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Solar Energy Introduction Powerpoint Presentation Slides

As there is much focus of science on alternative energies so we offer you solar energy introduction PowerPoint presentation slides which are very useful to convey your message about increasingly demand of solar energy to students, your customers and employees. Let this PPT theme of solar energy introduction to illustrate how this alternate energy is high in demand, economical to use and can be easily transported to every part of the earth. You can do much with this Solar Energy Introduction PPT template starting from how solar energy works, what are the benefits of solar energy? What all things can be done by solar power, cost to generate it and futuristic vision to empower human kind as this generates no pollution. This Solar Energy Introduction presentation slide can be used to inform uses of solar power, its advantages, disadvantages, comparison of current state of electricity versus solar empowerment, its application guide and your future state of this source. Our Solar Energy Introduction Powerpoint Presentation Slides are the essential beat of your lilting melody. Adorn them with your tuneful thoughts and top the charts.

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Content of this Powerpoint Presentation

In the 21st century, the world is transitioning from non-renewable to renewable sources of energy. Solar power generation, which is considered to be the cleanest and the most sustainable source of electricity, is leading this massive change.

Solar electricity is already finding a wide range of applications in both commercial and residential sectors. Overall, the global solar power market had grown by over 40% in the first two decades of this century. This showcases the fact that more and more people are using solar energy to meet their electricity requirements. At the same time, this rapid increase in numbers also indicates how easily solar power is accessible making it a great option for individuals across income brackets. 

At some point, Solar Power Project Proposals become the key requirement as people take to solar power. Learn how to execute a solar power project proposal here.  

Solar Energy Powerpoint Slides

But how do you promote the benefits of solar energy in rural areas? Areas where availability of electricity is quite scarce?

Well, we have something for you that will make your job of showcasing the working and the benefits of solar power generation a piece of cake. 

Get hands-on experience of installing solar power panels with these premium proposals from SlideTeam.  

Using these slides, you can show how one can harness the power of solar energy and be completely independent from the grid. 

Our solar energy presentation slides are 100% customizable and editable allowing you to quickly add in the latest statistics related to the specific region to make it easier for the audience to understand how solar energy is beneficial for them. 

Let’s explore some of the crucial solar energy slides that will elevate your presentation and multiply its impact. 

Template 1: Our Agenda 

When you give presentations without telling the audience about the key focus, you run the very real risk of them leaving the hall wondering what was the point of the talk?  Well, we don’t want something like this to happen to you. Thus, using this slide you will be highlighting the pain points of your audience and offering a remedy or a solution. In addition to this, you can use this specific slide to work as a roadmap for what’s coming next in the presentation.

Template 2: Definition 

Use this slide to present statistics that are related to the solar power generation of that particular country and the state. Also, this is the second most common slide that provides a definition of the presentation’s topic. 

Template 3: Solar Energy Composition Graph

Solar energy is the result of a nuclear reaction that takes place inside the sun. The energy produced by this reaction reaches Earth in the form of electromagnetic radiation. From the graph present in this slide, you can provide a composition of the radiation as it travels through space and reaches the Earth’s surface. Keep in mind that this slide only shows the percentage of the radiation that reaches the surface, as some of it gets scattered by the dust particles present in the atmosphere. The given graph makes it easy for viewers to understand complex data, which otherwise may be hard to comprehend. 

Template 4: Classification Of Solar System

With this PPT, you can showcase and talk about the three main types of solar power systems. Using this slide, you can explain how types of solar power systems work, how using an on-grid solar power system is different from the off-grid one, and how one can install a combined solar power system at their homes, factories, and on the rooftops of their buildings. Apart from this, you can also showcase methods of using solar energy, such as thermal, photovoltaic, passive, and hybrid forms of energy. 

Template 5: Generating Solar Power Easily  

This is one of the most important PPT Templates that we have come up with for the solar energy presentation. Here, even if you don’t read what’s present in the slide, you can see how the generation of solar power takes place using solar photovoltaic solar panels. In addition to this, from this slide, one is informed of the tools and machinery that are required for the best results. 

Template 6: Working Of Solar Panels At Home 

This slide above depicts how photovoltaic solar panels are able to convert the sun's radiation into thermal energy and then transform it into electrical energy. Now, in this slide, you have a diagram that provides information on how solar panels work at your home and give you electricity. Moreover, with this slide, you can highlight electrical appliances that work fine with solar energy and the ones that require electricity directly from the grid. 

Template 7: Solar Energy Breakup

This PowerPoint explains the importance of solar inverters and how they push electricity made by using solar panels to appliances at your home. Also, from this slide, viewers get to see how the generated electricity is measured and what happens when solar panels are able to generate more electricity than your home requires. You can edit this slide and create another diagram that shows how the extra power that solar panels generate is transferred to the grid or stored in the inverter ready to be used whenever required. 

Template 8: Advantages Of Solar Energy 

This PPT is the most basic and  the most influential slide in our solar energy presentation. That’s because it provides a comprehensive view of major benefits that individuals get to enjoy when they install solar panels in their homes. You can edit the list to provide benefits that are specific to the service you are providing. 

This slide throws some light on how solar panels are affordable, and how solar power generation makes users independent of fossil fuels, and how one can even charge their electric vehicles using these solar power generators. 

Template 9: Top 10  Solar States of the US

This is the last slide from our solar energy PowerPoint, and here you can see a big, colorful map of the US. The states, which are marked in colors, depict the use of solar power generation. The ones that are not marked by any color are not on the list of the top 10 solar states of America.

