Heat pump with his own hands
A variety of heating on the marketsystem gives people "alluring illusion of" freedom of choice. But think about it ... In reality, we are bound hand and foot. The gas line may be located quite far (oh, money, moolah), add to this the hassle associated with prolonged voyage on various instances; so that there is a hassle, it's a lot of wasted time and of the same crisp bills. We go further: LPG - a good option, but certainly not cheap. Diesel - is a decent operating costs and a number of significant inconveniences: the need for delivery of the fuel, the fragrance "has something" plus a boiler needs regular maintenance. And electricity? Of course, safe, convenient, environmentally friendly ... but also the most expensive. Solidly popular alternative (conventional) heating schemes may be the use of heat pump installations, draw energy of nature. Heat pump their own hands - a real opportunity to reduce heating costs.
- Heat pump: do not you hear?
- Fast installation payback
- The heat pump - working principle
- Did you know?
- convincing experience
- The feasibility of using free resources
- Heat pumps with their own hands - why not?
- Energy sources for heat pumps: Features
- Energy Supplier - well
- Energy reservoir resource
- The use of geothermal energy
- Air circuit - money out of thin air
- Calculation of the heat pump manufacturing useful homemade
Heat pump: do not you hear?
The energy source for heat pump -electricity. Stop, stop. Do not be alarmed. The pump does not produce heat, it only collects it: to produce a kilowatt of heat energy it will have to "spend" just somewhere around 200 watts. Surprised? That's right.
Fast installation payback
The heat pump is ideal for new construction: in this case, you will be able to take into account all the characteristics of the heating system of the nuances of this kind, and the unit will be able to fully disclose all of its "possibility". But in the existing system it is easy enough to implement. Is it profitable? The question relevant, and "lawful". Well, for the sake of objectivity, it should be noted that the "integration" of the heat pump from A to Z will cost much more expensive than a similar manipulation of gas or diesel equipment. But! A significant advantage is that the running costs make it possible to seriously talk about payback after a couple of years.
Low power consumption, highcomfort, simplicity of maintenance, presentable "appearance" safety suggest a heat pump, as one of the most promising for heating installations.
The heat pump - working principle
When discussing the principle of a heat pump,often, no matter how it was strange at first glance, think of the refrigerator. Why? Just at the heart of the VT - technical principle of the refrigerator. Refrigerator removes heat from its "internal" and sends its "out" through the grating on the rear wall. The heat pump is, by contrast, absorbs energy from the environment and "delivers" it in the heating system.
The heat source can act as air, earth,Water - the "classic" elements of nature. The advantage of the air - in its availability in any case. But the bowels of the earth with water is not without its "pluses" - because they are the optimal storage tank on the background of relatively constant (throughout the year) temperature.
Did you know?
For some it will be a sensation for someoneno, but the heat pump can not only "warm up" the building, but also cool it. Cooling can be carried out on two technologies: passive and active. The first method (natural) is based on the fact that the "amphibians" subsurface in the summer the temperature is lower than in the spaces respectively of the building can be cooled directly. The second way - this is the real conditioning. Reversing VT allows you to control refrigerant flow. All the "heat" of the house is transferred to the coolant through the heat exchanger and discharged to the outside.
Convincing foreign experience
The heat pump technology as a "taking" of heat,I received a large-scale spread of many "progressive" countries: annual installed hundreds of thousands of such installations. Especially popular demand and onaya enjoys in the current EU countries, China and, of course, the United States.
The rapid development of this process to ensurethe warmth of the final consumer based not only on the uniqueness of the system as such, but also in the strong government support - buyer costs partly reimbursed.
... Finally, a truly mass interest in THand I came to the "native open spaces." But quite often the information about the units and the technology itself heard by the manufacturer to the target audience more distorted - the sole purpose of "push" a novelty. However, despite all the elaborate marketing moves, sale, nevertheless, do not grow too much. After all, the fact remains - from large upfront investment can not escape.
Not everyone is ready to selflessly to empty your wallet just for the promise sverhekonomit to heat.
Considering all the above, it can be assumed,that the buyer can with a great degree of confidence to look at the "exotic" equipment, if there is to know in which cases and signified it - really profitable and indispensable thing.
The feasibility of using free resources
If the house supplied with gas, it makes no sense to install VT - it unfairly in terms of financial costs.
But in the absence of the possibility to bring the gas-line (as an option, it is the high cost of the event), the heat pump installation is an excellent solution heat issues.
The equipment on diesel fuel, liquid gas and so on. Can not make a decent competition TC or safety points, nor the level of comfort, not for operating costs.
