An electrical stimulation system increasing the blood circulation at the stationary pressure points of the body before the patient's (A) pressure ulcer has yet formed, comprising a bed pad : • having an insulating fabric integrating bedstead/bed base (B), • and having a control unit , , • having conductive textile materials, • measuring body pressure distribution of patients (A) onto the bed (C), • with measurement, identifying long-time fixed body pressure points and giving electrical impulse to only such area(s), and characterized by comprising: ❖ an electronic textile apparatus placed on the insulation fabric , which is configured to measure body pressure change of a patient (A) by use of capacitive sensor function and which is configured to apply current (mA) / vibration (Hz) to long-time body pressure points/areas identified as a result of said measurements by means of electrical stimulation function, ❖ conductive yarns located onto the insulation fabric , placed between the electronic textile apparatus , configured to provide formation of electronic textile strcture and configured to obtain capacitive pressure sensor and electrical stimulation surface, ❖ upper fabric covering insulation fabric and thus forming upper layer, and ❖ lower fabric covering beneath of insulation fabric and thus forming lower layer; and wherein the bed pad comprises a visco/sponge placed under the insulation fabric supporting the body and providing contribution to balancing pressure. • having an insulating fabric integrating bedstead/bed base (B), • and having a control unit , , • having conductive textile materials, • measuring body pressure distribution of patients (A) onto the bed (C), • with measurement, identifying long-time fixed body pressure points and giving electrical impulse to only such area(s), and characterized by comprising: ❖ an electronic textile apparatus placed on the insulation fabric , which is configured to measure body pressure change of a patient (A) by use of capacitive sensor function and which is configured to apply current (mA) / vibration (Hz) to long-time body pressure points/areas identified as a result of said measurements by means of electrical stimulation function, ❖ conductive yarns located onto the insulation fabric , placed between the electronic textile apparatus , configured to provide formation of electronic textile strcture and configured to obtain capacitive pressure sensor and electrical stimulation surface, ❖ upper fabric covering insulation fabric and thus forming upper layer, and ❖ lower fabric covering beneath of insulation fabric and thus forming lower layer; and ❖ an electronic textile apparatus placed on the insulation fabric , which is configured to measure body pressure change of a patient (A) by use of capacitive sensor function and which is configured to apply current (mA) / vibration (Hz) to long-time body pressure points/areas identified as a result of said measurements by means of electrical stimulation function, ❖ conductive yarns located onto the insulation fabric , placed between the electronic textile apparatus , configured to provide formation of electronic textile strcture and configured to obtain capacitive pressure sensor and electrical stimulation surface, ❖ upper fabric covering insulation fabric and thus forming upper layer, and ❖ lower fabric covering beneath of insulation fabric and thus forming lower layer; and wherein the bed pad comprises a visco/sponge placed under the insulation fabric supporting the body and providing contribution to balancing pressure. <EOS>