Besides this, you can also use a similar type of map for your own country and highlight states that are more solar efficient than others. Along with this, you can add stats to this PPT to make it more reliable for the audience. 

Use This Slide To Turn the Theoretical Presentation Of Solar Generation Into Practical Implementation  

A presentation that talks about the introduction of solar energy gives service providers an impactful tool that enhances the working knowledge of solar panels and its requirements in the minds of their potential customers. These slides are easy to understand, and with their proper use, you can build a pool of knowledge among your customers. This increases their chance of investing in your product or services. 

PS Understand solar energy business concept with a look at the green ecology around it. Click here to access. 

Solar Energy Introduction Powerpoint Presentation Slides with all 69 slides:

Find a fixed direction with our Solar Energy Introduction Powerpoint Presentation Slides. Your thoughts will cease to gyrate around.

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Solar Power Project Proposal

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Solar Energy Presentation Slide

Solar energy is a renewable energy source that harnesses the power of the sun's rays to generate electricity. This is achieved through the use of photovoltaic (PV) cells, which convert sunlight into DC electricity. Solar energy is a sustainable and environmentally friendly alternative to fossil fuels, as it does not emit harmful greenhouse gases. With the decreasing cost of solar technology, it has become more accessible to homeowners, businesses, and communities. Solar energy has the potential to play a significant role in reducing our dependence on non-renewable energy sources and mitigating the impacts of climate change. If you want to explain more about Solar energy, you can use this slide.

Features of the template:

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Solar Energy

Solar energy is created by nuclear fusion that takes place in the sun. It is necessary for life on Earth, and can be harvested for human uses such as electricity.

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Solar energy is any type of energy generated by the sun . Solar energy is created by nuclear fusion that takes place in the sun. Fusion occurs when protons of hydrogen atoms violently collide in the sun’s core and fuse to create a helium atom. This process, known as a PP (proton-proton) chain reaction, emits an enormous amount of energy. In its core, the sun fuses about 620 million metric tons of hydrogen every second. The PP chain reaction occurs in other stars that are about the size of our sun, and provides them with continuous energy and heat. The temperature for these stars is around 4 million degrees on the Kelvin scale (about 4 million degrees Celsius, 7 million degrees Fahrenheit). In stars that are about 1.3 times bigger than the sun, the CNO cycle drives the creation of energy. The CNO cycle also converts hydrogen to helium, but relies on carbon, nitrogen, and oxygen (C, N, and O) to do so. Currently , less than two percent of the sun’s energy is created by the CNO cycle. Nuclear fusion by the PP chain reaction or CNO cycle releases tremendous amounts of energy in the form of waves and particles. Solar energy is constantly flowing away from the sun and throughout the solar system . Solar energy warms Earth, causes wind and weather , and sustains plant and animal life. The energy, heat, and light from the sun flow away in the form of electromagnetic radiation (EMR). The electromagnetic spectrum exists as waves of different frequencies and wavelengths. The frequency of a wave represents how many times the wave repeats itself in a certain unit of time. Waves with very short wavelengths repeat themselves several times in a given unit of time, so they are high-frequency. In contrast, low-frequency waves have much longer wavelengths. The vast majority of electromagnetic waves are invisible to us. The most high-frequency waves emitted by the sun are gamma rays, X-rays, and ultraviolet radiation (UV rays). The most harmful UV rays are almost completely absorbed by Earth’s atmosphere . Less potent UV rays travel through the atmosphere, and can cause sunburn. The sun also emits infrared radiation , whose waves are much lower-frequency. Most heat from the sun arrives as infrared energy. Sandwiched between infrared and UV is the visible spectrum, which contains all the colors we see on Earth. The color red has the longest wavelengths (closest to infrared), and violet (closest to UV) the shortest. Natural Solar Energy Greenhouse Effect The infrared, visible, and UV waves that reach Earth take part in a process of warming the planet and making life possible—the so-called “greenhouse effect.” About 30 percent of the solar energy that reaches Earth is reflected back into space. The rest is absorbed into Earth’s atmosphere. The radiation warms Earth’s surface, and the surface radiates some of the energy back out in the form of infrared waves. As they rise through the atmosphere, they are intercepted by greenhouse gases , such as water vapor and carbon dioxide.

Greenhouse gases trap the heat that reflects back up into the atmosphere. In this way, they act like the glass walls of a greenhouse. This greenhouse effect keeps Earth warm enough to sustain life. Photosynthesis Almost all life on Earth relies on solar energy for food, either directly or indirectly. Producers rely directly on solar energy. They absorb sunlight and convert it into nutrients through a process called photosynthesis. Producers, also called autotrophs , include plants, algae, bacteria, and fungi. Autotrophs are the foundation of the food web . Consumers rely on producers for nutrients. Herbivores, carnivores, omnivores, and detritivores rely on solar energy indirectly. Herbivores eat plants and other producers. Carnivores and omnivores eat both producers and herbivores. Detritivores decompose plant and animal matter by consuming it. Fossil Fuels Photosynthesis is also responsible for all of the fossil fuels on Earth. Scientists estimate that about three billion years ago, the first autotrophs evolved in aquatic settings. Sunlight allowed plant life to thrive and evolve. After the autotrophs died, they decomposed and shifted deeper into the Earth, sometimes thousands of meters. This process continued for millions of years. Under intense pressure and high temperatures, these remains became what we know as fossil fuels. Microorganisms became petroleum, natural gas, and coal. People have developed processes for extracting these fossil fuels and using them for energy. However, fossil fuels are a nonrenewable resource . They take millions of years to form. Harnessing Solar Energy Solar energy is a renewable resource , and many technologies can harvest it directly for use in homes, businesses, schools, and hospitals. Some solar energy technologies include photovoltaic cells and panels, concentrated solar energy , and solar architecture . There are different ways of capturing solar radiation and converting it into usable energy. The methods use either active solar energy or passive solar energy . Active solar technologies use electrical or mechanical devices to actively convert solar energy into another form of energy, most often heat or electricity. Passive solar technologies do not use any external devices. Instead, they take advantage of the local climate to heat structures during the winter, and reflect heat during the summer. Photovoltaics Photovoltaics is a form of active solar technology that was discovered in 1839 by 19-year-old French physicist Alexandre-Edmond Becquerel. Becquerel discovered that when he placed silver-chloride in an acidic solution and exposed it to sunlight, the platinum electrodes attached to it generated an electric current. This process of generating electricity directly from solar radiation is called the photovoltaic effect, or photovoltaics.

