Portable solar array technology in remote operation of electric-based vehicles for TNI vehicles

Abstract

Indonesia's geographical expanse, spanning from Sabang to Merauke, ensures a consistent and predictable supply of solar energy due to its perpetual shining period. This presents a significant opportunity for the country to embrace sustainable and renewable energy sources, with solar power being particularly advantageous given Indonesia's tropical climate. However, the conversion of solar heat into electrical energy offers a compelling solution, enabling the utilization of portable solar arrays to meet the electricity requirements of military vehicle operations while simultaneously reducing reliance on fossil fuels. Solar thermal energy to electrical energy conversion requires efficient energy storage devices. Sodium batteries are more robust and eco-friendly. Moreover, portable solar panels can serve as an energy source for various military tasks, including powering tents and charging communication equipment. By incorporating solar energy into their operations, the Indonesian army can enhance their operational capabilities while reducing their dependence on conventional energy sources. In conclusion, capitalizing on Indonesia's abundant sunlight and tropical climate through the deployment of portable solar arrays and sodium-based batteries presents a sustainable and reliable solution for meeting the energy needs of military operations. This approach enables the Indonesian army to effectively conduct their missions while simultaneously minimizing their environmental impact.