Ocean Monitoring Buoy Power / solar
Project Overview: Designing and implementing an innovative ocean monitoring buoy equipped with a variety of sensors to collect and transmit essential environmental data. The buoy harnesses solar energy for power, ensuring sustainable operation in remote oceanic locations. Data transmitted via LoRa technology provides valuable insights into ocean conditions, including temperature, airspeed, wind direction, and weather conditions. Key Features - ➣ Remote Ocean Monitoring: Real-time data collection and transmission from remote oceanic locations. ➣ Environmental Sensors: Integration of various sensors to monitor temperature, airspeed, wind direction, and weather conditions. ➣ Sustainable Power Source: Utilization of solar energy for powering the buoy, ensuring long-term operation and reducing environmental impact. ➣ LoRa Communication: Long-range communication using LoRa technology for transmitting data efficiently over extended distances. Technologies Used - ➣ LoRa (Long-Range): Enable
About Me
I am an experienced Embedded System Firmware Developer with over 3 years of expertise in firmware development for microcontrollers, sensors, and wireless modules using C, C++, and Assembly. Proficient in I2C, SPI, UART, CAN, and Bluetooth protocols, I am also skilled in electronics hardware design, AI, network design, and PCB layout optimization. With a [login to view URL] in Electrical and Electronics Engineering, I’ve successfully delivered projects like inverters, wireless power systems, RF transmitters, DC converters, voice-controlled home automation, and weather prediction models. I leverage platforms like Arduino, ESP, and Raspberry Pi to create innovative and reliable solutions. Also I have good experience in Influencer Marketing and Leads Generation
$ 15 USD/hr
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