Duration 2 Years |
Level Diploma After Graduation |
Type Diploma |
Eligibility Graduation |
P.G.D. Renewable Energy or Post Graduate Diploma in Renewable Energy is a postgraduate Agricultural Engineering course. Renewable energy comes from natural resources such as sunlight, wind, rain, tides, and geothermal heat, which are renewable (naturally replenished). The duration of the Post Graduate Diploma in Renewable Energy is mostly two academic years, but it may vary from institute to institute and may be on a part-time basis by certain institutes. The course syllabus is divided into two years. Diploma holders can get jobs in many fields and become a teacher in the very subject.
P.G.D. Renewable Energy Eligibility
Syllabus of Renewable Energy as prescribed by various Universities and Colleges.
Year I |
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Block |
Subjects of Study |
Block-I |
Introductory overview Energy sustainability, Present energy sources and sustainability, renewable energy sources, Energy services and efficiency improvement, energy in a sustainable future |
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Primary Energy World primary energy consumption, quantities of energy, interpreting the data, world energy sources, Primary energy in the UK, Denmark, USA, France and in India |
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Coal The fossil fuels, wood to coal, resource and its use, coal combustion, fires, furnaces and boilers |
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Oil and gas Oil and gas as primary fuels: the origin and geology of petroleum, the origins of the oil and gas industry, finding petroleum, refining and products, India’s demand for oil products and gas, substitutes for oil and gas Oil and gas as secondary fuels: Obstacles to coal conversion, gas from oil, oil from gas, gas from coal, oil from coal, non-conventional source of petroleum |
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Electricity Making electricity in the nineteenth century, development of electric lighting, uses of electricity, generation, transmission and distribution systems, electricity around the world |
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Nuclear power Radioactivity, nuclear fission, reactors, thermal fission reactors, nuclear fuel cycles, fast reactors, power from fusion |
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The future of nuclear power Reasons for decline, Nuclear power: a long-term answer to climate change, new nuclear development the future: conflicting views |
Block-2 |
Forms of Energy Kinetic and potential energy, heat, electrical energy, chemical energy, electromagnetic radiation, nuclear energy and biochemical energy |
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Thermodynamics, heat transfer and transport phenomena: Zeroth law of thermodynamics, first law of thermodynamics: internal energy, enthalpy, specific heat, thermodynamic reactions and process, applications of first law, energy analysis of chemical reactions, phase change process, second law of thermodynamics, application of second law: steam power plant, Rankine cycle, Internal combustion engines, diesel engine, gas turbines, refrigeration cycle, Chemical thermodynamics, challenges to thermodynamics, description of various energy conversion equipments, Industrial energy conservation, sankey diagram, some case studies of energy conservation, Introduction to economic and financial analysis. |
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Heat to motive power Steam engines, the principle of heat engines, the age of steam, steam turbines, power station turbines |
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Oil and gas engines the petrol or spark ignition engine, the diesel engines, emissions from petrol engines, efficiency, German and British jet engines, modern jet engines, Industrial gas turbines, stirling engines |
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Basics of Economics and Financial Analysis: Economics of discount rate, concepts of net present value, incremental cost and benefits, cash flow analysis, private and social costs, Financial and economic analysis of energy technologies |
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Winter break (FTF interaction, site visits, lab exposure) |
Block-3 |
Solar Thermal Engineering The rooftop solar water heater, the pumped solar water heater, the thermosyphon solar water heater, the wavelengths of solar water radiation, direct and diffuse radiation, availability of solar radiation, tilt and orientation, the magic of glass, low temperature solar energy, applications, active solar heating, passive solar heating, daylighting, solar thermal engines and electricity generation, economics, potential and environmental impact |
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Solar photovoltaic A brief history of PV, PV in silicon; basic principles, crystalline PV; reducing costs and raising efficiency, thin film PV, other innovative PV technologies, electrical characteristics of silicon PV cells and modules, PV systems for remote power; grid-connected PV systems, cost of energy from PV, Environmental impact and safety, PV integration, resources and prospects. |
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Bio-energy Bioenergy past and present, biomass as a fuel, bioenergy resources I: Energy crops, bioenergy sources II: wastes, combustion of solid biomass, production of gaseous fuels from biomass, production of liquid fuels from biomass, environmental benefits and impacts economics, prospects |
