During these years, the domestic induction hobs have been becoming increasingly popular, due to its specific features of safety, cleanliness, quick warming and high efficiency. Some of these features derive of the fact that the heating is directly generated in the vessel, unlike the traditional contact heating methods. Specially, the later feature is attracting the attention of researchers devoted to highly efficient power electronic systems. But the extensive upsurge of electricity and the lack of availability, the future society forces to think about another alternative. Solar energy provides cost effective solution to energy problems. This paper presents about how can we adept it in our cooking system i.e. using solar energy to cook faster, easier and cheaper compared to other cooking system. This paper presents simulation of Perturbation & Observation(P&O) MPPT technique to extract maximum energy from the photovoltaic systems and PI controller to get accurate and smooth power control for resonant converter. The main desired features when designing an inverter for domestic induction heating are the smooth output power control and the efficiency. And a high efficiency voltage control of induction cooktop prototype is designed for an operating at a switching frequency of 5 kHz frequency, 220 V line rms voltage, 50 Hz line frequency and a 100W output. Pulse width modulation (PWM) technique is used for providing pulses to the MOSFET via dsPIC microcontroller. For hardware implementation dsPIC30F4011and MOSFET IRF840 is used along with TLP 250 as a driver circuit. The particular features are smooth voltage control reduction in conduction loss, high efficiency. The MATLAB simulation of P&O MPPT control for solar and PI controller for resonant converter is presented.