NOVELTY - The solar power integrated management system consists of solar panels (100) with photovoltaic cells. The latter produces current, passes the inverter (16) and is normalized by the module (400). Signal generators (200) generate the operating signal through network (N). The sub-generator in the module generates the sub-power signal for the current produced by the photovoltaic cells. The power produced by the latter and the power offset by the sub-power signal generator are compared with the steady-state output of each photovoltaic cell to produce the set error values.    USE - Solar power integrated management system for use in solar power generation.    ADVANTAGE - The solar power integrated management system allows for remote monitoring, thus allowing for immediate response in case of any irregularities.    DETAILED DESCRIPTION - The solar power integrated management system consists of solar panels (100) containing multiple photovoltaic cells. The solar panels absorb energy from the sunlight and produces electricity to the inverter (16) and the module (400) normalizes the current generated by the individual photovoltaic cells. Signal generators (200) generate the operating signal through network (N) and received by the control server (300). The module includes the sub-generator that generates the sub-power signal for the electricity individually produced by the photovoltaic cells. The power produced by the photovoltaic cell array and the corresponding power offset by the sub-power signal generator are compared against the normalized power output which the corresponding photovoltaic cells can produce in the steady-state. The difference between sub-power signal and the normal power provides the set error value and generates the signal. Once the set error values are exceeded, an LED lights up.    DESCRIPTION OF DRAWING(S) - The drawing is a schematic diagram of the configuration of the integrated management system for the solar energy generating apparatus.    Inverter (16)    Solar panels (100)    Signal generators (200)    Control server (300)    Module (400)    Network (N)