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Hydroelectricity the Galloway hydros, hydro: the resource, stored energy and available power, a brief history of water- power, types of hydroelectric plant, the Fancies turbine, propellers, impulse turbines, range of application, small-scale hydroelectricity, environmental considerations, integration, economics, prospects |
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Tidal power Basics, power generation, technical facts, environmental factors, integration, economic factors, tidal energy potential, tidal barrages, conclusions, Tidal streams, tidal current turbines: the next stage, tidal current assessment |
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Wind Energy & power in wind, wind turbines, aerodynamics of wind turbines, power and energy from wind turbines, environmental impact, economics, commercial development and wind energy potential, offshore wind energy |
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Wave energy Recent history, introductory case studies, physical principles, wave energy, wave energy resources, wave energy technology, economics, environmental impact, integration, prospects |
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Geothermal Energy Geothermal energy-an overview, the physics of geothermal resources, technologies for geothermal resource exploitation, environmental implications, economics and world potential |
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Elements of passive solar architecture |
Block-4 |
Policy, Programs, Regulations etc. Policy Support for Grid Interactive Renewable Power: Electricity Act 2003, National Electricity Policy 2005, Tariff Policy 2006, National Rural Electrification Policies 2006, Renewable Power Policies, Grid Interactive and Off-Grid/Distributed Renewable Power, other support programmes of MNRE. Energy and climate change, Regulatory issues of coal, oil and gas, nuclear and hydro energy |
|
Summer Break (Project work) |
Year II |
|
Block-I |
Introductory overview Energy sustainability, Present energy sources and sustainability, renewable energy sources, Energy services and efficiency improvement, energy in a sustainable future |
|
Primary Energy World primary energy consumption, quantities of energy, interpreting the data, world energy sources, Primary energy in the UK, Denmark, USA, France and in India What do we use Energy for? Primary, delivered and useful energy, the expanding uses of energy, Energy uses today |
|
Coal The fossil fuels, wood to coal, resource and its use, coal combustion, fires, furnaces and boilers |
|
Oil and gas Oil and gas as primary fuels: the origin and geology of petroleum, the origins of the oil and gas industry, finding petroleum, refining and products, India’s demand for oil products and gas, substitutes for oil and gas Oil and gas as secondary fuels: Obstacles to coal conversion, gas from oil, oil from gas, gas from coal, oil from coal, non-conventional source of petroleum |
|
Electricity Making electricity in the nineteenth century, development of electric lighting, uses of electricity, generation, transmission and distribution systems, electricity around the world |
|
Nuclear power Radioactivity, nuclear fission, reactors, thermal fission reactors, nuclear fuel cycles, fast reactors, power from fusion |
|
The future of nuclear power Reasons for decline, Nuclear power: a long-term answer to climate change, new nuclear development the future: conflicting views |
Block-2 |
Forms of Energy Kinetic and potential energy, heat, electrical energy, chemical energy, electromagnetic radiation, nuclear energy and biochemical energy |
|
Thermodynamics, heat transfer and transport phenomena: Zeroth law of thermodynamics, first law of thermodynamics: internal energy, enthalpy, specific heat, thermodynamic reactions and process, applications of first law, energy analysis of chemical reactions, phase change process, second law of thermodynamics, application of second law: steam power plant, Rankine cycle, Internal combustion engines, diesel engine, gas turbines, refrigeration cycle, Chemical thermodynamics, challenges to thermodynamics, Flow of fluids, momentum balance, energy of a fluid in motion, principles of heat transfer, heat transfer through compound slab, steady heat flow in a cylindrical pipe, heat transfer in extended surface, unsteady heat conduction, convection, nucleate or pool boiling, heat exchanger calculation, mass transfer operations, molecular diffusion, interphase mass transfer, material balance, humidification process, absorption, adsorption and drying, drying kinetics |
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Heat to motive power Steam engines, the principle of heat engines, the age of steam, steam turbines, power station turbines |
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Oil and gas engines the petrol or spark ignition engine, the diesel engines, emissions from petrol engines, efficiency, German and British jet engines, modern jet engines, Industrial gas turbines, stirling engines |
|
Basics of Economics and Financial Analysis: Economics of discount rate, concepts of net present value, incremental cost and benefits, cash flow analysis, private and social costs, Financial and economic analysis of energy technologies |
|
Winter break (FTF interaction, site visits, lab exposure) |
Block-3 |
Environmental and Health impact of energy use Classification of the impacts of energy use, household scale impact, workplace scale impact, community-scale impacts, regional scale impacts, global scale impacts, comparing the impacts of electricity generation systems, comparing the external costs of electricity generating systems |
