Performance enhancement of horizontal extension and thermal energy storage to an abandoned exploitation well and satellite LNG station integrated ORC system

Xiao, Fei; Yang, Lizhong; He, Lei; Gil, Antoni; Rajoo, Srithar; Zhao, Zhiye; Romagnoli, Alessandro; Cabeza, Luisa F.

doi:10.1016/j.applthermaleng.2022.118736

Cited by 14 publications

(1 citation statement)

References 59 publications

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“…LNG cold energy could be used to produce the chilled water instead of the chillers in a conventional cooling system involving chilled storage, as illustrated in Figure 3. Because LNG supply profiles vary drastically (Xiao et al 2022), chilled water storage can compensate for the mismatch between the LNG cold energy supply and user cooling demand, which would allow for users to fully use the available LNG cold energy. The system, when combined with chilled water pipes, could also be transformed into a district cooling system, supplying low-emission and nearly free cold energy to industrial, commercial, and residential users.…”

Section: Figure: Concept For An Lng-based Cold Economymentioning

confidence: 99%

Thermal Energy Storage and Cooling Load Response

Yang,

Barhemmati,

Zhao

et al. 2024

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Thermal Energy Storage (TES) and Demand Response (DR) offer unique benefits to reducing the electricity consumption, carbon emission, investment, and operational cost of generating cooling energy by bridging the gap between cooling energy demand and production. To provide comprehensive guidance to policymakers, system planners, investors, clean energy advocates, and other relevant parties to accelerate the development of TES and DR technologies, this paper provides a comprehensive overview of the most common TES and DR strategies for cooling purposes, covering the working principles, advantages, development stages, technical limitations, suitable applications, and potential growth opportunities in the transition towards low carbon economy. The research directions and policy recommendations are also discussed for better TES and DR development and deployment, especially in Asia. Energy users and system planners can choose the most suitable TES and DR technology to reduce electricity consumption and carbon emissions for their energy systems, while policymakers, investors, and clean energy advocates can contribute to removing the economic, regulatory, or customer-related barriers to TES and DR deployment, which will jointly help fully release the enormous economic and environmental potential of TES and DR technologies.

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Section: Figure: Concept For An Lng-based Cold Economymentioning

confidence: 99%