Today, photovoltaics is probably the most familiar way to harness solar energy. Photovoltaic arrays usually involve solar panels , a collection of dozens or even hundreds of solar cells. Each solar cell contains a semiconductor , usually made of silicon. When the semiconductor absorbs sunlight, it knocks electrons loose. An electrical field directs these loose electrons into an electric current, flowing in one direction. Metal contacts at the top and bottom of a solar cell direct that current to an external object. The external object can be as small as a solar-powered calculator or as large as a power station. Photovoltaics was first widely used on spacecraft. Many satellites , including the International Space Station (ISS), feature wide, reflective “wings” of solar panels. The ISS has two solar array wings (SAWs), each using about 33,000 solar cells. These photovoltaic cells supply all electricity to the ISS, allowing astronauts to operate the station, safely live in space for months at a time, and conduct scientific and engineering experiments. Photovoltaic power stations have been built all over the world. The largest stations are in the United States, India, and China. These power stations emit hundreds of megawatts of electricity, used to supply homes, businesses, schools, and hospitals. Photovoltaic technology can also be installed on a smaller scale. Solar panels and cells can be fixed to the roofs or exterior walls of buildings, supplying electricity for the structure. They can be placed along roads to light highways. Solar cells are small enough to power even smaller devices, such as calculators, parking meters, trash compactors, and water pumps. Concentrated Solar Energy Another type of active solar technology is concentrated solar energy or concentrated solar power (CSP). CSP technology uses lenses and mirrors to focus (concentrate) sunlight from a large area into a much smaller area. This intense area of radiation heats a fluid, which in turn generates electricity or fuels another process. Solar furnaces are an example of concentrated solar power. There are many different types of solar furnaces, including solar power towers , parabolic troughs, and Fresnel reflectors. They use the same general method to capture and convert energy. Solar power towers use heliostats , flat mirrors that turn to follow the sun’s arc through the sky. The mirrors are arranged around a central “collector tower,” and reflect sunlight into a concentrated ray of light that shines on a focal point on the tower. In previous designs of solar power towers, the concentrated sunlight heated a container of water, which produced steam that powered a turbine . More recently, some solar power towers use liquid sodium, which has a higher heat capacity and retains heat for a longer period of time. This means that the fluid not only reaches temperatures of 773 to 1,273K (500° to 1,000° C or 932° to 1,832° F), but it can continue to boil water and generate power even when the sun is not shining. Parabolic troughs and Fresnel reflectors also use CSP, but their mirrors are shaped differently. Parabolic mirrors are curved, with a shape similar to a saddle. Fresnel reflectors use flat, thin strips of mirror to capture sunlight and direct it onto a tube of liquid. Fresnel reflectors have more surface area than parabolic troughs and can concentrate the sun’s energy to about 30 times its normal intensity. Concentrated solar power plants were first developed in the 1980s. The largest facility in the world is a series of plants in Mojave Desert in the U.S. state of California. This Solar Energy Generating System (SEGS) generates more than 650 gigawatt-hours of electricity every year. Other large and effective plants have been developed in Spain and India.

