Головна Автори Інформація по Куц Тина

Куц Тина

The EU has mechanisms that will allow 100 percent to go to the REE

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The European Union currently has a host of technical specifications that enable energy needs to be met at the expense of REE. The only condition is their large-scale and systematic application. These are the data in the “Energy Atlas of Europe” – the reports of experts on the current position of alternative energy. In addition, the report outlines prospects for the development of the industry in Europe by 2050 inclusive.

In the past 2 years, about 90% of the combined energy production in European countries is “green”, that is, renewable energy sources are used to generate energy. Leading positions in the rating of newly built capacities for 2016-2017 years are occupied by solar and wind stations.

And now the accumulated experience in the field of R & D to build and launch large-scale capacity enough for the further globalization of this type of energy. It should be noted that the volumes of generated net energy are directly dependent on weather and time of day. The accumulation of “green” energy is now becoming one of the most important issues on which the scientific world community works.

Fossil fuels currently have the advantage of heating / cooling the housing and transport sector. Today, the EU pays particular attention to expanding the use of RES in these areas.

The Energy Atlas of Europe also states that the integration of energy with the transport and heating sector and the application of the demand regulation mechanism can lead to an active increase in the share of renewable energy sources. The availability of technologies for accumulation and transformation of electricity, supplemented by electronic process control systems, provides an opportunity to quickly solve the issue of eliminating fossil fuel resources from all spheres.

The authors of the report gave a detailed discussion of the relationship between the spheres of activity and noted that excess electricity in such a coordinated work of all sectors can be used to heat the house, to save heat in the networks of heat supply and charging electric cars. It is this strategy that will make it possible to minimize the use of fossil fuels and reduce harmful emissions into the atmosphere.

The EU has a specific declared objective of climate change – to reduce by 40% the amount of greenhouse gases emitted to the environment by 2030 (1990 figures are taken as reference point). In order to achieve this goal, there is an urgent need for progress in the transport sector, production processes, thermal energy production and integration with energy.

The energy report was published by the European Federation of RES and the Green European Foundation with the assistance of the Henry Boll Foundation.

Storage of clean energy: the most popular global technologies

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Solar power due to its popularity is rapidly gaining momentum. The cost of a kilowatt of “green” energy is gradually becoming lower, but it is significantly hampered by the lack of an economically viable energy storage technology. The generation of clean energy from renewable sources is intermittent and depends on a number of conditions (including weather conditions). To stabilize the energy supply from RES, scientists around the world are working hard to create new technologies in the field of energy conservation. At the moment, there are the following ways to preserve the “green” energy:

Hydroaccumulation. This method has been described more than once, and it is the most popular. This method is in the accumulation of water in special tanks. When electricity is needed, water from the upper reservoir is released and rotates the turbine. When energy is enough, its surplus is used to pump water back into the upper reservoir.

Accumulation of energy through the use of compressed air. We have already written about this method in more detail. If briefly – the method is to compress the air by cooling it. With a lack of energy compressed air is released into a special compartment, where it rotates the turbine.

Use of molten salt. The salt, which is in a molten state, is capable of storing heat energy for a fairly long time. It is used in the work of solar thermal plants. Heliostats accumulate thermal energy and thereby increase the temperature of the special fluid inside the structure. This liquid is salt in the molten form. Further, this liquid is collected in a reservoir. The next step in the process is the use of the steam generator and molten salt to start the turbine, which generates electricity. An undeniable advantage of the technology is the possibility of salt to work at elevated temperature (above 500 ° C). This characteristic of the material makes it possible to increase the productivity of the turbine itself.

This way of saving energy allows you to extend the working hours or serve as heating the buildings. In addition, it is possible to generate electricity by using salt at night, when heliostats do not function.

This technology is already used in the work of SES, united in a single network (the largest in the world) in the city of Dubai.

Application of flow-through redox systems. By flowing batteries are meant large sized containers containing electrolyte. Electricity is created by passing the electrolyte through a special membrane. As an electrolyte, vanadium, zinc, chlorine or water containing a certain percentage of salt is used. Such a way of accumulating clean energy is quite simple in application; the time of using the installation is long.

