How to get electricity from water. How to get electricity from improvised means

What is alternative energy? The modern world offers ways to create free electricity. How to do it yourself?

Alternative

In 1901, the famous, brilliant scientist Nikola Tesla designed the huge Wardenclyffe tower in New York. JP Morgan took over the financial part of the project. Tesla wanted to implement free radio communication and supply humanity with free electricity. Morgan just expected wireless international communications.

The idea of ​​free electricity horrified the industrial and financial "Aces". There were no people who wanted revolutions in the world economy, everyone was holding on to superprofits. Therefore, the project was cancelled.

So what did Tesla build? How was he going to make free electricity? In the 21st century, the idea of ​​alternative energy, powered by other sources, is gaining more and more support. The renewable resources of the Earth and other planets act here as a kind of opponent of oil, coal, gas.

Where can you get free electricity? Sunlight, wind energy, earth energy, the use of tides, the muscular energy of the human body can change the future of the planet. Pipelines and reactor sarcophagi will become a thing of the past. Many states will be able to free their economies from the need to purchase expensive sources of electricity.

Much attention is paid to the search for alternative energy sources that are easily renewable. In recent decades, mankind has been concerned about the problems of environmental cleanliness and resource efficiency.

Technology

Below are options for obtaining free electricity.

Wind power plant. Holland proposes to build a huge wind farm in the North Sea, and an artificial island equipped with the necessary equipment, which will take on the role of an energy hub, distributing electricity between 5 states.

Saudi Arabia has proposed to create turbines in the form of "kites" and place them in the air, not on the ground. Several countries have their own fields with wind turbines.

Solar power plant. There are roofs made of solar panels on the market, as well as photovoltaic glass panels that can be used to line the exterior walls of houses. American scientists have released solar panels in the form of transparent tiles that can be used to glaze windows to generate electricity for the home.

A lightning battery is an energy storage device from discharges in the atmosphere. Lightning is redirected to the power grid.

The TPU toroidal generator consists of 3 coils. The magnetic vortex and resonant frequencies are the cause of the current. S. Mark invented it.

Tidal power plants - work depends on the tides, the position of the Earth and the Moon.

Thermal power plant - high-temperature groundwater is used as a resource.

The power of human muscles - people also generate energy when moving, which can be used.

Thermonuclear fusion - the process can be controlled. Heavier nuclei are synthesized from lighter ones. The method is not used because it is very dangerous.

Your own master

You can make free electricity with your own hands. There are many methods to build devices that generate energy. All it takes is a little knowledge and skill. For example:

Make a Peltier element - a plate, a thermoelectric converter. Heat is obtained from a burning source, cooling is provided by a heat exchanger. The components are made from different metals.

Build a generator that collects radio waves - paired capacitors, electrolytic, film, low power diodes. An insulated cable of 15 m is used as an antenna. The ground wire is attached to the gas, water pipe.

Design a thermoelectric generator - you will need a voltage stabilizer, a case, cooling radiators, thermal paste, Peltier heating plates.

Build a lightning battery - metal antenna and grounding. The potential accumulates between the elements of the device. The method is dangerous, as lightning is attracted, whose voltage reaches 2000 volts.

Galvanic method - copper and aluminum rods are inserted into the ground, to a depth of 0.5 m, the area between them is treated with saline.

What else?

Among the usual, you can find quite unusual ways to generate electricity. Recently, scientists around the world have been intensively working on the development of alternative energy. The world is looking for opportunities to use it more widely.

Just below is a small overview of the best ways and ideas:

Thermal generator - converts thermal energy into electrical energy. It is built in heating and cooking furnaces.

Piezoelectric generator - works on kinetic energy. They introduce dance floors, turnstiles, exercise machines.

Nanogenerator - the energy of vibrations of the human body during movement is used. The process is instantaneous. Scientists are working on combining the work of a nanogenerator and a solar battery.

Fuel-free Kapanadze generator - works on permanent magnets in the rotor and bi-flare coils in the stator. Power 1-10 kW. One of the inventions of N. Tesla was taken as a basis, but many do not believe in this principle. According to another version, the real technology of the device is kept a big secret.

Experimental installations that operate on the ether - an electromagnetic field. While searches are still going on, hypotheses are being tested, experiments are being carried out.

Scientists have calculated that natural reserves used in modern energy can last another 60 years. The best minds are engaged in developments in this area. In Denmark, the population uses wind energy, which is 25%.