Concentrated solar power can also be used on a smaller scale. It can generate heat for solar cookers , for instance. People in villages all over the world use solar cookers to boil water for sanitation and to cook food. Solar cookers provide many advantages over wood-burning stoves: They are not a fire hazard, do not produce smoke, do not require fuel, and reduce habitat loss in forests where trees would be harvested for fuel. Solar cookers also allow villagers to pursue time for education, business, health, or family during time that was previously used for gathering firewood. Solar cookers are used in areas as diverse as Chad, Israel, India, and Peru. Solar Architecture Throughout the course of a day, solar energy is part of the process of thermal convection , or the movement of heat from a warmer space to a cooler one. When the sun rises, it begins to warm objects and material on Earth. Throughout the day, these materials absorb heat from solar radiation. At night, when the sun sets and the atmosphere has cooled, the materials release their heat back into the atmosphere. Passive solar energy techniques take advantage of this natural heating and cooling process. Homes and other buildings use passive solar energy to distribute heat efficiently and inexpensively. Calculating a building’s “ thermal mass ” is an example of this. A building’s thermal mass is the bulk of material heated throughout the day. Examples of a building’s thermal mass are wood, metal, concrete, clay, stone, or mud. At night, the thermal mass releases its heat back into the room. Effective ventilation systems—hallways, windows, and air ducts—distribute the warmed air and maintain a moderate, consistent indoor temperature. Passive solar technology is often involved in the design of a building. For example, in the planning stage of construction, the engineer or architect may align the building with the sun’s daily path to receive desirable amounts of sunlight. This method takes into account the latitude , altitude , and typical cloud cover of a specific area. In addition, buildings can be constructed or retrofitted to have thermal insulation, thermal mass, or extra shading. Other examples of passive solar architecture are cool roofs, radiant barriers , and green roofs . Cool roofs are painted white, and reflect the sun’s radiation instead of absorbing it. The white surface reduces the amount of heat that reaches the interior of the building, which in turn reduces the amount of energy that is needed to cool the building. Radiant barriers work similarly to cool roofs. They provide insulation with highly reflective materials, such as aluminum foil. The foil reflects, instead of absorbs, heat, and can reduce cooling costs up to 10 percent. In addition to roofs and attics, radiant barriers may also be installed beneath floors. Green roofs are roofs that are completely covered with vegetation . They require soil and irrigation to support the plants, and a waterproof layer beneath. Green roofs not only reduce the amount of heat that is absorbed or lost, but also provide vegetation. Through photosynthesis, the plants on green roofs absorb carbon dioxide and emit oxygen. They filter pollutants out of rainwater and air, and offset some of the effects of energy use in that space. Green roofs have been a tradition in Scandinavia for centuries, and have recently become popular in Australia, Western Europe, Canada, and the United States. For example, the Ford Motor Company covered 42,000 square meters (450,000 square feet) of its assembly plant roofs in Dearborn, Michigan, with vegetation. In addition to reducing greenhouse gas emissions, the roofs reduce stormwater runoff by absorbing several centimeters of rainfall.

Green roofs and cool roofs can also counteract the “ urban heat island ” effect. In busy cities, the temperature can be consistently higher than the surrounding areas. Many factors contribute to this: Cities are constructed of materials such as asphalt and concrete that absorb heat; tall buildings block wind and its cooling effects; and high amounts of waste heat is generated by industry, traffic, and high populations. Using the available space on the roof to plant trees, or reflecting heat with white roofs, can partially alleviate local temperature increases in urban areas. Solar Energy and People Since sunlight only shines for about half of the day in most parts of the world, solar energy technologies have to include methods of storing the energy during dark hours. Thermal mass systems use paraffin wax or various forms of salt to store the energy in the form of heat. Photovoltaic systems can send excess electricity to the local power grid , or store the energy in rechargeable batteries. There are many pros and cons to using solar energy. Advantages A major advantage to using solar energy is that it is a renewable resource. We will have a steady, limitless supply of sunlight for another five billion years. In one hour, Earth’s atmosphere receives enough sunlight to power the electricity needs of every human being on Earth for a year. Solar energy is clean. After the solar technology equipment is constructed and put in place, solar energy does not need fuel to work. It also does not emit greenhouse gases or toxic materials. Using solar energy can drastically reduce the impact we have on the environment. There are locations where solar energy is practical . Homes and buildings in areas with high amounts of sunlight and low cloud cover have the opportunity to harness the sun’s abundant energy. Solar cookers provide an excellent alternative to cooking with wood-fired stoves—on which two billion people still rely. Solar cookers provide a cleaner and safer way to sanitize water and cook food. Solar energy complements other renewable sources of energy, such as wind or hydroelectric energy . Homes or businesses that install successful solar panels can actually produce excess electricity. These homeowners or businessowners can sell energy back to the electric provider, reducing or even eliminating power bills. Disadvantages The main deterrent to using solar energy is the required equipment. Solar technology equipment is expensive. Purchasing and installing the equipment can cost tens of thousands of dollars for individual homes. Although the government often offers reduced taxes to people and businesses using solar energy, and the technology can eliminate electricity bills, the initial cost is too steep for many to consider. Solar energy equipment is also heavy. In order to retrofit or install solar panels on the roof of a building, the roof must be strong, large, and oriented toward the sun’s path. Both active and passive solar technology depend on factors that are out of our control, such as climate and cloud cover. Local areas must be studied to determine whether or not solar power would be effective in that area. Sunlight must be abundant and consistent for solar energy to be an efficient choice. In most places on Earth, sunlight’s variability makes it difficult to implement as the only source of energy.

Agua Caliente The Agua Caliente Solar Project, in Yuma, Arizona, United States, is the world's largest array of photovoltaic panels. Agua Caliente has more than five million photovoltaic modules, and generates more than 600 gigawatt-hours of electricity.

Green Chicago Millennium Park in Chicago, Illinois, United States, has one of the most expansive green roofs in the world almost 100,000 square meters (more than a million square feet). Vegetation at ground level covers 24.5 acres of an underground parking garage, and includes gardens, picnic areas, and an outdoor concert facility.

Solar Decathlon The Solar Decathlon is a biannual international event presented by the U.S. Department of Energy. Teams compete to design, build, and operate the most attractive, effective, and energy-efficient solar-powered house.

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The Future of Solar Energy

Read the report.

Executive summary (PDF) Full report (PDF)

The Future of Solar Energy considers only the two widely recognized classes of technologies for converting solar energy into electricity — photovoltaics (PV) and concentrated solar power (CSP), sometimes called solar thermal) — in their current and plausible future forms. Because energy supply facilities typically last several decades, technologies in these classes will dominate solar-powered generation between now and 2050, and we do not attempt to look beyond that date. In contrast to some earlier Future of studies, we also present no forecasts — for two reasons. First, expanding the solar industry dramatically from its relatively tiny current scale may produce changes we do not pretend to be able to foresee today. Second, we recognize that future solar deployment will depend heavily on uncertain future market conditions and public policies — including but not limited to policies aimed at mitigating global climate change.

