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Line of a new generation
wood heaters
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nce we looked around and realized that it is now XXI
century – the age of information technologies and supercomputers. And we still manufacture
primitive pipe heating stoves designed in the time of calculators and disc telephones. We felt ashamed.
To keep pace with the times we decided to build and analyze
a mathematical computer model of heat and hydraulic processes taking place in a wood stove.
We have determined shares of radiant and convection
components of heat coming from burning logs to heating surfaces. We have computed and optimized the
geometry of the firebox and convectors, air dynamics of gas inside the stove and convection streams outside.
We have obtained a full
picture
of temperature level distribution, tested the heat durability of stove parts and
computed their heating capacity.
Now we need not be reminded about what a
wood stove of XXI century should be. We know it. It is what you see in the picture
Have you seen anything like it?
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Stylish design allows installing the stove in any
modern beautiful interior and even making it the
composition center of the room in which it is installed
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Modern heat engineering specifications make the stove
a maximally efficient heating unit in its class
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The largest fuel chamber in its class allows loading maximum amount
of wood into the stove in order to ensure continuous combustion. The more wood is loaded into the stove, the longer it burns
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High vertically oriented door of the fuel chamber allows comfortable loading of wood right to the stove top
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Air-tight cinder chamber with a lock prevents uncontrolled suction of air onto the grate, however removing cinder remains simple and convenient
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Fine combustion control allows choosing any desired mode from intensive combustion to complete cease of fire
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Cast-iron cook top with two rings allows cooking on open fire in pans of various size, loading fuel from the top, and removing cinder from the upper part of the stove
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Cast-iron grate has long service life and withstands the temperature of embers
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Replacement protection screen of the fuel chamber prevents the bottom of the stove's fuel chamber from burning through in the place where hot embers are collected. If necessary the owner of the stove can easily replace the cover with a new one
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Specially designed geometry of the fuel chamber prevents accumulation of incompletely burned embers. All fuel gradually ends up on the grate due to force of gravity
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Baffle position lock reliably fixes it in a required position
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Stainless-steel heat exchanger tank (when included) allows heating water for home use
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| Model |
Battery fire 5 |
Battery fire 7 |
Battery fire 9 |
Battery fire 11 |
| Maximum volume of the heated space, m3 |
100 |
150 |
200 |
250 |
| Maximum capacity, kW |
6 |
10 |
13 |
16 |
| Efficiency factor, % |
85 |
| Dimensions (including chimney nozzle) (WxDxH), mm |
370x555x760 |
370x680x760 |
370x805x760 |
370x930x760 |
| Dimensions (not including chimney nozzle) (WxDxH), mm |
370x405x650 |
370x530x650 |
370x7255x760 |
370x850x760 |
| Weight with heat exchanger tank, kg |
42 |
52 |
62 |
72 |
| Heat exchanger tank capacity, L |
1,3 |
| Maximum possible loaded volume of fuel, L |
35 |
47 |
62 |
76 |
| Size of furnace door (WxH), mm |
150x300 |
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