Boilers type Šukoplam ENERGY with power range 1000-3000kW are ment primerily for combustion of bulk solid fuel (wood,coal) as well as diverse wood waste.Boiler is ment to work coupled with exaust fumes fan so that quality of combustion and boiler efficiency can be as high as it can.

                On buyer demand boiler can be manufactured in two different ways.First way is for combustion of chunk solid fuel manually stocked and the second way is for automated combustion of chipped solid fuel and biomass with maximum moisture content up to 60% (pellet, wood chips, fruit stones) within the pecial „adiabatic“ firebox (gas generator) copled with the boiler.

                Boiler is constructed as „three drafted“ with two rows of flue pipes which means that products of combustion pass water area in three occasions maximasing the heat exchange.First heat exchange is in boiler firebox, mostly by methods of irradiation, through large surface area of boiler firebox, second heat exchange is in first row of flue pipes mostly by methods of irradiation and convection, and the third heat exchange is in the second row of flue pipes before the flue gasses exit the boiler mostly by methods of conduction and convection.Boiler body is well insulated with mineral wool and boiler sheeting is protected with painting or powder coating processes.

                Boiler is ment for production of hot water in operating mode 110/90ºC and 90/70ºC with maximum allowed work pressure of 3bar. At buyer demand boiler can be equiped with automatic ash removal as well as automatic cleaning of flue pipes.

                Regulation of air flow needed for combustion of chunk solid fuel is done with draft regulator which moves  the flap on the ash collection tray and by doing so increases or decreases the amount of air needed for the combustion. When using gas generator coupled with the boiler regulation of air flow needed for the combustion is done through the generator and boiler automatic controler.

                Protection of boiler from increased pressure is done by installing the safety valve on the appropriate place on the boiler, while protection of the boiler from increased temperatures is done by installing the safety heat exchanger which,if the need arises, cools down the boiler.