As in other studies in this series, our primary aim is to inform decision-makers in the developed world, particularly the United States. We concentrate on the use of grid-connected solar-powered generators to replace conventional sources of electricity. For the more than one billion people in the developing world who lack access to a reliable electric grid, the cost of small-scale PV generation is often outweighed by the very high value of access to electricity for lighting and charging mobile telephone and radio batteries. In addition, in some developing nations it may be economic to use solar generation to reduce reliance on imported oil, particularly if that oil must be moved by truck to remote generator sites. A companion working paper discusses both these valuable roles for solar energy in the developing world.

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MIT Energy Initiative Director Robert Armstrong shares perspectives on past successes and ongoing and future energy projects at the Institute.

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Moscow State University Develops New Generation Unique Solar Cells facilitated by support from En+ Group

november, 2018

Moscow, November 27, 2018 – Researchers of Lomonosov Moscow State University together with their colleagues from the Japan National Institute of Advanced Industrial Science and Technology (AIST) developed unique perovskite solar panels of new generation. The Russian scientists proposed a unique method for producing perovskite solar cells of potentially unlimited area; the test samples of solar cells showed an efficiency of more than 17%. All of this was facilitated by financial support of En+ Group.

The MSU and Japanese scientists managed to solve one of the key problems of using perovskite solar cells and eliminate the efficiency drop usually associated with scaling-up of the panels. The new and innovative method allows the production of solar panels of unlimited area and with high efficiency. The lab samples having the standard area were shown to have an efficiency of more than 17%. The research is implemented within the federal program of the Russian Ministry of Science and Higher Education, co-financed by EuroSibEnergo (a subsidary of En+ Group).

The results of the research were recently disclosed in Nature Nanotechnology, one of the most globally significant nanoscience journals.

The research paper published in the journal demonstrates that one of the main problems hindering the large-scale introduction of perovskite solar cells was an efficiency decrease relating to large surfaces of the solar cells – a 10 sq.cm panel was extremely complicated to manufacture, with the maximum efficiency of the produced cell being 6-8% lower compared to 0.1 sq.cm cells.

Reactive Polyiodide Melts (RPM), a new unique class of substances was discovered by the researchers of the Laboratory of New Materials for Solar Energetics at MSU at the initial first stage of research. RPMs are used to produce hybrid perovskites without any by-products and without the necessity to use any solvents.

The next and subsequent step was to develop a new method where RPMs react with a bilayer base of preset parameters (composition, thickness of the layers and area). As a result, a homogeneous film of the light-absorbing layer is formed, which can have any technologically required dimensions without any major decrease in efficiency. In addition, the new synthesizing method requires only minimal heating of the components (just up to 40° C) and only a few minutes to complete.

This R&D effort to create a method of producing high-efficiency perovskite solar cells is done in Russia within the Federal Special-Purpose Program of the Ministry of Science and Higher Education by the researchers of the Laboratory of New Materials for Solar Energetics at Lomonosov University. The laboratory maintains contacts with scientific bodies of similar profile both in Russia and other countries, with the most renowned photovoltaic researchers all over the world, and presents their findings during international scientific forums.

Since 2016, EuroSibEnergo (part of En+ Group) has been participating in the project as the industry partner that co-finances the acquisition of special-purpose equipment required for the high-level research. The modern equipment ensures the full cycle of perovskite solar cell production and also allows a global-level research on improvement the composition and features of the components of the new type of photovoltaic modules.

The prototypes of perovskite solar cells will be tested at the En+ Group’s solar power plant in Abakan. The scientific research comes along with the commercialization effort, in particular, through integration of solar cells into building and finishing materials to use the surfaces of buildings and structures to generate green electricity.

En+ Group focuses its R&D effort on the development and industrial manufacture of new-gen perovskite solar panels. This most dynamically developing solar energy technology may radically enhance the use of renewable energy sources in the future.

The immediate plan for the joint research to be done by Lomonosov University and En+ Group include the creation of a A5 solar module (14.8 cm by 21 cm), and further experimenting to raise efficiency and lifespan of the perovskite cells. The latter is the last major restriction of getting the technology commercialized both in the Russia and global markets.

Alexey Tarasov, Ph.D., Head of the Laboratory of New Materials for Solar Energetics, Department of Materials Science, MSU, commented:

“Perovskite solar cells are the most promising candidates for the large-scale use of solar panels. In just a few years since the creation of the first such element in 2009, an unprecedented increase in record-breaking efficiency values ​​has been observed, which now surpass 23% and exceed record values ​​for silicon solar cells.”

Related news

En+ announces changes in top management team

22 may 2024

En+ publishes the 2023 Consolitated (annual) report

26 apr 2024

EN+ will invest about RUB 50bn in the largest coal project in the Zabaikalye region

17 apr 2024

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20 renewable energy events to look out for in 2024

Explore the best renewable energy events coming up in 2024 with our handy guide.

[New!] Get a robust estimate of your next PV project. Check our LCOE calculator .

• Why RatedPower

Angela Gutiérrez

Business developer & Marketing

3 Apr, 23 / UPDATED 28 Dec, 23

Intersolar Europe

Genera 2024, future of utilities: energy transition summit, icrese-2024, energy tech summit, solar & storage live uk 2024, all-energy 2024, energyear tour 2024, future of energy, snec international pv power generation and smart energy conference & exhibition, smart energy week, wetex & dubai solar show, world future energy summit, smart energy conference & exhibition, asean clean energy week, energaïa forum.

