The crisis in the economy especially emphasized people's interest in alternative forms of energy sources that are used in heat-consumption in the private sector. Russian gas price, of course, is low, but overpriced connection to the pipeline and permits negates all the benefits of gas heating. Available and the price of our diesel fuel, if you count the last few years it has risen twice as quality decreased significantly. On the background of low quality fuel oil, the operational benefits of equipment falling, and the heating system itself often requires overhaul. Effective addition to the usual heating equipment and the most economical choice and are now heat-stove and convection fireplaces and stoves that run on pellets or wood.
Besides, if the usual boiler is not capable replace the fireplace to its aesthetic functionality, the current models of convection fireplaces equipped with closed fireplace with a heat exchanger can replace boilers, saving in this cozy domestic hearth. Conventional convection fireplaces, unfortunately, have several disadvantages: low efficiency, the inability to heat the entire house, no thermal storage element, etc. This kind of technology imperfection is negligible, if the fireplace is purchased as an additional source of heat. If you are unavailable boiler which is heated by solar oil or pellets, and the connection to the gas pipeline is not possible, what is the main heating system good fit: – Fireplace convection-type with a closed chamber, equipped with teploakkumulyatsionnym element. This is the best choice for homes with an area not exceeding 100 sq.m.
wc, entrance hall, kitchen and hallway are heated by electricity (requires a maximum of 1.5 kW). – Fireplace inserts with built water circuit, accumulating heat energy from the main surface of the heating device. This is the best solution for the home ranging from 150 to 200 sq.m. Optimal in this case firing the German manufacturer – Spartherm and Brunner. If a country house is visited by people from time to time, the heating of the house will provide hot water, gathered in the tank thermos.
Infrared heating can be compared with light rays. Properly distributed in the room light sources can achieve comfortable, uniform illumination. Likewise, distributed and infrared emitters. Calculating the infrared heating system, you must proceed from the height of ceilings, the total power required, as well as the type room in which the infrared heating system will be applied. Powered heaters can be switched on and off quickly and silently, which provides a high degree of comfort. Terms of installation of the system significantly plen less than the installation of conventional heating systems with water or steam cooled.
For example, from the moment when you decided to make the heating on the main gas to the point where you run it on your site is at least 6 months. This is due to project work, installation of an external gas pipeline, internal wiring, installation, start crimping, etc. Another important advantage is that a phased launch of the system, ie mounting the one room you can immediately connect it and begin to heat, which in principle not possible using the systems with liquid coolant. Operating costs of the system based on elements plen practically zero. Confirm this assertion can compare plen with electrical wiring. How many times in your life you serve or repair it? Remember that "" used aluminum wire with pvc insulation. Experts believe that such a wire will not serve more than 5 -10 years. However, these houses are about 50 years and they still maintained the old aluminum wiring.
Such reliability is due no elements are mechanical work, the lack of friction and absence of high temperatures. The same thing we can say about plen. In the traditional heating costs arise for repairs and maintenance heating pipes, heating devices, boilers, and the costs of water and water treatment. When used in heating systems natural gas operating costs many times greater than the cost of its natural gas. When working in automatic control mode, at a very low inertia of the control characteristic of the infrared heating system can accurately maintain a given temperature in a heated room. plen system without the participation of staff returns to duty and heating for an hour causes the temperature to the required duty.