Abstract
For offshore unmanned platforms, reliable and continuous power is critical in the remote wellhead platform operation of the oil and gas company. Thermoelectric generators (TEG) and solar panels are being examined as sources of power to meet the energy needs. Because of high expenses of TEG installation and upkeep, a study was initiated to explore the renewable energy source with better reliability while minimizing costs. A combination of solar and wind turbine system was fully met these requirements.
TEG was replaced by a wind turbine during the experimental phase. The wind turbine can be easily connected to an existing system, making it incredibly versatile and cost-effective for upgrading to a hybrid wind and solar system.
The wind speed profile was used to figure out how big a wind turbine and battery should be. The study suggested that by combining solar and wind power, the cost of consistent power generation can be reduced. There is a huge potential for capital cost savings when compared to TEG.
As a result, a Hybrid Wind and Solar Energy Supply System could be a viable option for remote power supply for offshore platforms, lowering capital, operating, and maintenance costs while also environmental friendly.