With the start of the new year, we’ve got another 12 months of exciting renewable energy innovations to look forward to. And with the technology progressing rapidly, there is no telling what 2024 holds in store.

The best place to find out about the latest innovations and technologies and connect with prospective clients and colleagues in the industry is at one of the many renewable energy events happening in 2024. In this blog, we’ll be taking a look at some of the renewable energy events (with a weighting towards solar events given our sector) we’re most excited about this coming year. 

Where: Madrid, Spain

When: 17-18 April

After a hugely successful first year in 2023 , Pulse is back! Held by RatedPower, this year’s event will be even bigger and better than last, with a whole host of keynote speakers and talks alongside hands-on technical workshops with leaders from all across the renewable industry.

There will also be another networking dinner, allowing attendees the perfect opportunity to network with fellow industry professionals, share ideas, and make new connections. Pulse 2024 promises to be the number one renewable energy event next year and we hope to see many of you there!

Utility-scale PV technical workshop during Pulse 2023

Where: Munich, Germany

When: 19-21 June

Intersolar Europe is one of the world’s leading exhibitions in the solar industry, and it has been running for over 30 years. The event’s tagline is “Connecting Solar Business,” as it brings together solar manufacturers, service providers, project developers, start-ups, planners, suppliers, distributors, and installers to network and discover the latest trends across the industry. Over 115,000 attendees and at least 1,370 exhibitors are expected to join the 2024 conference. There are also corresponding Intersolar events held in North and South America .

Where: Rimini, Italy

When: 28 February-1 March

Following the success of the first independent KEY Energy event last year, the conference returns to Italy in 2024. The conference promises to be a keystone event for the renewable and energy transition markets of Southern Europe, Africa, and the Mediterranean. Packed full of talks, debates, and workshops, last year’s event boasted over 33,000 attendees, and this year’s event is expected to be even bigger.

When: 6-8 February 

Genera is an event backed by Instituto para la Diversificación y Ahorro de la Energía (IDAE) a public body dedicated to saving and diversifying energy. It brings together 35,000 attendees from over 63 countries to share their take on key trends, innovations, products, and services in energy, decarbonization, electrification, and the environment. With over 400 exhibitors and a packed schedule of industry talks it attracts delegates from all areas of the energy market.

Where: Amsterdam, Netherlands

When: 20-24 March

The Future of Utilities conference brings together renewable energy leaders with over half of the attendees holding C-suite positions, making it one of the top networking events of the year. With a timetable focusing on the clean energy transition and a full schedule of talks, workshops, and dedicated networking time, this event has something for everyone.

Where: Paris, France

When: 25-27 March

The International Conference on Renewable Energy and Sustainable Energy (ICRESE) brings together experts and professionals from the renewable energy sector for a 3-day event in Paris. The focus of the conference is driving the energy engineering and applications space forward, with talks, workshops, and networking events for attendees.

Where: Bilbao, Spain

When: 10-11 April 

Underlining Bilbao’s claim as a European and global renewable energy hub, the Energy Tech Summit is an influential event for the industry. The event focuses on renewable technologies and securing resources for the transition to green energy and will hold a full suite of talks, innovation workshops, and networking opportunities.

Where: Birmingham, UK

When: 1-2 May

Solar & Storage Live is the largest exhibition for renewable energy in the UK. With over 30,000 attendees and 250 speakers spanning over three days, the event provides a platform to discuss pressing topics in the renewables space, such as energy security, storage, and geopolitics, while networking with peers. The 450 exhibitors comprise some of the leading solar system and technology manufacturers, and their dedicated networking app gives visitors and buyers a chance to connect a week before the event. 

There is a training hub dedicated to solar PV modules & mounting, inverter & battery storage installation, and commissioning. Twelve businesses have also opened over 100 job vacancies for the attendees looking for a new role in renewables.

Where: Glasgow, Scotland

When: 15-16 May

As the UK’s largest low-carbon energy and full supply chain renewables event, All-Energy has been running since 2001 and brings together professionals from the full breadth of the renewable sector.

Featuring exhibitors and speakers from around the world representing a diverse range of renewable industries, this year’s event promises to be even bigger than last year’s record-breaking conference and a brilliant opportunity for knowledge sharing and networking. In addition to the UK event, there is an All Energy in Australia on the 23rd and 24th of October.

Where: Anaheim, USA

When: 9-12 September 

With 40,000 attendees from over 125 countries, 8,400 of which are C-suite executives, RE+ is one of the US’s most influential renewable energy events. During the four-day event, 1350 exhibitors and over 370 sessions cover a wide range of topics pertinent to the renewables space. 

Alongside this, there is a tech program designed to bring technical and scientific communities together to share cutting-edge developments in solar, storage, and smart energy industries to find energy solutions for the sector’s future. In addition to RE+ Anaheim there are a series of events held in locations worldwide.

Where: Global

When: Events run between 31 January- 28 November

The Energyear 2024 Tour is made up of 16 conferences across Latin America, the USA, and Europe with the goal of expediting the transition to a more sustainable future. It provides a space for thousands of industry sector leaders to meet and discuss the challenges and opportunities in areas such as renewables, storage, and mobility. Attendees come from all sectors, with many coming from technology providers, EPC developers, consultancy, and utilities.

