NOVELTY - The solar energy utilization arrangement for producing solar energy, comprises a thermoelectric transformer element with a radiation (2) absorbent surface in combination with a cooling equipment, a photoelectric transformer element and/or a solar collector, a photovoltaic cell arrangement arranged on the absorbent surface turned to the sunlight related to the radiation direction, and a phase transformation- or chemical heat storage arranged behind a thermoelectric transformer related to the radiation direction.    USE - For utilization of solar energy (claimed).    ADVANTAGE - The arrangement ensures efficient and economical utilization of solar energy with higher energy output by preventing the escaping of heat to the environment and ensures to utilize the solar energy at different weather conditions.    DETAILED DESCRIPTION - The solar energy utilization arrangement for producing solar energy, comprises a thermoelectric transformer element with a radiation (2) absorbent surface in combination with a cooling equipment, a photoelectric transformer element and/or a solar collector, a photovoltaic cell arrangement arranged on the absorbent surface turned to the sunlight related to the radiation direction, a phase transformation- or chemical heat storage arranged behind a thermoelectric transformer related to the radiation direction, and a heat pipe type heat carrier for transportation of heat energy from the thermoelectric transformer element and/or the thermoelectric transformer. The heat storage is formed by the solar collector and has a liquid reservoir. The absorbent surface is formed as an anodized aluminum surface. The heat storage is thermally connected with the thermoelectric transformer element and/or the thermoelectric transformer. An INDEPENDENT CLAIM is included for a procedure for the extraction of energy from solar radiation.    DESCRIPTION OF DRAWING(S) - The figure shows a solar energy utilization arrangement.    Sun (1)    Radiation (2)    Peltier-element (4)    Accumulator (6)    Power supply system. (8)