Water from the air for residents of the Arab Emirates with the hands of Ukrainians

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March 3, 2019

Water from the air for residents of the Arab Emirates with the hands of Ukrainians

Firm Innovation development agency (IDA), despite a fairly young age (4 years), makes water from the air in Dubai. This became possible thanks to a special installation, which the company has installed in the UAE and successfully operates. In the near future, the company plans to install another water generation system.

The owner of the company, Alexey Prikhodko, began his work on accessories for portable devices. He was engaged in importing technical goods from China. After some time, Alexey began developing his own brand. His company was established in 2015. It was originally planned that Alexey together with his team of specialists will be engaged in the design of consumer small electronics.

Two years later, Alexei Prikhodko and his company’s development team collected $ 125,000 on the Kickstarter platform. They created a smart holder for smartphones on a magnet. Planned sale of this device in the United States. But the project did not collect the required number of orders due to the increased cost of the goods, although it can be considered successful. The production of holders has been launched and is still working. After this project, IDA divided. Part of the team remained in the US and engaged in the implementation of the holders, and the second part – began active work on the development of technology for extracting water from the air.

To start developing a new technology, specialists should find a problem that they will solve with their device. There was no such acute problem on the territory of Ukraine, so Alexei Prikhodko and his team began to focus on the East. The problem was found in the territory of the United Arab Emirates. There, the problem of extracting water is as acute as possible and generous financing of the authorities is allocated to eliminate this problem.

The contract with representatives of the UAE was concluded in July last year. It is worth noting that all the agreements were established in April, but due to the authorities’ hitch, they had to move the dates. Due to the haste, Alexey and his team could not complete the project to the full extent and, as a result, did not invest in the budget. This resulted in additional expenses that Alexei Prikhodko had to assume. As a result, the project was delivered on time and the customers’ expectations were fully met.

IDA’s technology is a four-meter-high object. The design is shaped like a huge mushroom. Installation can be placed anywhere in the world where there are problems with water. It does not require an electrical connection. The roof of the mushroom has a size of 6 * 3m. There are installed photovoltaic modules for generating electricity. The interior of the facility is filled with thousands of plants and accommodates an energy storage system.

The object allows to generate about 200 liters of water per day. Water is further purified and mineralized. The amount of water produced by the system is enough for cleaning the surface of solar modules and for watering plants. Leftover water is provided to passersby. Water is potable. In addition, the system uses a portion of the water to create a cool mist.

A device for generating water was named Smart Oasis. The initial idea of the designers did not look like the final version. Due to the tight deadlines and insufficient budget creators had to simplify the system somewhat. The effectiveness of this did not become lower.

It should be noted that in the UAE very seriously approach the issues of providing the population with water. 500 million dollars was allocated from the budget for the construction of a special reservoir for fresh water. And this is only one of the hundreds of existing and planned objects for the future.

New photovoltaic modules that are capable of storing energy have been invented

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March 1, 2019

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New photovoltaic modules that are capable of storing energy have been invented

The trend towards reducing the cost of solar modules in recent years has become increasingly noticeable. This leads to an increase in demand for the installation of alternative energy sources among ordinary citizens – household owners or ordinary citizens. Most owners of private SES are in no hurry to disconnect from the central network and transfer their home to an autonomous power supply. It is justified by the fact that photovoltaic modules are not able to accumulate energy, but only generate it. Moreover, the generation volumes are not constant and depend on weather conditions.

Experts in the field of alternative energy have found a solution to this problem – photovoltaic modules that accumulate energy. Innovative equipment will be able to provide electricity to the most inaccessible and remote corners of our planet.