At the moment, this method has no commercial projects. Research technologies suggest a total power of 320 megawatts. The main advantage of this method is the prolonged delivery of energy (about four hours). Minus – large dimensions and the inability to safely dispose of after the period worked.

In the plans of the EWE power plant from Germany to build the world’s largest installation with flowing batteries for 700 megawatt-hours. They want to locate it in a cave that was previously used to store natural gas.

Use of traditional accumulating systems. These energy storages are batteries (their prototypes are used to save energy in small equipment: laptops, telephones, etc.) of industrial size. Such a method of energy conservation is widely used at VES and TESla SES.

Preservation of energy through thermal storage. This method is used to cool houses without the use of conditioning equipment. At night, the water in special tanks passes from the state of ice, and in the daytime it thaws and brings coolness to the living quarters. This approach allows to significantly reduce electricity consumption in regions with a hot climate.

This technology is actively implemented by the company “Ice Energy” from California. The firm introduces ice technology in the Australian market. Active sun makes it possible to produce large amounts of electricity from the sun, and thermal storage facilities minimize energy costs for cooling the housing in the region.

Application of the flywheel. The essence of the super-flywoman’s work is the accumulation of energy through inertia. The kinetic energy accumulated in the flywheel is converted into electricity. The transformation of one type of energy into another takes place with the help of a dynamo machine. If you need to get electricity, the design slows the flywheel.

There are quite a few directions in the accumulation of the energy of the sun and the wind. Inventors from all over the world have a place to turn around to discover the most economically feasible way. The cheapening and popularization of solar energy largely depends on this kind of technology.

Created an innovative battery for clean energy

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Solar and wind power is developing rapidly, and new stations are put into operation around the world. The increase in the volumes of energy produced by alternative sources makes the issue of accumulation and conservation of energy more urgent.

Even literally a few years ago, reservoirs were consider one of the most reliable energy storage, especially for its large volumes. Specially designed reservoirs for storing large water reserves. Subsequently, water is use to generate electricity. This method proved to be a costly material; moreover, such an energy store occupies a large area.

Groups of scientists around the world have been working on the creation of new storage facilities for the first time, but it has not yet been possible to create a capacious and not too expensive storage facility. The energy accumulated from the sun, wind, other «green» sources should be stored in large volumes, and at the same time, the storage should not take up too much space to be conveniently located near large cities.

Scientists from the UK have solved this problem with the help of liquefied air. The development of the new project involved employees of the company Highview Power Storage. The essence of their invention is that the surplus generated electricity is use to reduce the air temperature to -190 degrees Celsius. This gives an energy carrier in a concentrated form, which in scientific circles is call cryogen. Liquefied air is stored with a special tank and a pressure of one bar.

This project was call LAES (storage of energy of air in liquid form or cryogenic energy). The power storage has a number of advantages, unlike batteries and devices using water-pumping technologies.

The technology proposed by British scientists involves the use of electricity to reduce the air temperature, which subsequently liquefies. The cryogen storage tanks are isolated from each other, but they are not close tightly. If necessary, the system injects liquefied air into the cavity of the heat exchanger. There, the cryogen is heated (the temperature should correspond to the ambient conditions) at a pressure of 70 bar. Thanks to this procedure, the liquefied air again becomes gaseous. The re-gasification process triggers a turbine generating electricity. The cooled air that remains or dissipates during this process does not volatilize. He is catch by special equipment for further use in liquefying air again.

Scientists say that heating the liquefied air to ambient temperature compensates up to 50 percent of the energy costs from the procedure itself. If the cryogen temperature is increase further, the energy cost compensation index will increase to 75 percent. For heating, the utilization of excess heat energy of production can be use.

The British cryogenic power storage has passed all the necessary tests and is already putting into operation. For example, not far from Manchester, a five-megawatt cryogenic installation is operating successfully today. In addition, the storage tanks were install at a power plant generating electricity from biomass in the town of Slough.

