Ecorote- Hipar Sp. z o. o. products

The wind turbine allows conversion of 71% (0.42 of Betz number) of wind energy into electricity. The materials from which our products are made come from Polish producers comprising 98 out of the total. The disk generator, which converts the kinetic energy of wind into electricity, has been developed so that it does not have friction elements, thanks to which it excludes maintenance and service activities. Turbine blades because of the use of an extruded aluminium profile with seamless monolith structure are characterized by resistance to thermal expansion effect caused by heating. In addition, white reflective paint with a C5 + M resistance class was applied to the turbines. Moreover, steel components are galvanized and aluminium ones are anodized to provide more effective corrosion protection.

The wind turbine allows conversion of 71% (0.42 of Betz number) of wind energy into electricity. The materials from which our products are made come from Polish producers comprising 98 out of the total. The disk generator, which converts the kinetic energy of wind into electricity, has been developed so that it does not have friction elements, thanks to which it excludes maintenance and service activities. Turbine blades because of the use of an extruded aluminium profile with seamless monolith structure are characterized by resistance to thermal expansion effect caused by heating. In addition, white reflective paint with a C5 + M resistance class was applied to the turbines. Moreover, steel components are galvanized and aluminium ones are anodized to provide more effective corrosion protection.

The wind turbine allows conversion of 71% (0.42 of Betz number) of wind energy into electricity. The materials from which our products are made come from Polish producers comprising 98 out of the total. The disk generator, which converts the kinetic energy of wind into electricity, has been developed so that it does not have friction elements, thanks to which it excludes maintenance and service activities. Turbine blades because of the use of an extruded aluminium profile with seamless monolith structure are characterized by resistance to thermal expansion effect caused by heating. In addition, white reflective paint with a C5 + M resistance class was applied to the turbines. Moreover, steel components are galvanized and aluminium ones are anodized to provide more effective corrosion protection.

The wind turbine allows conversion of 71% (0.42 of Betz number) of wind energy into electricity. The materials from which our products are made come from Polish producers comprising 98 out of the total. The disk generator, which converts the kinetic energy of wind into electricity, has been developed so that it does not have friction elements, thanks to which it excludes maintenance and service activities. Turbine blades because of the use of an extruded aluminium profile with seamless monolith structure are characterized by resistance to thermal expansion effect caused by heating. In addition, white reflective paint with a C5 + M resistance class was applied to the turbines. Moreover, steel components are galvanized and aluminium ones are anodized to provide more effective corrosion protection.

The wind turbine allows conversion of 71% (0.42 of Betz number) of wind energy into electricity. The materials from which our products are made come from Polish producers comprising 98 out of the total. The disk generator, which converts the kinetic energy of wind into electricity, has been developed so that it does not have friction elements, thanks to which it excludes maintenance and service activities. Turbine blades because of the use of an extruded aluminium profile with seamless monolith structure are characterized by resistance to thermal expansion effect caused by heating. In addition, white reflective paint with a C5 + M resistance class was applied to the turbines. Moreover, steel components are galvanized and aluminium ones are anodized to provide more effective corrosion protection.

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