The question of storing solar energy is quite acute since the time as alternative energy has become widespread throughout the globe. Scientists have invented various devices to solve the problem of energy storage, up to the creation of giant drives, but none of the ideas became a panacea. A group of engineers from the University of Wisconsin offered a completely new look at the solution of this issue. They invented solar panels, which simultaneously play the role of both a power generator and a storage device. They achieved this by integrating the flow of energy storage. It is worth noting that innovative photovoltaic modules perform three important functions:

1. Collect solar energy and transform it into electricity.

2. Accumulate and save energy.

3. Charged from any other source of energy, like conventional drives.

Scientists from Wisconsin synthesized two already known technologies to create one radically new. If we talk about traditional lithium-ion batteries, they save energy due to solid materials in the composition (most often metals play this role). Flow-through batteries are distinguished by the fact that they store charge by using liquids that are placed in special tanks. To increase the capacity of such a drive is possible by increasing the volume of the tank.

It should be noted that the use of flow drives as a battery for a mobile phone is impossible. The sphere of their use can be a large industry. There they can be successfully used to provide large production facilities with energy.

The idea to combine a photovoltaic module with a flow drive was first implemented by a group of scientists from the University of Wisconsin. Inventors managed to get in practice more than 14 percent of system performance. In the near future – to increase this figure to 20-25 percent.

In addition to the effectiveness of new equipment, scientists are also interested in improving the design, more precisely, the cheaper materials for creating the device. At this stage, new photovoltaic modules are at an experimental stage and undergo a lot of tests. Scientists are confident that their discovery in the future will be able to provide significant assistance in matters of energy supply to remote villages and districts. Do not forget about the prospect of using solar panels with a flow-through battery in the transport industry. Extreme interest in the application of technology expressed by the company nanoFlowcell. Currently, the company is working on the development of a project for the production of quantum electric cars.

Getting electricity from the ground

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February 5, 2019

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Public payments are growing exponentially every year. The search for alternative solutions for the production of electricity is fully justified and requested, especially for a simple average person. Certain problems, of course, solves the banal savings. However, the level of comfort at the same time falls. That is why humanity is discovering new ways of obtaining energy from alternative sources.

The global network is replete with information about how people in the field achieve a 150 W lamp or start the engine from the ground. Sometimes such videos and articles lead to the appearance of false ideas. It should not denied that the supply of electricity in the bowels of the earth and on its surface is huge. However, getting it is not so easy. Let us single out several basic methods of obtaining electricity from the earth, which are of practical value and can be easy realize.

Production of electricity with two rods

This technology of obtaining energy has nothing to do with the electromagnetic field of the Earth. The basis of this method is the process of interaction of galvanic couples placed in a saline solution. For the experiment, it is necessary to take two metal rods (they should be made of different metals) and immerse them in saline solution. In scientific circles, it is call “electrolyte”. Because of this interaction, a potential difference will observed at the ends of the rods.

Indicators of the magnitude of this difference will depend on the composition of the solution, its concentration and temperature, the dimensions of the rods, etc.

It is possible to get energy using this method not only from the salt solution, but also from the ground. Here, in addition, you need a galvanic couple, that is, two electrodes made of different metals. They should immersed in the ground. The depth should be at least half a meter. The distance between the rods is 0.2-0.3 m. The earth between the electrodes should watered with electrolyte. After 10 minutes, the appearance of electricity can be determined using a voltmeter. The device can show different values - the amount of current depends on many factors. It should be noted that this method does not allow getting a voltage of more than 3 V.

Getting electricity using the neutral wire

Earth’s magnetic field is also not directly relate to this method. The essence of the method lies in the collection of energy, which during the maximum consumption of electricity enters the earth through grounding.

In the apartment building, two conductors carry electricity. In the case when another additional conductor is connected, one can observe the appearance of a voltage between it and the neutral conductor. In this embodiment, the voltage fluctuates within 15 V. Condition – the third conductor must be connect to a powerful ground.

Interesting in this case is the fact that the locking devices do not determine the voltage emanating from the earth and arriving at the neutral conductor. Nevertheless, when connecting a 12 V bulb between these contacts, it will be obvious that there is a current.

It will be almost impossible to apply this method in multi-apartment buildings due to the lack of a powerful ground loop. In a private house, this method can used. Connection is make according to the scheme: neutral conductor – load – ground surface.

Pay attention that it is very dangerous to connect the phase conductor instead of the zero one according to this scheme. In this embodiment, you have a chance to get 220V from the phase and the earth. Only in this case the grounding bus will carry a deadly danger, and touching it can become fatal.

