Theme: Fueling the Renewable Energy Revolution for a Sustainable Energy Future

Sustainable Energy 2021

Sustainable Energy 2021

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International Conference on Smart Sustainable Energy, Materials, and Technologies is going to be held in Paris, France during November 16-17, 2021. Smart Sustainable Energy, Materials, and Technologies is focused on the exploration works that emphasize the most recent technology developments.  It has broad meetings in which the primary Keynote introduction, YRF (Student Presentation), Oral Presentation, Posters, E-Poster introductions.

The Conference plans to give an inventive and exhaustive review of the most recent research improvements and delineating future headings in the field of Sustainable Energies and Materials. We believe that you will appreciate the Conference and that the collaboration with associates worldwide will animate an inventive trade of thoughts.


1.Renewable Energy technologies – solar, wind, wave, tidal, geothermal, bioenergy, hydropower:

Environmentally the ecosystem power developments engage us to make power, warmth, and fuel from sustainable sources.

Solar, wind, hydro, wave, heat-exchange, flowing, wave, and bioenergy advances are completely constrained by the sun, straightforwardly or in a roundabout way.

Tidal and wave energy advances are additionally controlled by the moon. Geothermal developments are constrained by profound warmth from the Earth's center.

Bioenergy innovations permit us to change over the Solar energy put away in plants, food wastes, ranch squanders, boondocks wastes, sewage, and green development into warmth, force, and fuel, using a combination of approaches.

These advances permit us to warm and cool our constructions, make power, and to go through the land, sea, and conceivably similarly by means of air without creating dangerous ozone exhausting substances and various kinds of contamination.

2. Biomaterials for Energy production:

Biomaterials can be derived either from nature or combined in the research place using a variety of substance approaches utilizing metallic segments, polymers, earthenware or composite materials. They are consistently used or potentially adjusted for a clinical application, and consequently include whole or part of a living construction or biomedical contraption which performs expands or replaces a trademark limit. Such limits may be by and large inactive, for example, being used for a heart valve or may be bioactive with more instinctive convenience, for instance, hydroxy-apatite covered hip additions. Biomaterials are in like manner used every day in dental applications, operations, and medicine transport. For example, an advancement with impregnated drug things can be placed into the body, which permits the postponed appearance of medicine all through a comprehensive time period. A biomaterial may in like manner be an autograft, allograft, or xenograft used as an exchange material.

3. Renewable Energy Integrations and Energy Networks:

Renewable Energy Integration bases on joining the sustainable power, appropriated age, energy storage, thermally initiated innovations, and solicitation response into the electric movement and transmission system. A structures approach is being used to lead combination advancement and shows to address specific, financial, administrative, and institutional blocks for using economical and appropriated systems. In addition to fully addressing operational issues, the coordination likewise sets up reasonable plans of action for joining these advancements into scope quantification, matrix activities, and request side administration.

4. Innovation in Energy Efficiency and Architecture

Energy productive structures (new turns of events or redesigned existing constructions) can be characterized as constructions that are planned to give a critical decrease of the energy need for warming and cooling, self-sufficiently of the energy and of the kinds of stuff that will be picked to warmth or cool the design. Analyzing energy use and giving proposition on more successful headways and practices. Improving the action and upkeep of transportation, constructions, and current stuff. Retrofitting or superseding energy-inefficient progressions. Instructing people to be more energy gainful.

5. Economics Social and Environmental and Policy Aspects

Biological economists specialists experts perform studies to choose the theoretical or definite effects of regular plans on the economy. This field of economic matters assists clients with planning proper natural strategies and examine the impacts and merits of existing or proposed arrangements. Regular business analysts' perspectives will help you with understanding critical and debatable issues for instance natural change systems, nuclear power, reusing procedure, and gridlock charging. This is an empowering field of monetary issues to analyze, and especially at the center of various public conversations and discussions. Regardless, it truly insinuates four undeniable regions: human, social, financial, and characteristic – known as the four pillars of reasonability. Human practicality plans to keep up and improve HR in the public field.

6.Energy and environmental change

Changes by they way we produce and use energy can significant affect human wellbeing and influence air and water quality and different proportions of ecological quality. Energy advances are evolving quickly, improving proficiency and natural maintainability. Non-renewable energy sources coal, oil, and natural gas are our fundamental wellsprings of energy, creating by far most of fuel, power, and warmth utilized by individuals across the globe. Ozone harming substance outflows can be decreased by making power nearby with renewables and other atmosphere cordial energy assets. Models incorporate housetop sunlight based boards, sun oriented water warming, limited scope wind age, power modules fueled by petroleum gas or inexhaustible hydrogen, and geothermal energy.