In Russia, projects are planned for the use of renewable sources in the energy system by 10%, and in Australia by 8%. In Switzerland, the majority voted for a full transition to alternative energy. The world votes for!

Photo of methods for obtaining free electricity

Today, electricity in a country house is no longer a luxury: it is difficult to imagine a comfortable rest and effective care of the site without the appropriate equipment, so sooner or later you will have to think about energy supply.

Naturally, there are many nuances in this process, and therefore we strongly recommend that you read this article. Of course, we will not reveal all the subtleties, but you will get a general idea of ​​the scale of the work ahead.

Where to get?

Traditional sources

And if we are limited only to traditional technologies, then only two power supply schemes can be distinguished:

• Centralized - the site is “powered” from a power line passing at a relatively short distance.
• Autonomous - a generator acts as a source.

Let's consider both options in more detail.

• If we talk about the use of centralized power supply, then the main advantage is the rather high power provided. So, in this case, you can even organize the heating of the dacha with electricity without going broke on the fuel for the generator.

• On the other hand, the process of connecting to power lines is associated with very tedious bureaucratic procedures. Even if the wires are laid relatively close, problems may arise at the coordination stage.

Note! Unauthorized connection to power lines is an offense, and if such a fact is discovered, you will have to pay a considerable fine. It is also worth remembering that only professionals with the appropriate level of clearance should perform such work.

• Renting a diesel generator for a summer residence or buying such a device can provide you with energy, regardless of the location of the site. Yes, this technology is more expensive from a financial point of view, but this way you can be sure that the light in the house and on the site will not disappear even during bad weather (wire breaks, especially in remote areas, are not uncommon).

• Another option for autonomous power supply is the installation of a gas generator. Of course, the price of the device will be higher than that of a diesel plant, and only specialists can service it, but the cost of a kilowatt of energy will turn out to be significantly lower.

As a result, the optimal instruction will be as follows: if possible, we connect to the power line and use its power, but just in case, we install a generator with a small supply of fuel in the house or shed. If there is no possibility of connection, we simply buy a more efficient generator, and design the site's electrical network, taking into account the limitations on the performance of the installation.

Alternative sources

However, modern technologies allow you to get electricity for free for giving. Under the "freebie" in this case there is complete or almost complete independence from energy prices. Of course, the alternative equipment itself needs to be purchased, and for quite a lot of money, but over time (from two to five years) it pays off, and then it works “in plus”.

Several of the most effective technologies can be identified, and we have summarized their features in a table:

However, such free energy supply is quite capricious. There is no wind or the sun has gone behind the clouds for the whole day - and you will have to sit in the dark! That is why experts strongly recommend equipping such installations with capacious batteries, and keeping at least a small diesel generator as a backup power source.

Features of electrical installation

If everything is more or less clear with the sources, we turn to the rules for arranging the power grid itself:

• Installation of wiring and electrical appliances in a country house can be done with your own hands, but it is better to entrust the connection to a mains or generator to electricians.
• At the entrance to the house, be sure to install a shield with a counter. We also connect each branch of wires to the shield through an RCD - an automatic circuit breaker. The use of such fuses can protect the system from power surges and short circuits.

Advice! If you are often away, then it makes sense to arrange remote switching on of electricity in the country. To do this, we mount a special module with a GSM receiver in the shield, which activates the entire system by a signal from a mobile phone. It is especially convenient to use such a controlled unit in winter: the heaters will have time to warm up the air by your arrival.

• When using generators, you need to carefully calculate the power of all devices included in the network. For example, heating a country house with electricity may require the installation of a separate generating unit, otherwise in autumn and winter we will have to choose: either the batteries work or the light bulbs shine.
• Country houses from block - containers, frame structures and log buildings are highly flammable. To reduce the risk of fire, all wiring should be run in non-flammable, preferably metal, ducts.

Many electricians are interested in one very popular question - how to get a small amount of electricity autonomously and for free. Very often, for example, when going out into nature or hiking, there is a catastrophic lack of an outlet to recharge the phone or turn on the lamp. In this case, a self-made thermoelectric module assembled on the basis of a Peltier element will help you. With the help of such a device, you can generate a current with a voltage of up to 5 volts, which is quite enough to charge the device and connect the lamp in an emergency. Next, we will tell you how to make a thermoelectric generator with your own hands, providing a simple master class in pictures and with video examples!