In practice, to get electricity from the land is quite realistic, only in very small quantities.

Opened metamaterial that can transform thermal energy into electrical energy around the clock

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February 1, 2019

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Opened metamaterial that can transform thermal energy into electrical energy around the clock

It is already difficult to surprise the world community with components of solar panels. More recently, an innovation in the field of solar energy – a thermo-photoelectric element. During the generation of electricity, these components use thermal energy. In the process of generating heat emits infrared radiation. Obtaining electricity in this version is much more profitable than in the traditional form.

A noticeable advantage of thermophotoelectric elements is the possibility of their use at night. The main functional role in the process of solar energy conversion and the use of heat is played by the metamaterial. Innovation was developed by a group of scientists from the University of California. According to experts, the metamaterial is able to make a noticeable breakthrough in the distribution of thermoelectric elements.

The founder of the research group, Sergey Kruk, is convinced of the uniqueness of the metamaterial. At the moment, a scientist in tandem with the inventor from Berkeley is continuing to study the properties of the material. Metamaterial scientists use as emitter. This allows you to increase the performance of a thermoelectric element.

In the process of creating a metamaterial, scientists used:

– magnesium fluoride;

– gold;

– magnesium nitride.

Innovative material created in such a way that its properties are unique and inimitable. None of the compounds existing in nature can become an analogue of metamaterial in terms of functionality.

Sergey Kruk said that thermoelectric elements in terms of efficiency show greater potential compared to solar panels. Metamaterial is able to overcome many obstacles, thereby greatly increasing the chances of thermo-photoelectric elements to reach the production level.

A special advantage of the metamaterial is the absence of the need for direct sunlight. This allows you to productively use it even at night. It should be noted that the innovative material has very small dimensions. About 12,000 “segments” of metamaterial can be placed on the cross-section of the fishing line.

Regarding the scope of the metamaterial, scientists argue that it is incredibly wide. The invention can bring particular benefits in the transport sector. After the introduction of metamaterial elements into engines, heat can be converted into electricity. According to scientists, this project can be the basis for creating a new generation of solar modules.

Sergey Kruk asserts that the work on the project required a tremendous effort from the research team. Innovation is still at the testing stage. Scientists record increased indicators of efficiency and study the features of the use of metamaterial in various fields. The fact that innovation can function around the clock greatly enhances its potential.

Photovoltaic modules of polyethylene film is 30 times cheaper than silicon

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January 30, 2019

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Photovoltaic modules of polyethylene film is 30 times cheaper than silicon

Australian scientists have managed to create solar modules from plastic film. The process of their manufacture consists in applying special ink on a transparent plastic base. These photovoltaic modules have high flexibility and can be fixed on any basis, even the curve itself.

The thickness of the plastic base for printing is less than 0.1 mm. The generation and transmission of electricity occurs by applying special electronic ink to a plastic sheet. Such panels can be made very quickly with an offset printing press. Moreover, the number of films will correspond to industrial volumes.

Photovoltaic panels made of polyethylene film can be quickly brought to a working state, simply by unfolding on a designated area.

The price of a square meter of such a photovoltaic module is 7 dollars 42 cents. According to specialists, this cost is 30 times lower than that of a similar area of silicon modules. For example, modules for the “solar roof” from Tesla have a price of $ 235 per square meter. Innovative polyethylene panels are able to generate electricity even in low light conditions. This allows them to be placed in shaded areas or sent to the unlighted side.

Professor Paul Dastur and his colleagues for about 10 years worked on the invention of light photovoltaic modules, which are manufactured using roll printing technology. This method of creating modules is very similar to printing a traditional press. It should be noted that the University of Newcastle, in which Professor Paul Dastur works, is a leader in the field of studying and testing light photovoltaic modules.

Printed panels are made of polyethylene. We are accustomed to see this material in the form of plastic dishes, especially bottles. Such panels can be made from recycled plastic waste. This will solve the problem with the recycling of plastic and expand the horizons of solar energy.