Block-4 |
General aspect of energy management and audit Energy management and audit, energy action planning, financial management, project management, energy monitoring and targeting |
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Energy efficiency in Thermal utilities Fuel and combustion, boiler, steam system, furnaces, insulation and refractories, FBC boilers, cogeneration, waste and heat recovery |
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Energy efficiency in electrical utilities Electrical system, electrical motors, compressed air system, HVAC and refrigeration system, Fans and blowers, Pump and pumping; systems, cooling tower, lighting system, DG set system, efficient technologies in electrical systems |
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Energy performance assessment for equipment and utilities Boilers, furnaces, turbines, heat exchanges, electric motors and variable speed Drives, Fans and blowers, water pumps, compressors, HVAC systems, lighting system, financial analysis, waste minimization and resource conservation |
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Case studies: Energy conservation in industries: Cement and Aluminium |
Block-5 |
Solar energy and resources Solar radiation outside the earth’s atmosphere, solar radiation available on the earth’s surface, measurement of solar radiation, prediction of available solar radiation |
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Wind energy resource Overview of wind energy developments, physics of wind, wind system in India, Wind measurements, instrumentation and data characteristics, spatial wind resource assessment tools: GIS and satellite data |
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Geothermal, tidal, wave and ocean thermal energy Geothermal energy potential sites, volcano-related heat sources, sedimentary basins, hot-dry rocks, basics of tidal power, wave power, ocean thermal energy conversion, closed and open cycle development, mist lift, the two-stage mist lift |
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Bioenergy resources Biomass resources, characterization of biomass, bulk chemical potentials of biomass, structural properties, physical properties, properties of microbial biomass, biomass resource assessment |
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Summer Break (Minor project) 2nd Year |
Block-6 |
Solar Thermal Engineering Low-temperature solar systems: flat plate collector, solar water heaters, thermal storage systems, concentrating collector system |
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Photovoltaic Physics of semiconductors, introduction to photovoltaic technology, solar cell technologies, photovoltaic system engineering, and photovoltaic system design guidelines and methodology |
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Passive Solar Architecture and green buildings Climate and human thermal comfort, heat exchange in buildings, concepts of passive heating and cooling, passive concepts for composite climates, Concepts and case studies of green buildings |
Block-7 |
Wind turbines & Wind Farms History and evaluation of wind turbines, rotor aerodynamics, evaluation of the modern wind turbine and its subsystems, wind farms |
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Small hydropower Global and Indian small hydro scenario, small hydro resource assessment, site evaluation |
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Geothermal, tidal, ocean etc |
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Winter break (FTF interaction, site visits, lab exposure) |
Block-8 |
Thermochemical Conversion of biomass Biomass conversion routes, biomass densification technologies, biomass combustion, biomass pyrolysis, biomass gasification, guidelines for designing downdraft gasificers, tar formation and reduction, inverted downdraft gasifier stove |
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Biochemical Conversion Basics of biochemical process, aerobic and anaerobic systems for treatment of liquid wastes, aerobic and anaerobic systems for solid waste treatment |
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Liquid fuels from biomass Biomass constituents relevant to production of liquid fuels, liquid biofuels: alcohols, vegetable oil |
Block-9 |
Policy, Programs and Regulations Policy support for Grid Interactive Renewable Power: Electricity Act 2003, National Electricity Policy 2005, Tariff Policy 2006, National Rural Electrification Policies, 2006, Renewable Power Policies, Grid Interactive and Off-Grid/ Distributed Renewable Power, other programs of MNRE, Regulatory issues of coal, oil and gas, nuclear and hydro energy |
Block-10 |
Fossil Fuel Sustainability Fuel switching, carbon sequestration in the forest, carbon capture and sequestration beneath the earth’s surface, ocean sequestration of carbon, fuel cell, fossil fuel-based hydrogen economy. Global initiatives for climate change mitigation and adaptation (UNFCCC, IPCC, carbon trade etc.) |
Block-11 |
Software tools for Energy Analysis Retscreen, HOMER, and other software: Fundamental of RETSCREEN and HOMER, applications and procedure |
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Major project |
P.G.D. Renewable Energy College
P.G.D. Renewable Energy Course Suitability
How is P.G.D. Renewable Energy Course Beneficial?
P.G.D. Renewable Energy Employment Areas
P.G.D. Renewable Energy Job Types
Advance Courses in P.G.D. Renewable Energy