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8th International Conferences on Green Energy & Expo, will be organized around the theme “Green Energy for a sustainable future”

Green Energy 2020 is comprised of keynote and speakers sessions on latest cutting edge research designed to offer comprehensive global discussions that address current issues in Green Energy 2020

Submit your abstract to any of the mentioned tracks.

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Efficient power vitality incorporates sun based vitality, hydropower, wind vitality, wave vitality, tide vitality, geothermal vitality and a lot more normally happening. This type of vitality is inexhaustible; effectively accessible that is they can be renewed normally when contrasted with petroleum products which are limited with diminishable period. With the rising improvement in this field we can see a future degree with the less reliance on the traditional sources, for example, coal, oil and flammable gas. Environmentally friendly power vitality can be named as perfect vitality with insignificant effect on nature when contrasted with non-renewable energy sources which produce poisons, for example, ozone harming substances which prompts the climatic changes.


  • Track 1-1Clean energy Resources
  • Track 1-2Animal gut bacteria or gastrointestinal flora to Biofuels
  • Track 1-3Plastic waste could be turned into clean energy
  • Track 1-4Advance in affordable clean energy generation
  • Track 1-5Harnessing clean energy from algae
  • Track 1-6Clean energy and electric vehicles
  • Track 1-7Rare Earth Elements and Clean Energy
  • Track 1-8Clean energy and global water resources
  • Track 1-9Future of Clean Energy
  • Track 1-10Chemistry for clean energy
  • Track 1-11Waste heat into clean energy
  • Track 1-12Flexibility in network topology

 Renewable energy source can be characterizes as a type of vitality got from the normal sources which can't be drained, for example, wind or sun powered power. They are the characteristic vitality present in all structures going from daylight, wind, waves, geothermal warmth and tides. There sources are supplanted continually however does not get short.

  • Track 2-1 New renewable capacity
  • Track 2-2Hydropower capacity
  • Track 2-3Wind power capacity
  • Track 2-4Solar PV capacity

The basic vitality sources are Hydropower, Biomass, Biofuels, Wind, Geothermal and Solar Energy. It frequently incorporates items, for example, wood, paper and cowhide. The wellsprings of sustainable power source are available in the common habitat containing the biggest segment of biological system. These sources are competent enough to supplant the ordinary wellsprings of vitality, for example, fossil vitality by serving into particular regions, for example, age of power, Hot water/space warming, engine fills, and the provincial lattice off vitality administrations.


  • Track 3-1Atomic energy
  • Track 3-2Bioalcohol
  • Track 3-3Biodiesel
  • Track 3-4Breeder reactor
  • Track 3-5Bubble fusion
  • Track 3-6Deep lake water cooling
  • Track 3-7Fischer-Tropsch process
  • Track 3-8Geothermal exchange heat pump
  • Track 3-9Francis turbine

 Wind power is abundant, sustainable, generally appropriated, clean with no outflow of ozone harming substances. It frequently utilizes less land with less water utilization. Wind current through the breeze turbines is changed over to the electrical vitality utilizing the power generators. The vitality in the breeze turns a few propeller-like cutting edges around a rotor. The rotor is associated with the principle shaft, which twists a generator to make power. This type of vitality is utilized for the power ages which either utilizes the warm surface water or heating up the ocean water going it to the turbine further actuating the generator. There are no fuel costs, no hurtful gases are delivered yet it might cause clamor contamination to the encompassing individuals.

  • Track 4-1Wind Turbines
  • Track 4-2Wind Power Animation
  • Track 4-3Wind Exchange
  • Track 4-4Wind Electric Generator
  • Track 4-5Global Wind Atlas

 Waste to-Energy (WTE) or vitality from-squander is the way toward producing vitality as power or potentially heat from the burning of waste. In the U.S., a few urban communities essentially in the northeastern and mid-Atlantic consume some portion of their city strong squanders. Trimmed in by real populace focuses, landfill space in these regions is at a higher cost than expected, so consuming squanders to lessen their volume and weight bodes well. Burning diminishes the volume of material by around 90 percent and its weight by 75 percent. The warmth created by consuming squanders has different uses, also, as it very well may be utilized legitimately for warming, to deliver steam or to produce power.