Heat pumps with their own hands - why not?
Despite the "progressive" heat pump technology, the unit can be installed by hand.
Before you begin to "create" to objectively assess the state of the house.
Thermal insulation, should, if necessary,improve - modern building materials to help you. Schematic diagram of the heat pump "includes" several components: compressor, evaporator, condenser and expansion valve. Safety devices such as receiver, filter drier and sight glass can not be used here - picking up the system manually, you are unlikely to be able to provide for all "factory stuff" and create a unit "like a plant."
- The role of the compressor is best to "give" the most noiseless equipment: You can take, for example, the compressor of the air conditioner imported. With 300mm L-brackets fastened to the wall it;
- For the capacitor requires a special tank (volume- 120 liters), made of stainless steel. It is cut into two parts; It is inserted into a coil of copper pipe that will move freon. The tank must be welded back, not forgetting a few technical welded threaded connections;
- As the heat exchanger tubes can be used copper or conventional refrigeration plumbing pipes (net);
- The pipe must be rolled into a coil (wrap onballoon). The edges of the coils must be secured (aluminum rails) to increase ravnoshagovosti loops. Ends its output with the help of sanitary transitions;
- Freonovod coil: the entrance to the condenser from the top - from the bottom outlet. With this will not form bubbles;
- Vaporizers do not need high temperatures, so the plastic container barrels (about 100 liters capacity) is ideal for this purpose;
- Stock and flow of water can "carry" conventional sewer pipes with gaskets;
- Evaporator fix with brackets L-400mm;
- Thermostatic valve available separately (consider the compatibility with its "work of art");
Soldering process, filling freon, etc.. recommend still trust the hands of professionals (safety first); And in general, "experienced eye" before putting the machine into operation will not harm anyone. Do not forget about automation issues - you need a single-phase starter relays, fuses, temperature switches.
Attention! The establishment of such equipment without specific skills and deep knowledge in the field of physics - is the risk. If you doubt their abilities and competence, not improvise! Surface acquaintance with the principle of the device and the heat pump is not sufficient for the construction of the unit with your hands!
Energy sources for heat pumps: Features
Energy Supplier - well
When using rocky rocks as a heat source is lowered into the well conduit.
You can use a deep, can be somewhat shallow (of course cheaper). The most important thing - the total estimated depth. At one meter wells account for about 50-60 watts of heat.
Correspondingly, for the installation of HS output of 10 kW, required total depth of wells (one well or depth) of 170-200 m.
Energy reservoir resource
If the role of a heat source carries out the nearestpond loop is placed on the bottom. The pond should be flowing and not resemble modest puddle. On the one-meter pipe accounts for about 30 watts of power. To install the TH (10 kW) is necessary to lay the contour length of a little over 300 m.
To the aforesaid does not pop up, one meter of the pipeline is installed 5 kg. Plus the water temperature even in winter - one of the most important advantages of this option.
The use of geothermal energy
Having chosen as a source of heat a piece of land,the pipeline must be "buried" in the depth slightly greater than the depth of freezing (depending on region) soil. A special preparation of soil, using different fillings is not necessary, but the preference is still necessary to give a wet ground (ideally - with the proximity of groundwater).
Although the dry soil and are not prohibited: however, it will require increasing the length of the contour. For our heat pump will require 330-500 m contour. For laying thereof requires an area of 400-600 m ?. The minimum distance between neighboring pipelines -. 0.8 m Correct calculation and stacking circuit to avoid a negative impact on horticultural crops, their "plantation" you will be able to successfully use and beyond.
Air circuit - money out of thin air
You can "collect" the energy from the ambient air. If you place a ground collector is not possible, then this type of pump station - the best option.
Calculation of the heat pump
What data should be taken into account in the calculation of the heat pump? Exciting question, which in any case can not be ignored.
An indicative list of the fundamental factors in the calculation:
- purpose of the building;
- the total area of the building;
- number of floors, the area of each of them;
- ceiling height;
- desired (required) temperature in the construction;
- the walls (material, layer thickness);
- the type and total area of glazing;
- floor (the material layer thickness);
- cement (a material layer thickness);
- availability of the ventilation system and its performance;
- the need for domestic hot water, the number of analysis points;
- heating devices and their type;
- presence / absence of land / pond nearby;
- the presence / absence of restrictions on electricity.
Installing a heat pump - is gainingthis freedom from now on you are independent from the "fuel economy", your home security has moved on dramatically new level, and the pocket "warm" savings funds.