Головна Автори Інформація по Сулейманов Руслан

Сулейманов Руслан

Experimental installation and perpetual motion

Energy of water

There are many ocean currents on Earth. The force of water at the same speed of movement as air is 800 times more, also, unlike wind, the flow of water is stable, around the clock, and all year round. According to my calculations, the Gulf Stream alone carries energy billions of times more than is required for all of humanity. But the question is how to use it? It’s simple.

The water flow turns the turbine, and the turbine rotates the generator, and immediately from the same water mass we extract hydrogen on the spot, pump it into cylinders and ship it to the continent. By the way, the calorific value of hydrogen is 2.8 times higher than that of aviation gasoline. Some scientists scared us that hydrogen is very fluid and it is almost impossible to keep it in cylinders. Is it impossible to solve such a trifling problem with modern materials? They also warn that the hydrogen flame is invisible. Fifth-graders were given the assignment to solve this problem, and they solved it in a few seconds. They proposed to stretch a wire of refractory metal over the burner flame, and when there is no flame, the wire is black, and when there is a flame, the wire is red. You can ask fifth-grade students to solve the problem with the fluidity of hydrogen. Perhaps they will solve it too because fifth-graders are much more intelligent than some experienced scientists.

Pessimists might argue that the oceans have violent storms. Small and even medium-sized platforms are not suitable here. They need platforms of such dimensions that they will not be afraid of any storms. How can such platforms be anchored at great depths? We attach the halyards to the two corners of the platform 3-4 times longer than the depth in this place. At the ends of the halyards, we lower the load to the bottom. Now, in several places of the halyards, we attach leashes with containers filled with air, which will pull the halyards up, making the halyards in arcs, and the halyards will come horizontally to the platforms.

You can lower ordinary turbines into the water on the path of the current, or you can make 6-8 planes on the axis in the form of a book, which can both fold into an edge and open up to form a plane. Now only an open book is constantly in the water, and rotating on an axis, coming out of the water into the air, folds into an edge, and when entering the water with an edge, the stream opens, and. e. The course of the book both opens and closes itself. This idea was suggested to me by the same fifth-graders.

The exhaust gases of hydrogen-powered vehicles are cleaner than the ambient air. For some needs, you can extract from water and oxygen, and also send cylinders to the continent. And no environmental pollution will be done in this way.

Perpetual motion machine

We watch with complete peace of mind an enormous amount of work being done as a heavy train rushes at high speed with the engines turned off. We say: “Inertia works.” The golden rule of mechanics that the efficiency cannot be more than one is wrong. What is the efficiency when the train is moving by inertia? After all, any number divided by zero is equal to infinity. And it’s easy to check: 10: 0.1 = 100, 10: 0.01 = 1000, 10: 0.001 = 10000, etc.

If the divisor tends to zero, then the quotient, that is, the result tends to infinity. It must be admitted that the efficiency can be as large as you like, up to infinity. It is high time to apply inertia to energy production.

Why does the boxer compressor work so economically? Because heavy pistons work by inertia. For some reason, we are all afraid of the phrase “perpetual motion machine”, but after all, inertia is a perpetual motion machine, and if it had not been interfered with, had not been slowed down, then inertia would have been doing work forever.

I will give an example of obtaining energy from water using the force of inertia.

How does it work?

According to Archimedes’ Principle, a container with air will have a lifting force equal to the weight of the displaced liquid. Suppose that the volume of each container is 12m³, and they are placed on a loop, one container for each meter. Into each container at a depth of 140 meters, we run 10m³ of atmospheric air, which will be compressed to 10: 14 = 0.7m³.

When surfacing, the air in the tank will expand, and the air volume on the surface will be 10m³. On each side of the loop that goes up, at each moment a force equal to the weight of the displaced liquid will act, i.e. (10 + 0.7): 2 = 5.35×140 = 749 tons. If the rotation speed of the loop is 0.5 m/s, the work will be equal to 374,500 kgm/s, or if 1 kgm/s. = 9.81 watts/sec., Then 374,500 x 9.81 = 3,673,845 watts/sec. in one second, or 3 673.8 kW/s x 3600 = 13 225 680 kW / hours in one hour.