Briefly about the principle of action

So that in the future you understand why certain spare parts are needed when assembling a home-made thermoelectric generator, we will first talk about the design of the Peltier element and how it works. This module consists of semiconductors connected in series - pn junctions, located between ceramic plates, as shown in the picture below.

When an electric current passes through such a circuit, the so-called Peltier effect occurs - one side of the module heats up, and the other side cools down. Why do we need it? Everything is very simple, this effect also works in the opposite direction: if you heat one side of the plate and cool the other, you can get electricity of low voltage and current. The great advantage of this method is that you can use any source of heat, be it a fire, or a hot mug of boiling water, a cooling stove, and so on. For cooling, you can use air or for more powerful options - ordinary water, which is sure to be found even in a hike. Next, we turn to master classes that will clearly show what and how to make a thermoelectric generator with your own hands.

Assembly master class

We have a very detailed and at the same time simple instructions for assembling a homemade power generator based on a mini-oven and a Peltier element. It will be useful to every traveler on a hike. To get started, you need to prepare the following materials:

• Directly the Peltier element itself with the parameters: maximum current 10 A, voltage 15 Volts, dimensions 40 * 40 * 3.4 mm. Marking - TEC 1-12710.
• An old non-working power supply from a computer (only a metal case is needed from it).
• Voltage stabilizer, with the following technical characteristics: input voltage 1-5 Volts, output - 5 Volts. In this instruction for assembling a thermoelectric generator, a module with a USB output is used, which will simplify and make the process of recharging a modern phone or tablet safe. This part can be purchased from a radio parts store or online.
• Radiator. You can take it from the processor immediately with a cooler (fan), as shown in the photo.
• Thermal paste, sold at a computer store.

Having prepared all the materials, you can proceed to the manufacture of the device with your own hands. So, to make it clearer to you how to make a generator yourself, we provide a step-by-step master class with pictures and a detailed explanation:

The thermoelectric generator works as follows: you pour firewood, small chips into the oven, set fire to them and wait a few minutes until one of the sides of the thermoelement heats up. In parallel, you can boil water on the grate. To recharge the phone, it is necessary that the difference between the temperatures of different sides be about 100 ° C. If the cooling part (radiator) heats up, it will need to be cooled - carefully poured with water, put a mug of liquid, ice, etc. on it. It is better to mount the radiator so that its fins are vertical, this improves the heat transfer to the air.

And here is a video that clearly shows how a homemade wood-fired electric generator works:

Generating electricity from fire

You can also install a fan from the computer on the cold side of the device, which will slightly change its design. Let's look at this option in more detail:

In this case, the cooler will consume a small fraction of the power of the generator set, but in the end the system will work with higher efficiency. In addition to telephone charging, the Peltier module can be used as a source of electricity for a flashlight, which is an equally useful option for using a generator. Another feature of this design is the ability to adjust the height above the fire. For this, the author uses a part from a CD-ROM (one of the photos clearly shows how you can make the design yourself).

If you make a thermoelectric generator with your own hands using this method, you can have up to 8 volts of voltage at the output, so to recharge the phone, you need to connect a step-down converter that will make a stable 5 V at the output.

For many years, scientists have been looking for the perfect alternative source of electricity that would allow electricity to be generated from renewable resources. Tesla was thinking about how to get static electricity from the air in the 19th century, and now scientists have come to the conclusion that yes, this is quite real.

Types of prey

Alternative electricity can be extracted from the air in two ways:

1. wind generators;
2. Due to the fields penetrating the atmosphere.

As you know, the electric potential tends to accumulate over a certain time. Now the atmosphere is riddled with various waves produced by electrical installations, devices, the natural field of the Earth. This allows us to say that electricity from atmospheric air can be obtained with your own hands, even without any special devices and circuits, but we will talk about the features of current production for this option below.

Wind turbines are a well-known source of alternative energy. They work by converting wind power into current. A wind generator is a device that can operate for a long time and accumulate wind energy. This option is widely used in various countries: the Netherlands, Russia, USA. But, one wind turbine can provide a limited number of electrical appliances, so entire fields of wind turbines are installed to power cities or factories. There are both advantages and disadvantages to using this method. In particular, the wind is a fickle variable, so voltage levels and electricity buildup cannot be predicted. At the same time, it is a renewable source, the work of which does not harm the environment at all.