It should be noted that the printed panels are lightweight. One thousand square meters of printed panels will weigh approximately 100 kg. Due to this, they are easy to deliver to the final consumer in a short time. Professor Paul Dastour drew attention to the fact that this characteristic of his invention is capable of making panels an extremely important element of disaster relief. Disruptions to electricity in natural disasters can be easily solved with the help of printed panels without special additional costs for installation and transportation.

Often, in a disaster, people need energy. Most often it is produced using a diesel generator. Only here the problem lies in the supply of fuel for the generator. Printed panels in this issue are more functional and productive.

Scientists have begun to actively test their inventions. They intend to fix the productivity of printed panels on a plot of 100 square meters. The research site was deployed right on the roof of the university where the inventors work.

At the moment, applying a special electronic ink on a plastic surface is engaged in a small-sized printer. The device can create several hundred meters of panels per day. If you add an industrial printer to this process, you can create a solar coating for thousands of homes in one day.

Korean inventors discovered a way to transform carbon dioxide into electricity and hydrogen

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January 26, 2019

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Korean inventors discovered a way to transform carbon dioxide into electricity and hydrogen

A group of scientists from the UNIST Institute created the technology for producing electricity and hydrogen, during which the splitting of CO2 occurs. It is an excessive amount of carbon dioxide that leads to global warming, so scientists around the world are working on inventing ways to reduce CO2 in the atmosphere.

Professor Kim Gong Ta led the team of scientists. Scientists from the eminent University of Georgia also took part in research. Scientists have created special equipment, which is called Hybrid Na-CO2. This innovative equipment is able to work non-stop for about a thousand hours. The device uses the process of utilization of CO2 in aqueous solution. Ultimately, the equipment allows us to obtain electricity and hydrogen as derivatives of this process.

Professor Kim said that his team joined the world scientific trend – carbon dioxide processing. The basis of its carbon dioxide utilization method is the modification of CO2 molecules, which have a high degree of chemical stability. According to the professor, his team was able to solve the problem by dissolving CO2.

A huge amount of carbon dioxide generated by man-made processes, falls into the waters of the oceans. There, CO2 is converted to acidic compounds. This fact prompted the Korean scientists to the idea of creating a new way to dispose of harmful emissions. The researchers took as a basis the process of dissolving CO2 in water to produce an electrochemical reaction. When the level of acidity in water increases, the number of protons increases. Accordingly, there are more electrons too.

Scientists said that their discovery could be used in the manufacture of new generation batteries. These energy storage devices will generate electricity by dissolving CO2.

The innovative device of Korean scientists includes:

– metal sodium cathode;

– catalyst;

– NASICON separator.

The catalyst is located in the aquatic environment and is connected by wire to the cathode. After the release of carbon dioxide into the aquatic environment, the main chemical process is triggered – the splitting of CO2 and the production of electricity. In addition, hydrogen is released during this reaction. Scientists estimate conversion efficiency at 50 percent.

During testing, innovative equipment has shown that it can function for thousands of hours. During this time, no damage was recorded. Professor Kim is confident that this technology will be the beginning of a mass of scientific discoveries in the field of reducing CO2 levels.

A similar development was presented by a group of scientists from the Netherlands. They created a special electrochemical storage device that combines the absorption of CO2 with the production of electricity.

The principle of operation of an electrochemical battery is to convert the water component into an electrolyte. In addition to water, ethanolamine solution can also be used. The reaction in the battery is started by passing gas through it, which is formed during the combustion of fossil fuels. During this chemical process, CO2 is reacted with H2O. The result is the formation of carbonic acid. This compound has weak chemical bonds, therefore it decomposes into hydrogen ions and bicarbonate.

According to experts, the CO2 currently in the atmosphere should be enough to generate 1570 TWh of energy for one year. This amount of electricity is approximately 1.5 times the demand of the Russian Federation and Japan.

The Alphabet is paltering economic aid representing vigor-fund application supported on liquefied common

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January 24, 2019

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The Alphabet is paltering economic aid representing vigor-fund application supported on liquefied common

Alphabet X’s analysis dividing is paltering to speed the deed of a propose to storehouse vigor in liquefied common. The action includes an assets store of Worth Gats. A $ 1 million economic shot is conceived.