The 14.5-ton opposed compressor uses 0.054 kW/hour to pump 1m³ of atmospheric air. Air is pumped into the tank every 2 seconds or 5m³ per 1 second. In one hour, the air consumption will be 5 x 3600 = 18,000m³. The energy consumption will be 18,000 x 0.054 = 972 kW / hour for 1 hour.

13 225 680 – 972 = 13,224,708 kW / h for one hour of net profit, or 13,224,708 : 972 = approximately 13,000 times.

Power plant capacity is usually calculated in kW / hours per year. 13,224,708 x 8,760 hours per year = 115,848,000,000 kW / hours. for a year. Even if in practice we get only a third of the calculated amount, it will be about 40 billion kWh. Previously, the Bratsk HPP produced 22 billion kWh per year.

Author: inventor Viktor Ivanovich Grishin

tel. 099-00-30-421

E-mail: maskaronvi3@gmail.com

CISOLAR 2020: Ukraine may join the TOP15 of the world’s most advanced countries in terms of solar power in 2020

The main regional business event in the field of solar energy devoted to latest technology, trends, and investments opportunities – CISOLAR 2020, the 9 th  International Solar Energy Conference and Trade Show of Central and Eastern Europe – will take place in Kyiv on July, 15-
17 (2020.cis-solar.com).
Solar power continues to occupy a leading position in terms of installed capacity among all renewable energy sources globally and in Ukraine in particular. From 2019 to 2024, renewable energy is projected to increase globally by 50% thanks to solar power, as the PV segment alone accounts for nearly 60% of the expected growth. In Ukraine, solar power capacity has increased more than 7 times in the past 3 years. Thus, as of December 1, 2019, the total capacity of all Ukrainian solar power facilities exceeded 3.8 GW.
Globally, the average cost of electricity generated by solar power plants has decreased by 73%.
Investors don’t consider solar power to be аn expensive industry anymore. This allows renewable energy to compete with traditional energy sources without additional subsidizing in the world’s leading markets. Depending on the legislative initiatives, for Ukraine the year 2020 may result in installation of 2 to 5.5 GW of solar power capacity and in bringing the country closer to reaching its Energy Strategy’s goals – increasing renewable energy to 25% of its total energy balance by 2035. Having reached 5 GW of solar power capacity, Ukraine can enter the TOP15 of the world’s most developed solar energy markets. Nevertheless, on the way to its
new achievements, Ukraine needs to create clear rules of the game and a transparent tariff policy for investors: in particular, to implement an effective auction system for renewable energy facilities and to go back from retrospectively reducing the “green” tariffs for installed
solar power plants.
The issues of new regulatory conditions for the industry and potential risks will be the focus of the main Solar Energy Conference CISOLAR 2020 that will be held on the 15 th of July at the
Fairmont Hotel (1 Naberezhno-Khreshchatytska Street, Kyiv). This year, the event will bring together more than 500 delegates and outstanding speakers from 40+ countries.
In addition, distributed generation and energy storage technologies, presenting the latest global trends and successful solar energy business models as well as innovative technological solutions and services will also be on the spot.
The best solar industry’s projects will be traditionally announced at the 4 th CISOLAR AWARDS ceremony. The companies will compete in the following 5 nominations: Best PV installation for households, Best medium-scale PV installation, Best large-scale PV installation, Best solar energy product, and Outstanding personality in the field of solar energy.
CISOLAR 2020, the 2-day Trade Show of latest solar energy technologies, which will be held at the M82 exhibition center (82, Mezhyhirska Street, Kyiv) on July 16-17, 2020, will bring together more than 120 major companies from 30+ countries.
The exhibitors – EPC companies, manufacturers of advanced modules and inverters, PV distributors, suppliers of materials and accessories, manufacturers of equipment and steelworks, software, etc. – will present their best solutions. The companies will showcase their latest developments and innovative technologies, modern equipment, the best service and
technological solutions for businesses and private sector. The expected number of the trade show’s visitors is 5,000+.
According to the estimates of IB Centre, distributed rooftop solar PV systems in residential, commercial and industrial sectors will grow; and this trend will lead to changes in the grid system. The rapidly increasing ability of consumers to generate their own electricity offers new
opportunities to electricity suppliers. By 2025, distributed solar power generation is expected to increase by 320 GW worldwide, which will make up almost half of the total PV facilities’ growth over the next 5 years.
In Ukraine, the sector of household solar power stations continues to grow rapidly. As of January 1, 2020, there were near 22,000 households in Ukraine with total installed capacity exceeding 553 MW.
In the context of CISOLAR 2020 Trade Show devoted to innovative energy technologies, a workshop will be held by the Solar Academy for small solar power stations’ installers. The training will take place in the conference hall of the M82 exhibition center (82, Mezhyhirska Street, Kyiv).
This business event will help their participants to expand their theoretical knowledge and practical skills on operating a solar power station, uncover the hidden potential in a solar station, the installers will get step-by-step guidelines on how to increase solar power
generation and profit of a plant, and recent changes in Ukrainian legislation and current legal issues in the industry will be discussed. Among the event’s speakers are owners and directors of major Ukrainian companies, government officials, engineers and heads of design and
engineering as well as investors and lawyers working in the field of energy, construction and investment.
The series of powerful business events will be complemented by B2B and B2C meetings, during which negotiations are carried out, contracts are concluded and agreements are signed.
CISOLAR is organized by the Innovative Business Centre (IB Centre), an international company that implements projects in the sector of energy innovations and a leading producer of the largest conferences and trade shows devoted to new energy technologies. CISOLAR (solar
energy conference and trade show), SEF KYIV (sustainable energy forum and trade show), Solar Academy (training sessions and workshops for solar energy installers and investors) are among the Company’s projects.
Join the community of solar energy market’s drivers, experts, and leaders to make it Bigger.
Stronger. Brighter. with CISOLAR!