The company Highview Power Storage proclaims that it plans to increase the capacity of its accumulating plants over time. At this stage, cryogenic energy storage facilities have a capacity of 3.5 megawatts. Representatives of the manufacturer intend to increase this figure to a level of 8 or even 10 megawatts. In addition, the company’s plans for the current year include the construction of four large air diluters, two tanks for liquid air, containing 7.7 thousand tons and playing the role of a battery, eight turbines of 25 megawatts each.

Cryogenic storage does not involve the use of toxic or rare compounds. For energy storage facilities of this kind, no special geographic conditions are required (a separate large area, as in the case of pump hydroelectric power). LAES does not require huge financial costs like other battery systems. Cryogenic installations can be integrated absolutely into any solar or wind station.

A 200-megawatt solar station will built on the territory of Ukraine – one of the largest among the countries of Europe

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The third largest EU CEC in the near future will appear thanks to DTEK and the company’s investment from China. The station is plan to be located in the city of Nikopol, located in the Dnepropetrovsk region.

CMEC has already concluded an agreement with the Ukrainian side. The document regulates the design and installation of SES, which will have a capacity of 200 megawatts. The organization SilkLink held an event in accordance with the program “Chinese investments in the development of energy in Ukraine”, during which an agreement was signed between DTEK and CMEC.

After the completion of all construction works, the Nikopol Solar Power Plant will be list as the most powerful station in our country and will rightfully be award the title of one of the largest SES of the world, having entered the top three of the largest stations in Europe.

It should be note that the Chinese company belongs to a number of firms of national importance Sinomach. This group acts as the leading developer in the field of alternative energy around the world. According to official data, the portfolio of implemented projects includes about 4.3 thousand megawatts in 150 different states. The company SMES will be both a developer and investment support for SES in the city of Nikopol. Representatives of the company report that the preliminary estimate of the project is 230 million euros.

The first work on the construction of SES has already started in April this year, and the final stage is plan for the end of the year. They will have a solar power station on the site of a previously abandoned quarry near Nikopol. The land plot allocated for building was declare unfit for agricultural activities. Specialists also note that thanks to the Nikopol SES the amount of harmful carbon dioxide emissions will be reduce by 300,000 tons per year.

Generation of electricity by a solar power plant will be about 280 million kilowatt-hours per year. This amount of energy is enough to meet the energy needs of 100,000 homes. The construction of the Nikopol SES will provide the local population with jobs, and the city budget – large amounts as taxes.

DTEK Director General noted that this project is one of the largest and will attract serious investments in alternative energy of our country. The construction of the Nikopol SES together with the Chinese partners is capable of becoming a positive example of successful investments in the Ukrainian “green” energy sector. This can arouse the interest of other foreign investors. The state energy strategy has quite ambitious goals: to increase the order of five gigawatts of the capacities of alternative energy for two years (until 2020), to reduce the deficit of energy resources, to reduce the amount of СО2 falling into the atmosphere by 40 percent until 2035.

Such ambitious plans require huge financial investments that can be attract to Ukraine only by creating a positive investment climate and by building transparent rules for interaction.

In addition, DTEK’s CEO said that at this stage China is investing the greatest amount of money in new green energy projects around the world. The company SMES has managed to build more than 4,300 megawatts of power, and about six hundred megawatts make SES. The Ukrainian side expressed its extreme interest in such cooperation.

The representative of the Chinese side, Zhang Chun, in turn, said that the interaction between DTEK and CMEC should be an example for companies from Ukraine and China, who in the future can also implement new projects of national importance by common forces.

The process of manufacturing solar panels in the Odessa region

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In Odessa, one of the premises at the “Promzvyazok” plant was allocate for the production of solar modules. Firm “Info-Svyaz” is engaged in collecting panels for about 1,5 years. The plant, located on the outskirts of Cosmonaut Komarov, currently has vacant rooms. The management of the plant decided to lease them. Previously, in the vacant now workshops were engaged in the manufacture of telecommunication accessories.

A graduated historian Tulyuyuk Roman founded firm «Info-Svyaz» in 2009. At the initial stage of its existence, the company manufactured fiber-optic switching cables (patch cords) that were use to provide Internet communications. Only in 2013 began the production of solar panels.