At the minute, it is not recognized if the negotiation was prepared or how even cash ballplayer be after all included. Person ParliamentarianLaughlin, Chemist Trophy contestant in load of this propose, aforementioned the cope was an abstraction disquisition at Businessman, regularrepresenting the change of remain period.

In the theme, he refer to a “secret propose titled Propose Country.” The person annotations that a crucial certificate of invention on vigor-compensating application exploitation liquefied pungency was issued in other Apr. In extension, the academician connected that the proposeis presently at the level of dynamic deed.

The vigor-fund application below the paternity of Laughlin is supported on the truth that it is potential to change electric vigor into cold-blooded or warmth. In this formation of vigor is stored, and whether essential, anew transformed into tenseness. Modern application includesthe adjacency of especial gear that collect “hot” vigor exploitation liquefied zest. The “cold” role of the vigor is blessed exploitationhumectant.

When thither is a require to move vigor backbone to their store, the process up begin the warmth mechanism. It is he who converts the compiled vigor into tenseness. Representatives of the beginning take that the Country process is capable to gather vigor representing variousworkweeks, until it turns essential to get tenseness.

The trustworthy work of the process is the versatility of its installing. Vigor-compensating gear buoy be established in succeeding adjacencyto vigor propagation installations. The process does not need seeking representing lot reach or caverns representing installing, which enormously promote its apply.

This approaching buoy offer higher effectiveness and decrease price compared to early warmth store organizations. Investigators think that this approaching desire let them to storehouse vigor long than is potential with metal-ion bombardments at cost that are competitorycompared to hydroelectric powerfulness – the cheapest big-scurf formation of store to generation, studies Bloomberg.

Cheap and economic arrangement of vigor store are affirmed to be essential representing excavation with vacillating renewable proveniencemuch as lead and solar vigor, as they are actively gaining king in the add supplying of tenseness.

That is reason net store is single of the 5 primary regions of exercise representing Find Vigor Biggies, which was established in 2016 to aidthe innovative vigor applications needful to sideboard clime modify. Additional good-recognized investors included in the method consist ofCan Doerr from Kleiner Perkins, Ass Ma from the Alibaba Grouping, and Salesforce President Administrator Point Benioff. Additional regions of the Fund’s assets consist of fluid refuels, micro-mesh, alternate construction matters and geothermic vigor.

What is a Kaplan turbine and how does it exercise?

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January 20, 2019

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What is a Kaplan turbine and how does it exercise?

Kaplan Turbine is a rotating turbine with adjustable bones. This turbine was manufactured in 1913 close to Viktor Kaplan, who was an European academician. In his construction, he composed propellor counterbalanced cut verges and counterbalanced gates. This prepared it potential to actualize effectiveness in a all-embracing area of h2o stream.

The Kaplan turbine is regularly titled a turbine with a propellor or an developed Francis turbine. It is fashioned to exercise efficaciously at minimal drumhead and big stream ranges. This is not potential representing the Francis turbine. The excavation drumhead area at which the Kaplan turbine perform many expeditiously limits from 10 to 70 m.

Since this is a requited turbine, the power of the retiring h2o stream is victimized to turn the Kaplan turbine apparatus. When h2o proceduresover curving acute lips, a cone is composed, background in action added apparatus upcoming away of the h2o. This upraising contrivancecauses the frigid paths turn.

Main parts

1. Ringlet Cover

The case is a twist cock that has a ablating crossbreeding-section region. H2o basic pass into the sheepskin packet, and so go by over it to the guidebook webs, and so to the acute brink of the sprinter. The framework keep safe the sprinter, the acute brink of the sprinter, straightaway brands and additional intragroup divisions of the turbine from apparent harm.

2. Guidebook vanes and mechanism

The guidebook blades are victimized to simply organise the h2o to the biting strings of the sprinter, diminishing its rush of gyration. The cutting edge are organized in the Kaplan turbine. Possibility and culmination the guidebook machine conditional on on the requirerepresenting the volume of the turbine. Whether thither is a require representing many outturn powerfulness, it opens, composing a wider interval and acquiescing many h2o to drop on the lines of the armature. When minimal powerfulness outturn is compelled, it shuts to breakthe stream of h2o.