Contacts for participation and cooperation:

+38 044 383 03 56

Excellent alternative to aluminum and metal:high-quality innovative fasteners for solar panels, made of composite material

Our history began two years ago, when we decided to extend the life of solar panels and also facilitate the process of their installation. The first thing that occurred to us was to replace the standard metal with a composite material. “Let`s go!” – and we set to work. 

The last days of 2018. Our first attempts. 

You may be wondering why we chose this material and what it consists. 

Composite material is mix of different types of plastic (for example, first plastic and second plastic). Second plastic is plastic garbage against which the whole world is at war. Chemical composition also has different impurities which make its technical characteristics better. The composite material is resistant to anything: it easily tolerates any temperatures and practically does not respond to any external irritants. 

Nowadays our fasteners have such characteristics:

  • fasteners with composite material are more easy than alternative variants;
  • nuts and washers don’t need to be attached to bolts; 
  • composite material doesn`t perceive corrosion; 
  • high level of protect;
  • Long-lasting, which can serve more than 100 years;
  • material doesn`t deteriorate during intense loads;
  • client can select any color scheme;
  • this material is water resistant, so, it can easily be installed in a place with a high level of moisture. 

Our production is modern fasteners for solar energy which can be used as facade mounts or ground structures. Composite fasteners also can be used for building of different innovation boundaries, pavilions and carports. 

All of our production have a certificate, so high product quality is guaranteed.

Our contacts: https://rs-project.org. Phone number: +380970800800

Investments from 2010 to 2019 in the green energy sector amounted to 2.6 trillion dollars

On Thursday, Bloomberg NEF published the results of studies on financial investments in green energy, carried out in accordance with the United Nations Environment Research Program and the UNEP Center in Frankfurt. According to published data, investments from 2010 to 2019 in the green energy sector amounted to 2.6 trillion. dollars. 