Where: Amsterdam, The Netherlands

When: 29 February-1 March

The Amsterdam-based ‘ Future of Energy ’ summit will bring together the broad spectrum of renewable professionals, from investors, services providers, and project developers to financial institutions and asset owners, to share their expertise on overcoming some of the biggest challenges the green transition faces in emerging markets. A broad range of panel discussions, keynotes, and networking opportunities are available to the attendees across the two-day event that dig into topics such as hybrid (wind & solar) applications, energy storage, distributed energy, grid infrastructure, green hydrogen, and e-mobility

Where: Shanghai, China

When: 13-15 June

The National Convention and Exhibition Center will host the 17th edition of the SNEC International Solar Photovoltaic and Smart Energy Conference and Exhibition in Shanghai (otherwise known as the SNEC Photovoltaic Conference). The SNEC Photovoltaic Conference is one of the most influential events in Asia and worldwide.

The event covers key topics across the PV sector, such as notable trends, development strategies, policy, technology, and finance. The exhibition itself has companies across the application chain, such as photovoltaic equipment, cells, components, storage, engineers, and mobile energy. 

On top of this event, there are two more influential events created by the same organizers: The SNEC 6th (2023) International Hydrogen and Fuel Cell Technology, Equipment and Application Conference & Exhibition and the SNEC 9th (2024) International Energy Storage Technology, Equipment and Application Conference & Exhibition .

Where: Tokyo , Japan

When: 28 February -1 March

Smart Energy Week is held three times a year in different exhibition centers across Japan. The three events provide a platform for energy leaders to network and share expertise to accelerate business within the energy industry. The events focus on a broad range of energy technology such as solar power, rechargeable batteries, fuel cells, smart grids, wind power, zero-emission, biomass, and thermal power generation.

Where: Dubai, UAE

When: 1-3 October

Wetex and Dubai Solar Show is organized by DEWA, the Dubai Electricity and Water Authority, attracting over 47,00 attendees from 55 countries with the ambition of building a sustainable future for the Emirate. The event allows over 1750 exhibitors to showcase solutions and products and discover the latest trends and innovations across the renewable industry. Topics range from energy, renewables and clean energy, sustainable development, smart cities, etc. There are 110 seminars and panels held by experts in the space to share knowledge and exchange views about the future of green energy.

Where: Kuala Lumpur, Malaysia

When: 8-10 October

Enlit Asia is an annual conference and exhibition comprising two events in the energy sector: POWERGEN Asia and Asian Utility Week. It attracts 12,000 attendees and 300 exhibitors worldwide to showcase their products, services, and solutions to help accelerate the green transition across Asia. Two hundred speakers give a series of expert talks to discuss the region’s policies, developments, and innovations driving the green transition.

Where: Abu Dhabi, UAE

When: 16-18 April

The World Future Energy Summit is a global think tank, powered by international expertise. It brings over 30,000 visitors together to help develop innovative solutions to build a more sustainable future. With over 2000 exhibitors and more than 700 speakers the event is rich in insight and expertise.

Where: Sydney, Australia

When: 6-7 March

The Smart Energy Conference & Exhibition attracts more than 10,000 attendees. In addition, there are over a hundred exhibitors and talks from renewable industry leaders shining a light on the latest trends, solutions, and challenges.

Where: Manila, Philippines

When: 21-22 November

In November the SMX Convention Center Manila will host the 7th edition of ASEAN Clean Energy Week . 5000 attendees, of which 1,500 are C-suite executives will come together to discuss how to expedite the green transition in Southeast Asia, which includes some of the world’s fastest-growing economies. With over a hundred speakers the event will delve into solar energy, wind energy, and storage.

Join the stellar RatedPower team at in-person and digital events across the world. Drop by to chat about the future of solar energy and the transition to low-carbon energy systems. Check upcoming events .

Where: Montpellier, France

When: 11-12 December

Energaïa Forum is an annual event for renewable energy professionals. For 17 years, the event has supported the renewable energy industry as a platform for networking and sharing expertise and solutions to overcome key energy challenges. It attracts 17,000 participants and promotes innovation in the face of the global energy crisis.

This list only scratches the surface of the renewable energy events happening in 2024. We are lucky that there is such a vibrant renewable energy community all around the globe that provides us with so many opportunities for knowledge-sharing and networking. With events like the ones on this list being held almost year-round, it is clear that the sector is thriving and that the green energy transition is in good hands.

What you should do now

Whenever you’re ready, here are 4 ways we can help you grow your solar business and reduce LCOE of your PV plants.

• Get hands-on with a free RatedPower self-service guided tour . If you’d like to learn the ins and outs of how top photovoltaic software can help your engineering team, go ahead and request your free demo . One of our solar experts will understand your current design and engineering workflows, and then suggest practical tips on how to speed up them though the right tool.
• Let's get physical, physical! Learn the latest on renewable energy and PV in the second edition of Pulse, our annual get-together full of technical workshops, inspiring talks from energy leaders and tons of networking. Learn more .
• If you’d like to learn insights, ideas and inspiration for the low-carbon energy transition for free , go to our blog or visit our resources section, where you can download guides, templates and checklists solar successful pros use.
• If you’d like to work with other passionate experts on our team, or learn more about our purpose and corporate values, then see our Careers page.
• If you know another solar designer, developer or engineer who’d enjoy reading this page, share it with them via email, LinkedIn or Twitter.

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The Global Outlook is ExxonMobil’s latest view of energy demand and supply through 2050. It forms the basis for our business planning and is underpinned by a deep understanding of long-term market fundamentals.

