Voltaic system for optimizing output in terms of electrical energy, the voltaic system comprising at least two voltaic units (VU1, VU2), the voltaic units being electrically coupled to one and another, wherein each voltaic unit is capable of operating at one voltage and at one or more currents, at least one Intelligent cell current converter circuit, IC 3, for multiplying the voltage of the at least two voltaic units by a first factor and dividing the one or more currents of the at least two voltaic units by the first factor, and one or more of (a) a wireless power transmitter, WiPoT, for wirelessly transmitting the power output by the IC 3 circuit and (b) an electrical accumulator for storing charge from the power output by the IC 3 circuit, the at least one IC 3 circuit comprising: (i) two or more (n) voltage adders (V1, V2) and one or more current adders, the output of the two or more voltage adders being connected to the input of the one or more current adders, (ii) two or more charge siphon devices per voltage adder, preferably 2-100 siphon devices per voltage adder, such as 4-50 siphon devices per voltage adder, wherein the two or more charge siphon devices are electrically connected in series to one and another, wherein the two or more charge siphon devices are adapted to be in electrical connection with the one or more voltage adders, and wherein the two or more charge siphon devices comprise one or more capacitors, (iii) one or more switches for electrically connecting or disconnecting components of the voltaic system, the components being selected from the at least two voltaic units, the at least one IC 3 circuit, the WiPOT, the electrical accumulator, the two or more voltage adders, and the two or more charge siphon devices, and (iv) a comparator for comparing the output voltage of the voltaic units with a threshold value and optionally controlling power harvesting, the wireless power transmitter comprising a primary winding, a secondary winding, and a generator or oscillator, wherein the primary winding is adapted to be electrically coupled to the one or more IC 3 circuits via the generator or oscillator, and wherein the secondary winding is adapted to be electrically coupled to one or more of a load device and power grid. at least two voltaic units (VU1, VU2), the voltaic units being electrically coupled to one and another, wherein each voltaic unit is capable of operating at one voltage and at one or more currents, at least one Intelligent cell current converter circuit, IC 3, for multiplying the voltage of the at least two voltaic units by a first factor and dividing the one or more currents of the at least two voltaic units by the first factor, and one or more of (a) a wireless power transmitter, WiPoT, for wirelessly transmitting the power output by the IC 3 circuit and (b) an electrical accumulator for storing charge from the power output by the IC 3 circuit, the at least one IC 3 circuit comprising: (i) two or more (n) voltage adders (V1, V2) and one or more current adders, the output of the two or more voltage adders being connected to the input of the one or more current adders, (ii) two or more charge siphon devices per voltage adder, preferably 2-100 siphon devices per voltage adder, such as 4-50 siphon devices per voltage adder, wherein the two or more charge siphon devices are electrically connected in series to one and another, wherein the two or more charge siphon devices are adapted to be in electrical connection with the one or more voltage adders, and wherein the two or more charge siphon devices comprise one or more capacitors, (iii) one or more switches for electrically connecting or disconnecting components of the voltaic system, the components being selected from the at least two voltaic units, the at least one IC 3 circuit, the WiPOT, the electrical accumulator, the two or more voltage adders, and the two or more charge siphon devices, and (iv) a comparator for comparing the output voltage of the voltaic units with a threshold value and optionally controlling power harvesting, (i) two or more (n) voltage adders (V1, V2) and one or more current adders, the output of the two or more voltage adders being connected to the input of the one or more current adders, (ii) two or more charge siphon devices per voltage adder, preferably 2-100 siphon devices per voltage adder, such as 4-50 siphon devices per voltage adder, wherein the two or more charge siphon devices are electrically connected in series to one and another, wherein the two or more charge siphon devices are adapted to be in electrical connection with the one or more voltage adders, and wherein the two or more charge siphon devices comprise one or more capacitors, (iii) one or more switches for electrically connecting or disconnecting components of the voltaic system, the components being selected from the at least two voltaic units, the at least one IC 3 circuit, the WiPOT, the electrical accumulator, the two or more voltage adders, and the two or more charge siphon devices, and (iv) a comparator for comparing the output voltage of the voltaic units with a threshold value and optionally controlling power harvesting, a primary winding, a secondary winding, and a generator or oscillator, wherein the primary winding is adapted to be electrically coupled to the one or more IC 3 circuits via the generator or oscillator, and wherein the secondary winding is adapted to be electrically coupled to one or more of a load device and power grid.