7.Energy storage concepts and materials

An energy storage device used for taking care of electric energy when required and conveying it.  As a measure to counter an Earth-wide temperature boost, the role of energy storage device technology in fields, for example, environmentally friendly power age and crossbreed car frameworks will turn out to be progressively significant. Energy storage assumes a significant part in this difficult exercise and assists with making a more adaptable and dependable lattice framework. For instance, when there is more inventory than request, for example, when there is more supply than demand, such as during the night when low-cost power plants continue to operate, the excess electricity generation can be used to power storage devices.

8. Green Energy 

Green energy comes from characteristic sources like sunlight, wind, rain, tides, plants, green growth, and geothermal heat. These energy resources are renewable, which means they're naturally replenished. In contrast, petroleum derivatives are limited resources that require a long period of time to create and will keep on decreasing with the use. Sustainable energy sources were additionally smaller on the environment than petroleum derivatives, which produce toxins like ozone-harming substances as a result, adding to environmental change. Gaining access to petroleum products regularly requires either mining or drilling deep into the earth.

9. Renewable Energy & Sustainable Energy Materials

Sustainable energy will be energy produced and  used in such a way that "meets the needs of the present without compromising the ability of future generations to meet their own needs." The expression "Sustainable energy" is frequently utilized interchangeably with the expression "renewable energy".

Sustainable power sources have a low ecological effect, broadly accessible and are normally renewed. The energy of the world necessities to develop with the development of our innovation. Changes in technology have given rise to many other alternative sources of energy that can be harnessed through various modern techniques.

10.Energy Storage, Generation and Transmission:

The expanded deployment of a sustainable generation of energy, combined with the significant expense of overseeing top framework interest, is driving interest in fixed energy storage technologies inside the utility enterprises. Grid reliability quality and the enormous capital expenses of overhauling the country's electrical transmission frameworks are starting interest in appropriated energy age and capacity. Also, in the transportation area, the unpredictability of fuel costs and the craving to make a serious home-grown battery fabricating industry have all prompted fast development in research in cutting-edge energy stockpiling innovations.

11.Hydro Power Generation and Geothermal Energy:

Hydroelectricity is a type of energy produced by the movement of water (motor energy) and is changed over into power. Hydroelectric energy is produced using the steady movement of the water cycle and it is the consequence of solar heat and the gravitational powers from the earth. The water cycle begins with the dissipation of water and afterward, it falls down as rain, hail, or snow. This consistent fall of water is the thing that produces hydroelectricity. Hydropower is powered by water and driven by the sun, along these lines; it is a practical fuel source

Geothermal energy is heat put away somewhere inside the earth or occasionally in hot springs. This heat is continuously delivered by the decay of radioactive isotopes like uranium, thorium, and potassium. Geothermal heat frameworks can be heat and cool structures and can likewise give a source hot water. Other direct-use applications remember developing plants for nurseries, drying crops, warming water at fish farms, and a few other mechanical cycles. Geothermal energy doesn't need any fuel and accordingly, any sort of contamination or ozone harming substances isn't delivered.

12.Sustainability of Materials Process:

Sustainable advancement is a globally recognized order and it includes green or environment-friendly manufacturing practices. Such practices organize with oneself recuperating and self-renewing ability of regular biological systems. Green assembling includes union, preparing, creation, and cycle streamlining, yet additionally testing, execution assessment and reliability.

13.Polymer-based smart materials:

Smart polymeric materials respond with a huge change in their properties to little changes in their present condition. Smart upgrades delicate materials can be either engineered or normal. Ecological improvements include temperature, pH, synthetics, and light. Smart upgrades sensitive materials can be either designed or typical.. This review discusses the utilization of smart materials as devices to tackle natural issues, for example, bio separation, drug conveyance, biosensor configuration, tissue designing, protein collapsing, and microfluidics.

14.Sustainable and green buildings:

The world over, the proof is developing that green structures bring different advantages.

They give probably the best way to accomplishing a scope of worldwide objectives, for example, tending to environmental change, creating sustainable and thriving communities, and driving economic growth.Featuring these advantages, and encouraging a developing proof base for demonstrating them, is at the core of what we do as an association.The benefits of green buildings can be grouped into three categories: environmental, economic, and social. Here, we provide a range of facts and statistics from various third-party sources that present these benefits.