3. Suck tube

This is a chamber that is victimized to breakthrough the weighting of a solution or h2o that concessions a turbine. It has an flourishing bandof the transversal section. The suck piping is victimized just in the come back turbine.

4. Rod and its blades

A stem is a rotating role of a turbine or the centre of a Kaplan turbine. Its limit is machine-accessible to the rod of the source. The shank of this turbine has an impeller to which its acute knife are committed. The columns are flexile representing many uttermost powerfulness. The keen border of the Kaplan turbine get a curve on its measure.

Its adjacency grows the measure of h2o that sufferances the acute vanes of the rod. Because the h2o at the escape of the turbine has a little weighting (whether its weighting does not breakthrough) and the contrary motion of h2o happens in the formation of a whirlpool, which buoy harm the turbine. Thus, a flue is victimized to breakthrough the weighting of the loophole h2o.

Principle of action of the turbine

Water from the pipeline pass into the turbine lodging. The guidebook blades transportation h2o from the case to the acute rim of the spear. The swords are transferable and buoy modify focus themselves, calculating on the stream quickness. When h2o modifications on acutebrands, it starts out to modify focus. From the acute verge of the rod, h2o pass into the use up piping, where its weighting and streamdegree are low. Lastly, the h2o is laid-off. The gyration of the swords in arrears to the stream of h2o pushes a source that makes tenseness. The Kaplan turbine is single of the nearly dynamic and low-priced mechanism representing powerfulness beginning.

Canadian farmer uses the energy of the sun as fuel for agricultural machinery

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January 16, 2019

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Canadian farmer uses the energy of the sun as fuel for agricultural machinery

Farmer Tony Neal, who lives in Canada, devoted his life to farming. A man has his hand on the pulse of innovation in the world of alternative energy, so he uses an electric tractor in his farm.

The idea of purchasing an electric tractor came to the farmer a long time ago. The man admits that the exhaust from the diesel tractor, which he used earlier, poisoned him and the nature around him. In addition, the unbearable noise from the operation of this device forced Tony to work in the earplugs, although they did not save from a loud sound.

The farmer decided that since electric cars are often found on the streets of the cities, then there must be agricultural machinery that runs on electricity. The man was looking for answers in the vast global network. On the Internet, he managed to read many stories about how farmers independently converted diesel tractors into electric ones. In addition, Tony stumbled upon an article about a Californian engineer who developed the first of its kind electric tractor.

Tony Neil immediately found contact with the creator of the electric tractor, Steve Heckert, hoping to purchase this technique for his farm. The creator of the electric tractor invited the farmer to visit the United States and assist in assembling the prototype Solectrac, which saw the world last year.

While the prototype of the electric tractor was tested in America in difficult field conditions, Tony Neill thought about organizing a charging station for alternative equipment. He borrowed a certain amount and installed photovoltaic modules on the farm. The power of such a home station was 10 megawatts. This amount of electricity is enough for him to charge an electric tractor for 5-6 hours.

The farmer receives additional income from the solar station by selling it to the general network. When there is no need to charge the tractor, Neil has a good additional income from the sale of “green” energy.

The man claims that his electric tractor is the first fully designed and built from scratch in Canada. This model of the tractor before the arrival to the owner passed a three-month study. It was tested in various conditions not to confirm the concept, but to prove its economic profitability.

According to Tony Nile, he did not even imagine that such a miracle of technology would appear in his household in real time. The man is infinitely glad that now he does not use fossil fuels, because it greatly harmed both his farm and his budget.

In winter, the electric tractor is stored in a special cargo-type isothermal container. After winter, the tractor does not require maintenance or repair. Tony Neil says that he starts it up without any problems immediately after removing it from the container.