  • Track 5-1Fuel cells in the waste to energy chain
  • Track 5-2Conversion Technologies
  • Track 5-3Energy recovery from waste Incineration
  • Track 5-4Construction waste as resource and energy
  • Track 5-5Recent research and techniques Related Conference of Waste

Different sunlight based advances are there that legitimately tap the unbounded intensity of sun and which is additionally used to deliver warmth, light and power. There are different Solar methods, for example, Passive Solar Lighting and Heating, Solar Water Heating, sun powered Electricity and Solar Thermal Electricity. Sun based Thermal power gives the warmth as well as produces the power. Sun based vitality can be changed over to power in two different ways i.e, Photovoltaic and Solar Power Plants. Photovoltaic (PV gadgets) or "sun based cells" that change daylight legitimately into power. PV frameworks are regularly utilized in remote areas that are not associated with the electric network. They are likewise used to power watches, adding machines, and lit street signs.


  • Track 6-1Power Electronics
  • Track 6-2Energy Conservation in Large Scale Establishment
  • Track 6-3Solar water heating
  • Track 6-4Solar Cells
  • Track 6-5Solar Furnaces
  • Track 6-6Solar towers
  • Track 6-7Solar powered electric boats

Vitality produced by waves is changed over into power through the electric generator. Wave development is saddled and changed over to power. It's a solid wellspring of vitality as it very well may be bridled tremendously and there is no lack. Contingent upon the strategy utilized for the catch of wave vitality, it tends to be portrayed into water driven smash, elastomeric hose siphon, and siphon to shore, hydroelectric turbine, air turbine and direct electric generator.


  • Track 7-1 Wave Profile Devices
  • Track 7-2The Pelamis Wave Energy Converter
  • Track 7-3Oscillating Water Column
  • Track 7-4Wave Capture Device
  • Track 7-5Oscillating Wave Column

 Tidal power is taken from the Earth's maritime tides. Tidal powers are intermittent varieties in gravitational fascination applied by heavenly bodies. These powers make comparing movements or flows on the planet's seas. Because of the solid appreciation for the seas, a lump in the water level is made, causing an impermanent increment in ocean level. As the Earth pivots, this lump of sea water meets the shallow water neighboring the shoreline and makes a tide. This event happens in an unfailing way, because of the steady example of the moon's circle around the earth.


  • Track 8-1Tidal stream generator
  • Track 8-2Tidal barrage
  • Track 8-3Dynamic tidal power
  • Track 8-4Tidal lagoon
  • Track 8-5Tidal turbines
  • Track 8-6Fouling

 Warm energy and mechanical energy are the two vitality structures created by the Marine energy. Warm vitality is delivered by the suns heat while the mechanical vitality created by the tides and waves. The vitality is conveyed by sea waves, tides, saltiness, and sea temperature contrasts. Seas convey an extraordinary measure of intensity and vitality potential with the possibility to create 20,000–80,000 terawatt-hours (TWh) of power produced by changes in sea temperatures, salt substance, developments of tides, flows, waves and swells.


  • Track 9-1Point Absorber
  • Track 9-2The Attenuator
  • Track 9-3The Oscillating Wave Surge Converter

\r\n High Temperature Geothermal vitality is from warm vitality produced and put away in the Earth. Warm energy is the energy that decides the temperature of issue. Earth's geothermal vitality starts from the first development of the planet and from radioactive rot of minerals. The geothermal slope, which is the distinction in temperature between the center of the planet and its surface, drives a persistent conduction of warm vitality as warmth from the center to the surface. The descriptor geothermal begins from the Greek roots geo, which means earth, and bottle, which means heat.


  • Track 10-1Cooling Functions
  • Track 10-2Geothermal Heat Pump Systems
  • Track 10-3Lowest Carbon Footprints
  • Track 10-4Flexible Renewable Energy

A standout amongst the most significant and enormous wellspring of sustainable power source, Hydropower adds to 10% of world power age. The streaming water vitality is changed over to power in the hydropower plants. Most normally the dam water is utilized. Streaming water through turbines ii utilized for the power age. In spite of the fact that there is no air emanation anyway water quality and untamed life natural surroundings can be influenced. Work is proceeding to structure the power plants so that it makes least influence the stream water. Without a doubt it improves the natural life's stream territory and yet aims the decrease in power plant yield.