Chief Engineer of the company-producer Viktor Lazarenko notes that the market analysis took 3.5 years. In addition, about 50 kg of photo-electronic transducers were damage. According to Mr. Lazarenko, members of their team attended various exhibitions of this direction, in the role of potential buyers went to foreign industries. The first pilot party was solder with its own hands. For the creation of a soldering machine, a half-cetera of FEPs was broken.

At present, four employees of the company are engaged in collecting solar panels. Animators from Odessa created a special program for the machine. This installation carries out a spike of copper-tin tires, which collect the produced electricity over the converters. One plate as a result includes three tires.

Photo-electronic transducers are thoroughly check to exclude the possibility of a defect. It should be note that the data components of the panel are very fragile and vulnerable, so employees carry them not bare hands, but using special vacuum suckers, and, 6 pieces at a time.

After transfer, the FEP is place on a tempered glass surface, covered with a layer of glue, and then with the help of dielectric cover with a special plate made of plastic or glass.

The resulting structure is place in a special oven and held there for ten minutes at 200 degrees.

Chief engineer said that the first two furnace complexes did not withstand the pressure of vacuum and simply developed. Vacuum is required to extract from future air remnants panels to prevent corrosive changes. Because of experimental work was spent about 5000 kg of metal. Now, due to this appeared two suitable stoves.

After baking, the plate is send to the stand, which includes halogen lamps. This is how the standard power values ​​are checked.

Depending on the applied photo-electric elements, a solar panel measuring 1 × 1,6 m will have a power in the range of 260-315 watts (the figure of 275 watts is considered as the most optimal in the ratio of “cost-power”).

Today the company makes 25 solar modules in one working day.

Chief engineer noted that now the company is engaged in updating the production line, which will allow in the near future increasing the daily number of panels manufactured to one hundred.

Victor Lazarenko said that the company had set the retail price lower than that offered by Chinese manufacturers. However, the fight against wholesale purchases is unrealistic at this time. The company plans to organize its own production of FEPs in order to eliminate dependence on foreign suppliers.

According to the chief engineer, the legal power of the SES with the capacity of 30 kilowatts (for individuals) will have a payback period of 4-5 years. The price of one solar panel from the Odessa manufacturer is $ 130.

The company’s representatives estimated that the capacity of 10 kilowatts would be sufficient to meet the energy needs of the building (about 5 kilowatt-hours). In addition, with such power there will be an excess of energy that can be sold.

The novelty of the Odessa company is a plastic solar panel. Innovation has already been test on the first Odessa catamaran, which works thanks to solar panels. When there is cloudy weather on the street, the catamaran develops a speed of about 4 kilometers per hour due to “green” energy. In the future, plastic panels want to install on electric locks.

SES private order and taxation: the most frequently asked questions

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“Green” tariff is a special system, according to which the energy generated by renewable sources has a tariff higher than the fixed tariff. The introduction of a tariff by the state is a powerful stimulator of investment in innovative technologies. The purchase of kilowatt-hours using the “green” tariff makes it possible significantly reduce the time for which alternative projects fully pay off. This fact increases the investment attractiveness.

The questions that most often arise regarding household SES and taxation are:

  1. Who pays for the energy generated by the solar station? What is the role of the state in this matter?

The supplier of energy (in the realities of our country – oblenergo) is obliged to pay for the electricity generated and supplied to the whole network from a private SES. Initially, an agreement is conclude with this organization on the purchase / sale of electricity after the commissioning of a solar power plant. The function of the state is to provide guarantees for the purchase of electricity on a “green” tariff in the agreed time and in the maximum amount.

  1. What kind of payment do I get for the generated kilowatt?

The generation of one kilowatt of green energy is pay in national currency (hryvnia). This amount is equivalent to 18 eurocents per kilowatt-hour. This applies to SES, which were putting into operation from 1.01.2017 to 31.12.2019. The euro exchange rate directly affects the “green” tariff; therefore, each quarter is updated cost. The first quarter of this year for private SES had a tariff of 5 UAH 87 kopecks per kilowatt-hour. This indicator was relevant before taxation.

