Abstract

The object of research in the article is a mobile system for automatic control of the state of solar panels based on the Arduino UNO hardware platform

Keywords

automatic control system, Arduino Uno, solar batteries, servo drives, solar energy, photovoltaic resistors

References

  1. Control of autonomous hybrid solar power plant. (2016). In International scientific-technical conference "Measurement, control, informatization". Barnaul Altai State Technical University.

  2. Servo drives. (n.d.). Retrieved from http://wiki.amperka.ru.
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  3. Tauts, Y. (1962). Photo- and thermoelectric phenomena in semiconductors. Moscow: Foreign Literature Publishing House.

  4. Comparison of monocrystalline and polycrystalline solar panels. (n.d.). Retrieved from http://www.solnechnye.ru.

  5. GOST 12.0.003-74. (1974). Hazardous and harmful production factors. Classification. Retrieved from https://portal.stroimdom.com.ua/files/docs/gost-12.0.003-74-_1999_.pdf.

Suggested citation

Sarimsakov, A., Mamadaliev, Y., & Seyitbekova, Y. (2025). RESEARCH AND DEVELOPMENT OF MOBILE POWER SOURCES BASED ON SOLAR BATTERIES. News of Osh Technological University, 25(1), 96-99.