  • Track 11-1Watermills
  • Track 11-2Compressed air hydro
  • Track 11-3Hydraulic Mining
  • Track 11-4Inclined Plane Railroads
  • Track 11-5Water Motor

 Likewise called as Solar Cells, Photovoltaic cells (PV Cells) convert the daylight legitimately into the power. By utilizing the cells, Solar PV frameworks convert the daylight into power. The cell framework contains a couple of layers of a semi leading material essentially Silicon. Electric field is created when the light sparkles on the cells. Right when light vitality strikes the daylight based cell, electrons are pounded free from the particles in the semiconductor material. If electrical transports are joined to the positive and negative sides, surrounding an electrical circuit, the electrons can be gotten as an electric flow - that seems to be, control.


  • Track 12-1Solar Cells
  • Track 12-2Standalone systems
  • Track 12-3Concentrator photovoltaics
  • Track 12-4Organic and polymer photovoltaic
  • Track 12-5Copper Indium Gallium Diselenide
  • Track 12-6Cadmium telluride
  • Track 12-7Crystalline silicon
  • Track 12-8Perovskite cells
  • Track 12-9Solar Trackers
  • Track 12-10Floatovoltaics

 Biofuels are flammable fills made from biomass; at the end of the day, powers made from as of late living plant matter rather than antiquated plant matter in hydrocarbons. The term biofuel is generally used to reference fluid energizes, for example, ethanol and biodiesel that are utilized as trades for transportation fills like oil, diesel and fly fuel. Biofuels can likewise incorporate strong fills like wood pellets and biogas or syngas – anyway in this synopsis we will concentrate on fluid fuels.There are two principle sorts of biofuels – ethanol and biodiesel. The least difficult approach to recognize the two is to recall ethanol is a liquor and biodiesel is an oil.


  • Track 13-1Carbon sequestration and forestry
  • Track 13-2Cellulose to Myco diesel
  • Track 13-3Bioethanol
  • Track 13-4Algae and cyanobacteria fuels
  • Track 13-5Aviation biofuel
  • Track 13-6Biologically produced alcohols as gasoline

 A sort of electrical network that is having different highlights, for example, savvy meters, brilliant machines, sustainable power source assets and vitality productive assets is named as keen lattices. Keen networks have shrewd meters, brilliant machines, sustainable power source assets and vitality proficient assets. The principle rationale of shrewd network is to deal with the interest of power in a manageable and monetary way. To fulfill both the expanding interest for power and the need to diminish carbon dioxide discharges, we need keen lattice that can deal with these difficulties in a feasible, dependable and monetary way.


  • Track 14-1Flexibility in network topology
  • Track 14-2efficiency
  • Track 14-3Reliability
  • Track 14-4Load adjustmentLoad balancing
  • Track 14-5Peak curtailmentleveling and time of use pricing
  • Track 14-6Demand response support
  • Track 14-7Platform for advanced services
  • Track 14-8Smart grid modelling

With the expanding request of Renewable vitality, Hybrid Renewable Energy Sources (HRES) has been utilized broadly in the remote regions. HRES includes joining of the two sustainable power sources with the point of furnishing higher vitality proficiency alongside the more noteworthy vitality yield. If there should be an occurrence of giving higher yield load, we can join the two sustainable power sources coming about to the 100% productivity. To actualize the HRES framework there ought to be a well-characterized institutionalized arrangement of structures, for example, request evaluation, covering territories, asset appraisal and the hindrances.


  • Track 15-1Biomass-wind-fuel cell
  • Track 15-2Photovoltaic and wind
  • Track 15-3Direct-coupled system
  • Track 15-4Stand alone system with batteries

 Bioremediation is an alternative that improves the adequacy of the regular biodegradation procedure of the sea. It utilizes decomposers and green plants, or their compounds, to improve the state of tainted condition . Numerous hydrocarbons  are biodegradable under oxygen consuming conditions, despite the fact that various polar saps, most hopanes, and asphaltenes are impervious to microbial activity. Bioremediation upgrades the capacity of microorganisms to use oil hydrocarbons into biomass, carbon dioxide, water, and harmless oxygenated final results.


  • Track 16-1Industrial relations
  • Track 16-2Community mediation
  • Track 16-3Peer mediation
  • Track 16-4Commercial disputes
  • Track 16-5Native-title mediation

 Power that is created during the season of utilization is known as conveyed sustainable power source. These type of vitality is put away in little, brace associated gadget called as appropriated vitality assets or disseminated vitality asset frameworks. These frameworks are decentralized, measured and increasingly adaptable, that are found near the heap they serve, having limits of just 10 megawatts (MW) or less. This is created nearby and is having serious focal points, for example, killing the expense of generation, unpredictability, interdependencies, and wasteful aspects related with the transmission and the dispersion. For gathering the ordinary interest of intensity supply, little power sources are set up known as appropriated sustainable power source frameworks.