You can get information about the current tariffs for all alternative installations using the official website of NCREP.

  1. How and where will I be charge on the sale of green kilowatts?

The revenue from the sale of electricity to the general network goes to a personal bank account. Its owner SES opens himself in a suitable bank. The account number is indicate in the electricity purchase / sale agreement.

  1. How much interest will I pay as a tax?

The current legislation stipulates that the money received by the owner of a home SES from the sale of electricity be subject to taxation on general grounds. The income tax for individuals is 18 percent. In addition, a military charge of 1.5 percent is also paid. As a result, 19.5 percent is obtain.

  1. How do you pay taxes?

The owner of the home SES does not pay taxes personally. The energy supplier acts simultaneously as a tax agent, so the accrual of monetary funds occurs already with the deduction of the tax rate. Personal funds are transfer to a personal account, of which 19.5 percent of the tax was already deduct.

  1. What about the payment of taxes for individual entrepreneurs who are on a simplified taxation system? Do they also pay 19.5%?

In this issue, only the presence of a house or apartment that is own by a person who has concluded an agreement on the purchase / sale of electricity is take into account. Thus, an individual entrepreneur acts as a private individual and pays a tax charge of 19.5 percent.

  1. How much net profit can I get from SES with a capacity of 10 kilowatts?

Let us say that a solar station of this capacity was able to produce 11,000 kilowatt-hours of electricity during the year. Energy consumption at home for 12 months – about 3 thousand kilowatt-hours (if you start from an average of 250 kWh per month).

According to the “green” tariff, 8,000 kilowatt hours (11,000 (generation) – 3,000 (household energy consumption) = 8,000) were sold. The price for 1 kilowatt-hour is 18 eurocents. By simple calculations, we get the sum of 1440 euros. With a tax charge of 19.5%, a net profit of 1159 euros is issue.

Will the Paris Agreement allow our country to build a new economic strategy?

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At the end of April, the capital of the capital held an international format, the main theme of which was compliance with the requirements of the climate agreement, which was signed in Paris. The Ministry of Nature and representatives of the World Bank were responsible for the conference. During the event, different states represented concrete developments in this field and put forward proposals for the formation of strategic directions on the way of low carbon development. The proposed options included a period up to 2050.

According to Stepan Semerak, our country needs to change the orientation of the current economic model in order to compete in the international market. In addition, Mr. Semerak added that Ukraine can not continue to follow the path of development, because it is obsolete and ineffective. After all, other countries began to abandon the use of gas and coal in large quantities and significantly reduced funding for this area. This approach has allowed many states to reduce the cost of solar and wind energy. It should also pay attention to the growth of advanced technologies and support their implementation in many countries.

Representatives of our country also presented the Strategy, after which the Minister noted that the world’s current conditions are a challenge and, at the same time, an opportunity for Ukraine. Changing the direction of activity is able to build new principles of economic development of the state, which will provide competitiveness. The economy should be reoriented to energy-efficient technologies and alternative energy sources. This will allow gradually abandoning the use of fossil fuel resources.

Semerak Stepan remarked that our country during the past two years has made a significant contribution to the implementation of the climatic national policy. Firstly, Ukraine was one of the first to develop the Strategy for Low Carbon Development required by the Paris Climate Agreements. The Ministry of Environmental Protection notes that the Government will consider the Strategy in the near future. This document suggests that a low carbon development model will be implemented actively and relatively quickly. The strategy also obliges to decarbonize the energy sector, significantly increase energy efficiency. The introduction of such a model of economy will enable the rapid development of alternative energy.

An international climate treaty (195 participating countries) was signed in Paris in 2016. This agreement was designed to strengthen compliance with the terms of the United Nations Framework Convention.

The Paris deal aims to do its utmost to ensure that the average temperature on a global scale does not increase by more than 2 degrees Celsius (ideally not more than 1.5 degrees). The beginning of the countdown is the temperature that was before the revolution in the industry, namely, until the burning of a huge amount of fossil fuel resources began. This led to changes in climatic conditions. In order to keep the temperature rising within the range of 1.5-2 degrees Celsius, it is necessary to cut off greenhouse gas emissions at a fast pace. The global goal is to eliminate them by the end of the 21st century.