Video: creating electricity from thin air

How to get energy from the air

The simplest circuit diagram does not include any additional storage devices and converters. Basically, all you need is a metal antenna and ground. An electric potential is established between these conductors. It accumulates over time, so it is a variable value and it is almost impossible to calculate its strength. Such a current-producing device works on the principle of lightning - after a certain period of time, a current discharge occurs (when the potential has reached its maximum). Thus, it is possible to extract from the earth and air a sufficiently large amount of useful electricity, which will be sufficient for the operation of an electrical installation. Its design is described in detail in the work: "Secrets of the free energy of cold electricity."

The scheme has its dignity:

1. Ease of implementation. The experience can be easily repeated at home;
2. Availability. No fixtures are needed, the most common conductive metal plate is suitable for the project.

disadvantages:

1. The implementation of the scheme is very dangerous. It is impossible to calculate even the approximate number of amperes, not to mention the strength of the current pulse;
2. During operation, a kind of open ground loop is formed, to which lightning is attracted. This is one of the main reasons why the project did not "go to the masses" - it is dangerous for life and production. A lightning strike sometimes reaches 2000 volts.

From this point of view, free electricity produced by wind turbines is safer. But nevertheless, now you can even buy such a device (for example, Chizhevsky's ionizer-chandelier).

But there is another version of the working circuit - this is a TPU generator of electricity from the air from Stephen Mark. This device allows you to get a certain amount of electricity to power various consumers, and it does this without any external recharge. The technology is patented and many scientists have already repeated the experience of Stephen Mark, but due to some features of the circuit, it has not yet been put into use.

The principle of operation is simple: a resonance of currents and magnetic vortices are created in the generator ring, they contribute to the appearance of current shocks in metal taps. Let's take a look at how to make a toroidal generator to get electricity from the air:

On this design can be considered complete. Now you need to connect the conclusions. First you need to install a 10 microfarad capacitor between the return ground and ground terminals. To power the circuit, high-speed transistors and multivibrators are used. They are selected empirically, since their characteristics depend on the size of the base, types of wire and some other design features. To control the circuit, you can use the standard power button (ON - OFF). For more information, we recommend watching a video on the Stephen Mark generator in Xvid or TVrip quality.

No less sensational discovery was the Kapanadze generator. This fuelless energy source was presented in Georgia and is now being tested. The generator allows you to extract electricity from the air without the use of third-party resources.

At the heart of its work is the Tesla coil, which is located in a special case that accumulates electricity. There is a video from the conference and experiments in the public domain, but there are no documents really confirming the existence of this invention. The scheme has not been released.

Generating your own electricity is the best thing you can do in the fight for energy independence. You can use this electricity to open a gate or garage, turn on outdoor lights, sell to the grid and reduce your costs, charge your car, or even completely disconnect from the public network. This article describes some great ideas on how to achieve this.

Steps

Part 1

Learn about solar panels. Solar panels are a common solution with many benefits. They operate in many parts of the world and the modular option can be expanded to suit your needs. There are many well-researched products out there.

• Panels should face south towards sunlight (north in the southern hemisphere, up near the equator). The tilt angle should be set depending on the latitude at which you are. You can use the panels in areas that are sunny most of the year, as well as in overcast conditions.
• Fixed poles can be installed on a separate structure (which can accommodate batteries and charge controller) or on an existing roof. They are easy to install and maintain as long as they are located close to the ground and have no moving parts. Follower poles turn to follow the sun and are more efficient, but can cost more than just adding a couple more panels on fixed poles to make up the difference. These are clever mechanical contraptions that are easy to break and have moving parts that wear out over time.
• Just because a solar panel claims 100 watts doesn't mean it can deliver it all the time. The power will be determined by how you install the panel, by the weather, or by the fact that it is winter and the sun does not rise high above the horizon.

1. Start small. Buy one or two solar panels to get started. They can be installed in stages, so you don't have to spend huge sums right from the start. Most roof systems are expandable - you should pay attention to this when purchasing. Buy a system that can grow with your needs.

   Understand the maintenance of your system. Like everything else, if you don't take care of it, it will fall apart. Decide how long it should last. A small saving now can cost you a lot more in the future. Invest in taking care of your system and it will take care of you.

   • Try to budget the costs associated with maintaining the system up and running over a long period of time. You should avoid situations that leave you penniless in the middle of a project.

2. Select system type. Decide whether you want a stand-alone power generation solution or a solution that can be connected to a distribution system. Stand-alone systems have no equal in autonomy, you know the source of every watt used. Grid-able systems give you stability and redundancy, as well as the ability to resell electricity to a supply company. If your system is connected to a public grid, and you monitor energy consumption as if you had an autonomous system, then you can even earn a little extra income.

