Multifunctional mobile solar energy device

The article is dedicated to the development of a mobile and environmentally friendly device that allows converting solar energy into electrical energy. The device is designed taking into account the need for easy transportation and installation in various places. Such characteristics make it indispensable in situations where mobility and rapid deployment play a key role, making it ideal for use in remote areas, temporary facilities, or field conditions. The device has wide possibilities in horticulture and agriculture. From powering pumps for irrigating remote areas to lighting greenhouses at night, the device can significantly increase efficiency and reduce dependence on stationary networks. In mountainous areas and other locations with limited access to centralized infrastructure, a mobile energy source can play a crucial role in improving people’s living conditions. The use of solar energy is distinguished by its environmental friendliness and ease of operation, and the amount of solar energy reaching the Earth’s surface in a week exceeds the reserves of all the studied minerals used to generate electricity. The main disadvantages of solar energy are the variability of energy flow density over time, the need to use expensive equipment for its conversion and storage, and the low efficiency of solar panels. To achieve maximum efficiency of solar panels, it is necessary to ensure that the light f lux falls at an angle of 90° to their surface. In this device, photoelectric batteries can not only be positioned at a 90° angle to the surface but also have convenient options for adjusting them to optimal angles specific to a particular area. To maintain the optimal angle of insulation of solar panels, mechanisms for adjusting their position can be used, which allows increasing the efficiency of the mobile photovoltaic device by 1.2-1.3 times. The photoelectric device has been modernized. The side solar panels are folded and laid on the main central panel. The design is fixed on a mobile platform for convenient movement and use.

The multifunctional mobile photovoltaic device ensures environmental sustainability by converting solar radiation into environmentally friendly electrical energy without harming the environment.

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