Revolutionary technologies in the field of production of solar modules

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A company from the United States (California, Sunnyvale) called Hanergy has proved that price reduction with increasing efficiency of solar modules is quite realistic.

A group of scientists from Alta Devices (parts of Hanergy) recently reported that in a number of studies it became possible to create a module with the highest efficiency and conductivity indicators. This development at this stage has become a world record holder due to its characteristics. The main advantage of the innovative solar module is that it is single-section. This feature allows you significantly reduce its size.

It should be note that the energy efficiency of the solar device is much higher in contrast to the usual panels. Hanergy employees used gallium arsenide for this. This approach allowed us to multiply the rating of electricity conversion to 25 percent. This indicator was included in the world records.

The innovative discovery of Alta Devices has a conduction efficiency of twice that of traditional solar panels used in the industrial sector. However, the size of the new module is much smaller. The creators of innovation for this purpose used a special method of building up a microscopic layer of gallium arsenide. This layer is located on top of a single crystal of this substance.

The developers used the technology of organometallic steam deposit. At the end of the process, an epitaxial rise made, which makes it possible to remove the thinnest layer from the surface of the crystal formation. This process also acts as a key step in improving the module.

Such a method makes it possible to increase the power output of the module in conditions of reducing the total volume of a single section and overall dimensions. Thanks to this approach, a new solar panel can find application in CEC. To date, the developer company plans to conduct additional testing and testing.

Where is more promising to install a solar power plant – on the ground or on the roof?

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Renewable energy, especially the solar generation industry, is developing very rapidly and has already successfully turned into one of the most powerful spheres in the economy of the United States, China, the European Union and India. According to the calculations of scientists, by 2020, the total capacity of all SES will be more than 600 gigawatts. As for Ukraine, in 2017, the pace of development of solar energy has successfully increased and reached the highest levels – in half a year, 132 megawatts of new solar power stations were connected to the general grid, compared to 99 megawatts, which were counted for the whole previous year, and according to the results of the 2- half of the installed capacity can increase by another 360 megawatts.

It should be note that most of all new capacities were represent by large ground SES. In addition, the market for commercial and private roof stations is developing at a much slower rate. Despite the fact that fields of thousands of solar panels are actively increasing in different regions of Ukraine, houses with their own solar generators on the roofs are also something new.

What was the prerequisite for the development and a greater influx of investment in the active development of domestic solar energy in Ukraine?

It can be safely say that the era of stations “beyond the law” has already passed, which operate on dubious tariff plans and conditions. With the help of some changes made to the legislative base, it was possible successfully regulate the issue of the “green” tariff for SES. Moreover, to date, the provision of fully transparent market conditions for private homes and commercial enterprises has greatly simplified this problem. For example, if you make investments through currency, then when you receive a fixed rate for electricity, it is also fix in currency.

At the same time, active growth began immediately after 2014, when everyone watched the decline in the real estate market. At that time, worldwide prices for the purchase of solar power plants decreased, which provided more choice and opportunities for customers. Thus, after investing in the purchase of solar power plants, as well as connecting to the “green” tariff, you can get about 18-20% per year, which means that the project can fully pay off after 4-5 years.

It should be noted that most of the solar energy industry is firmly associated with the future, so realizing such projects, people are even more approached to modern technologies, which is one more reason for this growing popularity of SES. The imposed era of buying and selling is increasingly becoming outdated every day, and the benefits of renewable energy are becoming more and more demanded.

Leading investment associations invest their money in land-based solar power plants, dividing the construction into stages. One part of investors attracts investment flows from the West, and the other – uses its own finances. The obligatory condition for the implementation of such projects remains the availability of land resources and the required capacity of connection to the power system.

At the same time, the sphere of roof SES develops in considerably smaller stages. The aggregate capacity of all these facilities in Ukraine can be measure in tens of megawatts. At the same time, the main problem remains that for today there is a catastrophically lacking professional planned design of SES for rooftop placement, as well as proper and high-quality project management. Despite the fact, that many building owners, even without a green tariff, it is much more appropriate to use solar electricity to cover their own needs.