   • Contact your power supply company and ask about systems that can be connected to the public grid. They may be able to provide incentives and suggest who to hire to host your reliable source of electricity.

   Part 2

   Use of alternative systems

   1. Learn about wind turbines. This is also a great solution for many areas. Sometimes it can even be more cost effective than solar power.

      • You can use a homemade wind turbine made from an old car alternator using blueprints available online. Although this is not recommended for beginners, it is possible to achieve acceptable results. There are inexpensive ready-made solutions.
      • Wind energy, however, has several drawbacks. You may have to mount the turbines too high for them to work effectively, and your neighbors will find them an unpleasant part of the landscape. The birds may not notice them at all…..until it is too late.
      • Wind energy requires a more or less constant wind. Open, empty spaces work best because they have the least amount of wind obstruction. Wind energy is often effective when used as a supplement to solar and hydro power systems.

      • Explore hydroelectric mini-generators. There are various kinds of technical solutions from a homemade propeller connected to a car generator to intricate engineering systems of high reliability. If you have access to water, this can be an efficient and standalone solution.

        Try a combined system. You can always combine any of these systems to provide energy all year round and in sufficient quantities for your home.

        Consider a standalone generator. If there is no distribution network, or if you want a backup source in case of a power outage/disaster, a generator may come in handy. They can run on different types of fuel and are available in different sizes and capacities.

        • Many generators are very slow to respond to changes in load (plugging in powerful appliances causes the power to fluctuate).
          • Small, commonly available generators at hardware stores are designed for infrequent emergency use. If they are used as the main source of energy, they most often break.
        • Large household generators are expensive. They run on gasoline, diesel or LPG and are usually equipped with an automatic start system that starts them when the power supply from the distribution network fails. If you choose to install one, make sure you have a licensed electrician and building codes. If installed incorrectly, it can kill electricians who turn off the main power without knowing that there is also an emergency generator.
        • Generators for caravans, trailers or boats are small, quiet, designed for continuous use and much more affordable. They run on gasoline, diesel or LPG and can run several hours a day for several years.

      • Avoid heat generators. Thermal power generators (TEGs) or combined generators that produce electricity from heat - usually steam - are old-fashioned and inefficient. Even though they have a lot of fans, you should refrain from using them.

   Part 3

   Making the right choice

   Go shopping. Many manufacturers offer different products and services in the clean electricity market, and some of their solutions suit you better than others.

   Explore. If you are interested in a particular item, do a price comparison before talking to the supplier.

   Ask a professional for advice. Find someone you trust to help you make your decision. There are suppliers who are interested in your project, and there are those who are not. Search the Internet for a community of home crafters or similar to get advice that comes from someone who is not going to sell you anything.

   Find out about benefits. Be sure to inquire about local, state, and federal benefit programs when you make your purchases. There are many programs that can subsidize your installation costs or provide you with tax credits for switching to green electricity.

   You need qualified help. Not every contractor or worker is qualified to install such systems. Work only with experienced suppliers and installers who are authorized to work on your equipment.

   Part 4

   Getting ready for the worst

   Find out about insurance coverage for larger properties. Your current homeownership policy may not cover the destruction of your system in a disaster, which can be very disappointing.

   Meet an alternative energy system maintenance specialist. If you have already undertaken this, do not hesitate to ask for help.

   Plan for a backup power source. Natural sources that use autonomous energy systems are not always reliable. The sun does not always shine, just as the wind does not always blow, water does not always flow either.

   • Using a system connected to the distribution network is the most inexpensive solution for most people, especially for those who are already customers of the energy supply companies. They install one type of system (such as solar panels) and connect it to the distribution grid. When the supply of electricity is insufficient, the network covers the deficiency, and when there is an excess of electricity, the network buys the surplus. Large systems can constantly turn the electricity meter in the opposite direction.
   • If there is no distribution network nearby, it can be much more expensive to connect to one (or even connect an extension to the house) than to generate and store your own electricity.

   1. Learn about electricity storage. A common solution for off-grid storage of electricity is deep charge lead-acid batteries. Each type of battery needs different charge cycles, so make sure your charge controller can handle your type of battery and is properly configured for this.

   Part 5

   Selection and use of batteries

   Use batteries of the same type. Batteries should not be mixed with each other and usually new batteries do not work very well when mixed with older ones.