The excitement, due to the ability to generate electricity from new materials, creates an opportunity to reduce greenhouse gas emissions that are harmful to the environment. Reducing the cost of building wind and solar generators, allows projects using advanced technologies to become economically more profitable, compared with power plants using fossil fuels.

“Investments in green energy are investments in a sustainable and reliable tomorrow, which is confirmed by the events of the last decade, with incredibly high growth rates for the construction of environmentally friendly power plants,” said Inger Andersen, Executive Director of UNEP. “In order to achieve real results in preserving the ecology and further increasing the standard of living, we must accelerate the pace of a large-scale transition to green energy.”

Volumetric investments in the “green” energy sector, in fact, make up the increase in funds invested in the electricity industry. According to the IEA (International Energy Agency), until 2025, 322 billion dollars will be invested in renewable sources of green energy (wind, solar and hydroelectric power plants). That is almost three times more than 116 billion that will be invested in the extraction of traditional fuel, and about the same will be invested in electricity networks.

It is clear that the most voluminous investments were made in the construction of new “green” power generators. The total capacity of solar generation over ten years has increased by more than 25 times, from 25 GW from the beginning of 2010 to 663 GW by the end of 2019.

At the same time, at the end of the decade, some problems also appeared. The rate of investment in regenerative energy in 2018 in some large markets decreased compared to previous years. In recent years, the cost of “green” electricity has fallen sharply.

Thus, the construction of new “green” power generators became independent from the state. help. According to research by Bloomberg NEF, the cost of solar cells since 2009 has decreased by 5 times. “The cost of building regenerative generators has changed the choice of the direction of economic development,” said John Moore, BloombergNEF CEO. “In many countries, green energy has become the cheapest form of energy.” 

A third of the world’s investment in the construction of regenerative energy sources was made by China. The slowdown in the construction of regenerative generators occurred in 2018, due to the announcement by the government of a decrease in the number of buildings that the state will receive. support.

This reduced investments in regenerative energy in China in the second half of 2018. Investments fell by about 2 times compared to 2017. 

Despite large investments in the construction of new regenerative energy sources, they still make up a relatively small share in global electricity production. China, of course, builds the most regenerative plants, but at the same time continues to invest in the construction of new thermal power plants. 

According to forecasts, many other regenerative projects will appear in the coming decades. According to Bloomberg NEF, the share of wind and solar energy will increase and by 2050 may reach 48%

. The world increase in electric power amounted to 2.4 TW. Andmost of this increase was obtained from pure sources, but at the same time, a significant part of the increase was obtained from traditional thermal installations. 

Europe and the USA sharply reduced production using traditional fuels, but Asia, and especially India, increased the amount of harmful emissions into the atmosphere. As a result, global carbon emissions have increased since the end of 2009 by at least 10%.

Tesla offers solar panels for rent: they will be installed for free, but you will have to pay for dismantling

A month ago, the American company Tesla offered new service for residents of 6 US states – rent solar panels Rent Solar. The company’s employees will install the panels and all necessary equipment for free, as well as connect it to the existing home electrical network.

The rental price starts at $50 per month and depends on the size of the selected devices (small, medium or large). But if you refuse to rent or want change panels with samples of a different size, you will have to pay a lot more for dismantling the system – $1500. At the same time, the company assures that there is no profit from this service.

The supplier guarantees the daily generation of electricity by the system more than 13 kW/h, thanks to which the owners will save up to $650 per year.

solar panels for rent

Mashable reports that Solar City, which is also related to IlonMask, has already offered a similar service before, but failed, ending 2016 with a loss of $3 billion. In the fall of that year, Tesla bought Solar City for $2 billion, although in the summer, Mr. Musk planned to do this for $2,6 billion. By the way, at that time the company also installed panels for free, and customers had the opportunity to buy electricity at a discount.