, types of small and large wind turbines, Wind energy characteristics, Modern wind turbines, Horizontal-axis and vertical-axis wind turbines
Building integrated vertical wind turbines, VAWT Types, Future Prospects of VAWT for Remote Applications
wind resources measurement and assessment, atmospheric conditions, complex terrains, wind farm effects, site assessment (site selection, measurement equipment, types of meteorological masts, etc.), energy yield calculation
Design of vertical axis wind turbine for residential and industrial sector, Analysis of Customer Needs,
Design of blades, analysis of different types of blades, Generator Design, stator design, rotor design, Converter system
CALCULATIONS: The Wind Power, Generator Induced Voltage & Current
Final Cost Estimates:
Bill of Material, Assembly Cost, Overhead Cost, Total Cost, Return on Investment analysis
Potential and Future Prospects of Geothermal Energy in Space Conditioning of Buildings, Potential Geothermal Energy Resources of India, Himalaya geothermal province, Sohana geothermal province, West coast geothermal province, Gujarat-Rajasthan geothermal province, Earth Air Heat Exchanger (EAHE) in India
Thermodynamic System, Process and Cycle, Thermodynamic Property, Modes of Heat Transfer, Ground Temperature Variations, Heat Pumps, Heat Exchangers, Heating, Ventilating, and Air Conditioning, High-Temperature Geothermal Systems
Ground-source heat pump (GSHP), design tools for earth-air heat exchangers, Design Considerations and Installation, Modeling Ground Heat Exchangers, Loop Design Theory, Open Loop, Closed Loop, Horizontal Loop, Vertical Loop, Surface Water Loop, Horizontal Loop Design, Vertical Loop Design, Surface Water Design, Software Design
Economic Analysis of a Ground-Source Heat Pump for Heating and Cooling a Single Building, Indian companies are involved in ground source heat pump’s
Net zero energy buildings: The next big step towards a better future
Semester 2 Lab/Field Work
Field Work 3
Annual energy savings, Annual cost savings, Solar system cost, Savings-to-investment ratio, payback period,
Orientation & Slope of collectors , Structural (foundation), Integration of solar collector system into existing hot water distribution system
Field Work 4
Field Work 5
Per Semester Fees: Rs. 34,999/-
All Fees Excluding 18% GST
Submit Registeration for this course:
- Submit Registration
- IST Admission cell will check form data and they will inform you to pay Course fees
- Deposit Course fees
- Admission cell will send your E-registration certificate
- Training cell will send you class calendar
- Exam cell will conduct online examination and send E-Certificate, E-marksheet