What problems can arise in the construction of roof solar stations?

Often, users are not aware of the entire amount of work and their complexity in the implementation of installation projects for roof solar panels. In addition, very often they encounter intermediaries who do not have personal design offices. At the same time, this segment is not interesting for large prosperous companies, which are direct to the design and construction of large ground stations.

The main differences between roof SES and ground

If we consider the construction of roof SES by investors, their main advantage is a higher green tariff, as well as the need for less money. This is due to the lack of costs for supporting metal structures. It eliminates the need to search for land for the construction of infrastructure for SES.

Installing roof solar panels, you can significantly reduce the cost of air conditioning and cooling of the building in the summer. At the same time providing for itself a reliable and uninterrupted power supply and increasing the quality of power supply.

The connection of roof stations according to the current green tariff has become a certain driver of a significant increase in the responsibility of the population for the quality of electricity. Most owners of power plants also install special network monitoring systems that provide information on the quality of electricity supply. Thanks to this, it became possible to quickly identify problems and eliminate them before any possible malfunctions occurred.

As for terrestrial SES, during their construction, most of the money is invest in the network equipment and lines that are need to connect to the energy system itself, and not to modernize the electricity networks of settlements. Consumers remain remote from these stations, resulting in increased power losses during transmission and distribution.

Under the Kaniv plan to build an ecological settlement, which will have a class of energy efficiency A +

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Eco-settlements are becoming more and more popular nowadays, including in Ukraine. Residents of big cities are increasingly thinking about going to the bosom of nature, abandoning the turbulence and stress of the metropolis. A major problem of this kind of settlements is the supply of energy and the provision of heat for individual homes.

In this issue, alternative energy can become a real solution to the problem and help significantly promote such an ecological lifestyle.

In the territory of our country soon may also appear eco-settlement, and its class of energy efficiency will be A +. Plans to settle on the Dnipro (right bank), it will be call “Dniprovsky Kuchi”.

A team from the architectural company Dmytro Aranchii Architects worked on this project. The Bureau developed the project at the request of the owner of the Trakhtemirov Landscape Park in Grigorivka.

The area on which the settlement should be located is located on the peninsula. The folk name of this place is “Silkworm”. The total area of ​​the peninsula is one and a half hectares, and the settlement according to the plan should take 1200 square meters.

According to the plan, the project will be implement in accordance with the principles of energy-efficient development. According to the words of the chief architect Aranthia Dmitry, the settlements will be integrate into the relief features of the plot.

Architectural mimicry is need to implement the project through a nearby nature reserve and ravines on the peninsula. Housing settlement is plan to be halve by half, to use the natural advantage of lowering the temperature in the summer and raising it in winter. In addition, environmental raw materials and technology called “craddle-to-craddle” will be use. This approach involves the re-use or safe disposal of wood or metal materials for nature.

Solar modules for housing energy will be install in the settlement. In addition, according to the design of the architect will find a place in the ecological settlement of heat pumps. Ventilation will be provide by the inflow and exhaust technology, which will use the recovery principles. This will allow you to receive clean air with the exception of significant heat losses. The main objective is to get the energy efficiency level of A + as a result.

It should be noted that the project plan includes 5 villas, the total square of each of them will be about 200-250 meters square. Each building will be oriented eastwards. On the territory of the buildings, there will be open-air pools, and in the buildings, themselves will be equipped with panoramic windows. As a view from the villa will be the river Dnipro and its landscapes, including picturesque ravines. Such a concept will reduce the volume of earthworks.

The distance between the buildings will be quite significant – about 50 m. This idea will allow residents of the ecological settlement to be intimidated and feelings of personal space, which will consist of removing from neighbors and staying in the company of the Dnieper.

The ecological settlement will be located at a distance of one hundred kilometers from the capital.

In this alternative, the use of alternative energy sources allows the settlement to provide itself with energy and heat, which supports the very idea of ​​such residential complexes without loss of comfort.

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