  • Track 17-1Combined heat power
  • Track 17-2Micro combined heat and power
  • Track 17-3Microturbines
  • Track 17-4Reciprocating engines
  • Track 17-5Small wind power systems
  • Track 17-6Stirling engines
  • Track 17-7Microgrid

 The goal behind the Sustainable vitality is to meet the present need without tradeoff for the future age on the vitality use. Sustainable power source is the kind of reasonable vitality which is normally happening and effectively renewed without getting exhausted. It is boundless. Sustainable power source and vitality productivity are the two fundamental key parts for the maintainable vitality. All sustainable power sources like sun based, wind, geothermal, hydropower and sea vitality are reasonable as they are steady and accessible in bounty. Bioenergy is likewise a sort of supportable vitality which is the vitality created from the organic masses, for example, straw, corns, fertilizers and other agrarian plants. For the manageability of vitality we can go for vitality preservation and its productivity.


  • Track 18-1Environmental or ecological
  • Track 18-2Agriculture
  • Track 18-4TRI-GENERATION
  • Track 18-8Energy Efficient Windows

 Energy Efficiency plans to lessen the vitality required for demonstrating the items and administrations. These days, with the such a significant number of developments and progression in advancements it is getting to be basic to make the correct use of vitality which is accomplished by vitality Efficiency. Vitality Efficiency keeps up the earth by securing the air and forestalling the difference in atmosphere. It additionally helps by decreasing the discharge from power plants. With the lessening measure of vitality use less vitality will be expected to create the power plants bringing about the decrease of ozone depleting substance discharges and improving the nature of air. Vitality effectiveness assumes a significant job in the adjusting of the economy.


  • Track 19-1CFL Lights
  • Track 19-2 Air Leaks
  • Track 19-3 Daylight

 With the ascent in the use of sun powered energy and the breeze energy there is a quick requirement for the more vitality stockpiling easily and productive techniques. For instance, batteries – that gives utilities the versatility of dealing with a record practical power hotspot for later use. In like manner sparing the vitality can give impact and engage home and business visionaries to set aside the cash by securing vitality from the grid when electric rates are low, and moreover using the put away vitality for the duration of the day. Vitality Storage is getting to be significant as it jam and rations the vitality as well as can be utilized and changed further to various structures relying upon the need and utilities.


  • Track 20-1Solid State Batteries
  • Track 20-2Flow Batteries
  • Track 20-3Flywheels
  • Track 20-4Flywheels
  • Track 20-5Compressed Air Energy Storage
  • Track 20-6Thermal
  • Track 20-7Pumped Hydro-Power

Vitality comes in different structures including radiation, compound, gravitational potential, electrical potential, control, raised temperature, torpid warmth and dynamic. For instance, we can't produce the sun powered while the sun isn't sparkling or we can't create wind while the breeze isn't blowing. It ends up imperative to spare the vitality that produce at one time and use sometime in the not too distant future. Capacity to-gas, Storing wind and sun in flammable gas and Redox Flow Batteries are a portion of the keen approaches to store the vitality. Some customary strategies to store the vitality like Mechanical capacity frameworks, electrochemical capacity frameworks, Chemical vitality stockpiling, Electrical capacity frameworks, Thermal stockpiling frameworks, Superconducting Magnetic Energy Storage and Methane.


  • Track 21-1Artificial leaf
  • Track 21-2Parabolic dishes
  • Track 21-3Optical Rectenna
  • Track 21-4Micro stirling engines
  • Track 21-5Micro nuclear reactors
  • Track 21-6Lithium-air batteries
  • Track 21-7Inertial confinement fusion
  • Track 21-8Graphene Supercaps
  • Track 21-9Artificial photosynthesis
  • Track 21-10Recycling Radio Waves