15. Environmental impact and sustainability:

Environmental effect is any certain or negative change in ecological quality coming about because of human obstruction, ready to change the natural rhythm of the cycles of a system. The evaluation of this event is fundamental to achieving sustainable development.

Environmental sustainability is expanding attention for worldwide natural concerns, giving the motivation to businesses to survey their ecological effects like the use of normal assets and carbon impression. Environmental sustainability in business offers the chance to incorporate complete sustainability targets and projects into business methodologies and corporate responsibility programs.















This report is a market update on the IEA’s most recent five-year renewable energy forecast, Renewables 2019, published in October 2019. It provides an early analysis of the drivers and challenges since last October, and covers renewable capacity additions for all technologies and transport biofuel production expected during 2020 and 2021. An update on renewable heat technologies is also included; however, the analysis is qualitative due to limited data availability.

Given on going uncertainty, the forecasts for 2020 and 2021 will be updated in the second half of the year to reassess recent market and policy developments.

  • The Covid-19 crisis is hurting – but not halting – global growth in renewable power capacity. The number of new renewable power installations worldwide is set to fall this year as a result of the unprecedented Covid-19 crisis, marking the first annual decline in 20 years. But, given supportive government policies, growth is expected to resume next year as most of the delayed projects come online.                                        

  • In 2020, the IEA forecasts net additions of renewable electricity capacity to decline by 13% compared with 2019. The decline reflects delays in construction activity due to supply chain disruption, lockdown measures and social‑distancing guidelines, and emerging financing challenges. This nevertheless corresponds to a 6% increase in global installed renewable power capacity, which surpasses the combined size of power systems in both North America and Europe.                                                                                                                         

  • In 2021, renewables are expected to show their resilience – the majority of the delayed projects are expected to come online, leading to a rebound in new installations. As a result, next year is forecast to reach the same level of renewable electricity capacity additions as in 2019. Despite the rebound, combined growth in 2020 and 2021 is almost 10% lower compared to the previous IEA forecast published in October 2019.                          

  • Solar PV and wind account for 86% of global renewable capacity additions this year, but their annual expansion is forecast to decline by 17% and 12% respectively compared to 2019. The forecast expects utility-scale PV and wind to rebound as the majority of projects in the pipeline are already financed and under construction. However, forecast uncertainty remains for projects that were due to achieve financial close in 2020 and become operational next year. Moreover, total PV additions in 2021 are expected to fall short compared to 2019 due to slower recovery of distributed PV applications, as individuals and small business are expected to reprioritise investment decisions.                                                                                   

  • The impact of Covid-19 on renewable electricity technologies with long lead times, such as hydropower, offshore wind, CSP and geothermal, remains limited. Hydropower capacity additions are forecast to increase both in 2020 and 2021, driven by the commissioning of two mega hydropower projects in China and supporting the rebound of renewables next year. The forecast for offshore wind remains unchanged as most projects are already financed and under construction.                                                                                 

  • The Covid-19 crisis has radically changed the global context for biofuels. Transport biofuel production is anticipated to contract by 13% in 2020, the first decrease in output in two decades. Gasoline demand is forecast to fall by 9% in 2020 and diesel demand by around 6%. This, in turn, limits biofuel consumption resulting from mandate policies. Some of the impacts from the Covid-19 pandemic could be temporary. If a rebound in transport fuel demand occurs in 2021, biofuel production could return to 2019 levels. However, this would still be 5% lower than the output anticipated in our forecast for 2021 prior to the Covid-19 crisis. Longer‑term implications for growth may arise from the suspension of new policy initiatives in some countries due to low oil prices.                                                                                                                                    

  • Renewable heat consumption is also likely to decline in 2020. The industrial sector is expected to consume less renewable heat as lower commercial, industrial and construction activity during lockdown results in a demand shock for most heat-intensive industries. Moreover, current low oil and gas prices are affecting the cost-competitiveness of renewable heat fuels and technologies: many planned investments to switch from fossil fuel heating to renewable or electric solutions are likely to be postponed or cancelled in the absence of stronger policies.                                                                                                                                                       

  • At the start of this year, renewables in several markets were already facing challenges regarding financing, policy uncertainty and grid integration. Covid-19 is now intensifying these concerns. However, governments have the opportunity to reverse this trend by making investment in renewables a key part of stimulus packages designed to reinvigorate their economies. This offers the prospect of harnessing the structural benefits that increasingly affordable renewables can bring, including opportunities for creating jobs and economic development, while reducing emissions and fostering innovation.



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Conference Date November 11-12, 2021
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