The electric tractor has no radiator, does not require the use of oil, etc. The tractor is equipped with a special computer that regulates the power consumption of the drive. Technical innovation has cruise control. Thanks to this configuration, a certain speed of the tractor is observed. He can go so slowly that it is possible to plant the seeds manually.

One full charge of the electric tractor lasts for 5-8 hours. The engine of the device has 25 horsepower. The power storage capacity of the tractor is 35 kilowatt-hours.

The launch of sales is planned for the near future. The cost of an electric tractor is $ 40,000. Tony Neil reports that the new diesel tractor costs almost as much. Only the electric model of the equipment allows you to save on fuel and protect your farm from harmful emissions. According to a Canadian farmer, the operation of an electric tractor costs ten times less than in the case of diesel vehicles. The use of electric agricultural equipment does not require special maintenance and regular repair.

It should be noted that the electric tractor works almost silently. This creates a comfortable working environment when working the land for the farmer himself and eliminates the harmful effects of increased noise levels.

CISOLAR 2019 submit new opportunities for developing solar energy in Central and Eastern Europe

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January 13, 2019

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CISOLAR 2019 submit new opportunities for developing solar energy in Central and Eastern Europe

On April, 16-18 in Kyiv will be held the main business event of region in solar energy field devoted to latest technology, trends and investments opportunities – CISOLAR 2019, 8^th International Solar Energy Conference and Trade Show of Central and Eastern Europe.

Today solar energy development is one of priority areas for investors in the world and Eastern Europe in particular.

As of October, 2018 in Ukraine more than 1,06 GW capacity of megawatt-type solar power station were built and by end of the year this indicator will increase to 1,2 GW.

In addition to large scale projects, the segment of small solar stations, including solar roof stations, is also rapidly developing.

Since 2015 in Ukraine more than 72 million euro has been invested in the installation of small households stations. As of June 15, 2018, the number of households equipped with solar power plants exceeded 6 031.

One of the CISOLAR 2019 key issue will be a possible change of the solar energy market model is transition from green tariff system to the auction model. It is precisely this legislative initiative is a focus of market players and investors today.

The rich business program of event will allow participants to answer industry questions of various complexity levels and information of the highest professional level.

On April, 16 a key B2B event the CISOLAR 2019 Solar Energy Conference and Trade Show will be held at the Hilton Kyiv Hotel (30 Tarasa Shevchenko Blvd.). It will be attended more than 70 speakers and 500 delegates – owners, executives, directors of influential companies, and as well as investors and entrepreneurs in the field of solar energy from more than 30 countries.

In particular, at the conference participants will discuss industry prospects, main trends and investments in solar energy projects. Presenters will share their international experience and tell about new technologies and innovative solutions for the PV sector.

An important part of the conference – CISOLAR AWARDS 2019 Ceremony, which traditionally will be chosen the best solar energy projects in Central and Eastern Europe and will be held at the first day of business event.

On April 17-18, the CISOLAR 2019, 2-days Trade Show will be held at the ACCO International Exhibition Center (40-B, Peremohy Avenue, Kyiv). A large-scale Trade Show will feature more than 100 exhibitors who will demonstrate new projects, the best technological solutions for business and home. The number of visitors is expected to be 5 000+.

The practical trainings and workshops for PV-installers have already become an integral part of event and will take place on April, 17-18. Events will be useful for property owners – private and multi-apartment buildings that have already installed solar panels, operate or plan to install. Participants will learn how to economize on green tariff and start developing own businesses.

CISOLAR is the first major business platform in Central and Eastern Europe, where participants share their experience of the most successful PV projects, discuss current issues in the solar energy field and learn about the latest trends, legal aspects, present ideas and solutions, conclude contracts, find and strengthen partnerships.

Become a member of CISOLAR 2019 and join world-renowned experts, participants in the international solar energy market, suppliers of state-of-the-art energy efficiency solutions – individuals with activities and achievements who write a new page on the development energy industry.

The future begins here!

Organizer – Innovative Businss Centre (IB Centre Europe)

Register on the site:

https://2019.cis-solar.com/

phone number: +38 044 383 03 56

or write a letter to organizing committee on e-mail: inna.nemova@ibcentre.org

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