 Non-sustainable power source makes nursery gases;the distinctive sorts of ozone harming substances are,water vapour:Water vapor is expanding as there's a great deal of potential outcomes of mists and precipitation,it is the most essential criticism to the nursery effect.Carbon dioxide(CO2):Carbon dioxide is a vital segment of the nursery gases,it can be created by a characteristic procedure like every living thing respiration,because when somebody takes in, they breath oxygen,when they breath out they breath out carbon dioxide and goes to the climate, and volcanic eruptions.Also human exercises make that vital part of the ozone depleting substances like deforestation,land utilize change;like putting a working in a sea, and consuming petroleum products by not utilizing inexhaustible energy.Methane:This gas is a hydrocarbon gas,that is delivered by normal sources,and human activities,including the decay of regular squanders in landfills,agriculture,and particularly rice cultivation,and the gas of animals,methane is significantly more dynamic as an ozone depleting substance than carbon dioxide,but additionally it is the less plenteous in the atmosphere.Nitrous oxide:It is an extremely intense nursery gas,it is delivered by soil development practices;especially the utilization of business and natural fertilizers,fossil powers consumption,nitric corrosive production,and biomass burning.Chlorofluorocarbons(CFCs).


  • Track 22-1Carbon dioxide CO2
  • Track 22-2Nitrous oxide N2O
  • Track 22-3Fluorinated gases
  • Track 22-4Methane CH4

 Bioenergy is renewable energy created from natural, biological sources. Many natural sources, such as plants, animals, and their byproducts, can be valuable resources. Modern technology even makes landfills or waste zones potential bioenergy resources. It can be used to be a sustainable power source, providing heat, gas, and fuel.Because the energy contained in sources like plants is obtained from the sun through photosynthesis, it can be replenished and is considered an inexhaustible source. 


  • Track 23-1Solid biomass
  • Track 23-2Sewage biomass
  • Track 23-3Electricity generation from biomass
  • Track 23-4Electricity from electrogenic micro-organisms

 Power Engineering is the branch of electrical engineering which deals with Generation, Transmission, Distribution and storage of Energy or Power. It also deals with electrical devices and electric power connected to the systems like Motors, Generators and Transformers.  Power engineering is a network of interconnected components which convert different forms of energy to electrical energy. Modern power engineering has three main sub components: Generation system, Transmission system and Distribution system. First one deals with production of electricity. The next one deals with transmitting the power to the load centres. Finally, the power gets distributed to the customers.


  • Track 24-1Power Systems
  • Track 24-2Power Generation
  • Track 24-3Power transmission and distribution
  • Track 24-4Power system protection
  • Track 24-5Energy Economics
  • Track 24-6Energy EconEmerging Technologies and Alternative Energyomics

 Use of nanotechnology which includes the control of materials at the size of the nanometer to green designing standards is "Green nanotechnology". It likewise alludes to the utilization of the results of nanotechnology to upgrade manageability. Keeping up and enhancing soil, water, and air quality speak to the absolute most imposing difficulties confronting worldwide society in the 21st century. Contaminations from such assorted sources as oil and synthetic spills, pesticide and compost overflow, surrendered modern and mining locales and airborne vaporous and particulate issue from cars worsen the circumstance once a day. Identifying and treating existing contaminants and counteracting new contamination are among the difficulties. Utilization of nano-materials in assorted fields, for example, upgrading the creation and refining of energies and decrease of discharges from cars, vitality stockpiling (batteries and nano-empowered fuel cells), to give safe drinking water through enhanced water treatment, desalination, nano-empowered protection and outline of nano-materials for contamination detecting and location.


  • Track 25-1Nanotechnology in Energy Systems
  • Track 25-2Green Nanotechnology
  • Track 25-3Nanomaterials for Hydrogen, Fuel Cells Thermal Energy
  • Track 25-4Nanomaterials for Energy Conversion Storage
  • Track 25-5Treatment Remediation
  • Track 25-6Nanotechnology for Sustainable Energy Production

Energy Storage is the catch of vitality created at one time for use at a later time. A gadget that stores vitality is here and there called a gatherer. Energy comes in various structures including radiation, compound, gravitational potential, electrical potential, power, raised temperature, dormant warmth and dynamic. Energy Storage includes changing over vitality from frames that are hard to store to all the more helpfully or financially storable structures. Mass Energy stockpiling is right now ruled by hydroelectric dams, both customary and also pumped. The vitality isn't put away straightforwardly; however the work-result of expending Energy (pumping ceaselessly warm) is put away, having the proportionate impact on daytime utilization.


  • Track 26-1Commercial Applications of Energy Storage
  • Track 26-2Batteries and Electrochemical Energy Storage
  • Track 26-3Compressed Air Mechanical Energy Storage Systems
  • Track 26-4Thermal Energy Storage Systems
  • Track 26-5Trends in Energy Conservation Technology