Revelatory Case Study for the Emergence of Powerships: The Floating Power Plant Innovation for Rural Electrification

Abstract

The existence of energy is essential to countries striving to survive, both socially and economically. In this context, countries establish different types of power plants and use alternative energy resource,s such as solar and wind power, to meet their energy needs. Establishing power plants and using alternative energy resources are tough for some regions, such as Middle Eastern, African, and Asian countries. Thereby Powerships have been developed due to the consideration that these countries suffer from energy deficiency and encounter difficulties in building land power plants. In this study, the emergence of Powerships, providing electricity to energy-deficient countries and the successful launch strategies, are investigated. A single revelatory case study concept is used to understand what exactly the Powerships are, where they operate, positive and negative situations encountered during operation, as well as economic benefits compared to other systems. In this context, together with the intensive literature review, semi-structured interview questions are prepared for several company officials and former employees and detailed evaluations are described in the Powerships operation process. Semi-structured interview questions results are evaluated and discussed with a view to understanding how the company has successfully launched its innovative product to the energy market. This article will, we hope, represent a significant resource for experts, academics, and companies working on floating energy power plants in the future.

Performance Analysis of Combined Gas-Electric Steam Turbine System as Main Propulsion for Small-scale LNG Carrier Ships

“…The design of the ship's propulsion system will depend on the type of ship, the main size, the ship's speed, the stern model, and the hull model (Lin et al, 2020). The propulsion system of the main part of the ship is closely related to the thermal power generation cycle (Pamik et al, 2022). Thermal power generation is a cycle of burning fuel to produce energy to produce electricity that will be used to drive the ship's propulsion system (Gaber et al, 2020).…”