Innovative Inverter with a Battery Charging Module in a Mosquito Machine

This paper aims to present a pioneering approach to bolstering the efficacy of mosquito repellent systems, particularly in areas susceptible to mosquito infestation and power outages. Traditional methods, reliant on heating coils powered by AC voltage, falter when confronted with power disruptions. To surmount this challenge, we advocate for the integration of an inverter with a 12 V battery charging module within the mosquito machine. This configuration facilitates seamless operation, utilizing the main power supply when the battery is unnecessary or during its charging phase. Through the incorporation of advanced technology, our innovative mosquito machine provides a holistic solution to diminish mosquito populations and alleviate the associated risks of mosquito-borne diseases. The integration ensures uninterrupted functionality, crucial for sustaining mosquito repellent efficacy even in instances of power disruption. Nevertheless, to affirm its effectiveness and optimize performance in diverse environments, further research, stringent field testing, and machine refinement are imperative.