Author(s)

Xiute Li ¹, Dingming Zhang ¹, Pei Shi ²

Affiliation(s)

¹ College of Naval Engineering, Harbin Engineering University, Harbin, 150001, China
² School of Physics and Optoelectronic Engineering, Harbin Engineering University, Harbin, 150001, China

Corresponding Author

Dingming Zhang

ABSTRACT

According to the needs of China's modernization development, China should develop the Marine economy, protect the Marine ecological environment, and accelerate the building of a maritime power. In order to respond to the national Marine power strategy and build a strong Marine perimeter, based on the green concept, this paper designs a self-sustaining comprehensive tourism platform integrating new energy development and utilization, tourism, scientific research and aquaculture. The platform is a semi-submersible platform with a length of 900 meters and a width of 600 meters [1], which can be used in waters with a water depth of 800 to 1200 meters. Catenary is provided at the bottom to stabilize the platform. The platform is divided into four major areas: energy area, living area, tourism area and business area. The platform designed in this paper has the following three innovative points: First, the platform uses temperature difference energy, wave energy, solar energy and other devices to achieve self-sufficiency of platform electricity, and deep seawater desalination through temperature difference energy power generation device; Second, relying on the special geographical advantages of far-reaching sea, the platform develops tourism projects with far-reaching sea characteristics according to local conditions, such as deep-sea restaurant, far-reaching sea fishing, deep sea bathing, etc., to provide a model for innovation in the development and utilization of far-reaching sea; Third, the platform is equipped with oscillating float-type power generation equipment, which combines wave energy generation and wave dissipation, and converts the abundant wave energy at sea level into electric energy, which provides power supply for the platform and reduces the load effect of waves on the platform.

KEYWORDS

Marine tourism park, Marine energy utilization, Commercialization of deep water

CITE THIS PAPER

Xiute Li, Dingming Zhang, Pei Shi, Research on energy self-sustaining tourism platform facing the deep sea. Tourism Management and Technology Economy (2023) Vol. 6: 76-82. DOI: http://dx.doi.org/10.23977/tmte.2023.060510.

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