2B more people and a global economy 2X the size

15% more energy, 25% decline in emissions but more is needed to reach society’s climate goals, ½ of society’s emissions come from sectors where technology solutions need to grow dramatically, 5x greater use of wind and solar, >50% of energy demand still met by oil and natural gas, 3 key drivers will determine the pace of the energy transition, we begin creating the outlook by looking at fundamental drivers including population, living standards, and consumer preferences. .

Then we forecast energy demand across 15 sectors and match the demand for energy services with about 20 types of energy, considering how technology, government policies, and other factors may evolve. We forecast oil and natural gas production from key producing countries/regions, and to estimate energy-related CO 2 emissions, we look at historical and projected energy demand and apply an emissions factor for each type.

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PNM Resources (PNM) Gets Nod for New Solar & Battery Project

June 03, 2024 — 09:21 am EDT

Written by Zacks Equity Research for Zacks  ->

PNM Resources PNM announced that its wholly-owned subsidiary, Public Service Company of New Mexico (“PNM”), received approval for new energy resources from the New Mexico Public Regulation Commission (“NMPRC”). This is expected to be added by the summer of 2026. The PNM subsidiary filed this application in October 2023, following the release of a request for proposals in late 2022 to identify possible additional resources available to service customers in 2026.

The approval consists of 100 megawatts (MW) of solar and 310 MW of battery storage, including a 60 MW battery storage facility to be owned by the subsidiary. The company’s system demand reached new record highs in the summers of 2022 and 2023, and the new resources of solar and battery storage capacity are planned to serve the growing demand from the subsidiary's retail customers.

Focus on Emission Reduction

PNM Resources is focused on exiting coal-fired generation by 2024, replacing the production with renewable sources. The company aims to achieve 80% clean energy by 2040 and net zero emissions by 2045, adding renewable energy sources to its production portfolio. Its portfolio became 60% carbon-free with the integration of 300-MW solar purchase agreements. The PNM subsidiary serves its customers with a diverse mix of generation. It purchased power resources totaling 3.3 gigawatts (GW) of installed capacity. Combining the recent resources with other renewable and battery storage options, which have been previously authorized, should increase its total energy capacity to 75% carbon-free by 2026. These initiatives can help the company to lower the cost of operations by focusing on new and advanced assets. New products and services may lead to added revenue streams. PNM Resources is also expected to help reduce transportation-related emissions with the approval for the implementation of the Transportation Electrification Program.

Renewable Energy Generation is on the Rise

Per the U.S. Energy Information Administration (EIA), U.S. energy-related carbon emissions decrease year over year in almost every quarter. Coal-related carbon emissions are expected to decline 4% in 2024 as coal-fired electricity generation continues to fall. Per the same report, the annual share of U.S. electricity generation from renewable energy sources should be 23% and 25% in 2024 and 2025, respectively. Along with PNM Resources, some other electric power industry companies like Xcel Energy Inc. XEL , NextEra Energy, Inc. NEE and Avangrid AGR are also adopting measures to meet clean-energy targets. Xcel Energy is reducing coal usage. It aims to lower emissions by at least 80% within 2030 and achieve carbon neutrality by 2050. In February 2024, NSP filed its Upper Midwest Resource Plan with the MPUC that includes 3,600 MW of new wind and solar resources, 600 MW of battery energy storage and more than 2,200 MW of dispatchable resources by 2030. This will help reduce carbon emissions by more than 80%, potentially up to 88%, within 2030. XEL’s long-term (three- to-five year) earnings growth rate is 6.4%. The Zacks Consensus Estimate for 2024 EPS indicates a year-over-year increase of 6.3%. NextEra Energy is aiming to reduce total carbon emissions by 67% within 2025 from the 2005 level. It continues to work on its strategy of making a long-term investment in clean-energy assets. The company expects to be able to add 33-42 GW of new renewables in the 2023-2026 period to the generation portfolio via clean-energy investments. NEE’s long-term earnings growth rate is 8.03%. The Zacks Consensus Estimate for 2024 EPS indicates a year-over-year increase of 7.3%. Avangrid plans to create a clean generation portfolio and achieve Scope 1 and Scope 2 carbon neutrality goals by 2035. Also, it aims to reduce Scope 1 greenhouse gas emissions by 35% within 2025 from the 2015 baseline. It is focused on Vineyard Wind 1 project, an 806 MW utility-scale offshore wind project, which is expected to reduce carbon emissions by more than 1.6 million tons per year. AGR’s long-term earnings growth rate is 6%. The Zacks Consensus Estimate for 2024 EPS indicates a year-over-year increase of 6.7%.

Price Performance

In the past month, shares of PNM have risen 0.3% compared with the industry ’s 2.9% growth.

PNM Resources currently carries a Zacks Rank #3 (Hold). You can see the complete list of today’s Zacks #1 Rank (Strong Buy) stocks here.  

Zacks Names #1 Semiconductor Stock

It's only 1/9,000th the size of NVIDIA which skyrocketed more than +800% since we recommended it. NVIDIA is still strong, but our new top chip stock has much more room to boom.

With strong earnings growth and an expanding customer base, it's positioned to feed the rampant demand for Artificial Intelligence, Machine Learning, and Internet of Things. Global semiconductor manufacturing is projected to explode from $452 billion in 2021 to $803 billion by 2028.

Want the latest recommendations from Zacks Investment Research? Today, you can download 7 Best Stocks for the Next 30 Days. Click to get this free report

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