   Calculate how many batteries you will need. Their capacity is calculated in ampere-hours. For a rough calculation of kilowatt-hours, multiply amp-hours by the number of volts (12 or 24 volts) and divide by 1000. To get ampere-hours from kilowatt-hours, simply multiply by 1000 and divide by 12. If your daily consumption is 1 kilowatt- per hour you will need about 83 amps of 12 volt storage capacity, but you will need 5 times the amount calculated (assuming you don't want to drain the batteries more than 20%) or about 400 amp-hours to get the required power.

   1. Select battery type. There are many types of batteries and it is very important to choose the most suitable one. Understanding what works for you and what doesn't is very important for supplying your home with electricity.

      • The most common are acid batteries. They need to be serviced (the tops are removed to allow distilled water to be added) and from time to time they need to be "compensated" recharged to remove sulfur from the plates and keep the jars in more or less the same condition. With some high quality batteries, the 2.2 volt cells can be replaced independently of the others if they go bad. "Maintenance free" batteries lose fluid as they release gas and eventually dry out.
      • Gel batteries are maintenance-free and do not forgive charging problems. A charger designed for acid batteries will evaporate the gel from the plates and gaps will form between the electrolyte and the plates. As soon as one bank has come into a state of overcharging (due to uneven wear), the entire battery becomes unusable. These batteries are fine as part of a small system, but not suitable for large systems.
      • Absorbed electrolyte batteries are more expensive than any other type of battery and require no maintenance. They remain functional for a long time, provided that they are properly charged and not allowed to be discharged too much. Plus, they can't leak - even if you smash them with a sledgehammer (we're not really sure why you would even need that). When recharged, they also release gas.
      • Car batteries are for cars. Automotive batteries are not suitable for applications requiring deep charge batteries.
      • Boat batteries are a hybrid of a starter battery and a deep charge battery. As a compromise, they are good for boats, but not very good as a source of electricity for the home.
   2. Adviсe
      • In any place where the power systems are not connected directly to the porch, the cost of connecting a new building to the distribution grid can exceed the cost of installing its own power generation system.
      • Deep charge batteries do not perform well if they are frequently discharged to more than 20% of their capacity. If this happens, their service life will be significantly reduced. If you discharge them lightly or heavily but infrequently most of the time, their life will be extended.
      • There are many opportunities to finance the installation of the system, as well as tax/operational incentives for some power sources.
      • It is possible to team up with neighbors in a remote area and jointly pay for the electricity generation system. Whatever the parties involved agree on, it can be a source of some complexity in the future. You may need to create a homeowners cooperative or similar organization.
      • If this does not justify itself in rubles and kopecks, will it justify itself in:
        • Urgent need (lack of power supply systems)?
        • Inner peace?
        • Is the cable not running through your property?
        • As an occasion for boasting?
      • There are many articles on the web with a lot of good information, but most of it is focused on selling equipment from a particular vendor.
      • If you have access to running water, a micro-hydro plant might be a better fit than a combined solar and wind turbine solution.
      • Assembling the elements of the system is not a difficult task, provided that you know how to handle electricity.

      Warnings

      • If you are unfamiliar with electrical theory and have no knowledge of safety, consider this a list of things you need to learn or pass on to someone else to do.
        • You can cause irreparable damage to property (burn the wiring, damage the roof, or burn the house to the ground)
        • You can cause bodily injury or even death (electric shock, fall from a roof, loose parts falling on people)
        • Batteries may explode if short-circuited or in an unventilated area.
        • Splashed battery acid can cause severe burns and blindness.
        • Even a direct current of this magnitude can stop your heart or cause serious burns if it passes through the jewelry you are wearing.
        • If an additional power source is connected through the fuse panel (inverter or generator), make sure that there is a very visible sign to warn the service personnel of the power supply company about this. Otherwise, they can turn off the main power supply and, believing that the circuit is de-energized, be electrocuted from the backup source.
        • That's interesting. Those innocent spinning wheels and red panels over there can kill you completely to death.
      • Whatever you install, make sure your home insurance covers it. No need to hope for a chance.
      • Check with local building codes and regulations (SNiP).
        • Some people actually find solar panels "not attractive".
        • Some people find wind turbines "noisy" AND "not attractive".
        • If you do not have rights to use water resources, an exception may be made for you in this case.
      • There are "all-in-one" systems, but usually they are either small, or expensive, or both.